environmental management act contaminated sites regulation

Environmental Management Act

CONTAMINATED SITES REGULATION

B.C. Reg. 375/96

Deposited December 16, 1996 and effective April 1, 1997

Last amended July 7, 2021 by B.C. Reg. 179/2021

Consolidated Regulations of British ColumbiaThis is an unofficial consolidation.

Consolidation current to December 1, 2021

B.C. Reg. 375/96 (O.C. 1480/96), deposited December 16, 1996 and effective April 1, 1997, is made under the Environmental Management Act, S.B.C. 2003, c. 53, ss. 62, 63, 138 and 139.

This is an unofficial consolidation provided for convenience only. This is not a copy prepared for the purposes of the Evidence Act.

This consolidation includes any amendments deposited and in force as of the currency date at the bottom of each page. See the end of this regulation for any amendments deposited but not in force as of the currency date. Any amendments deposited after the currency date are listed in the B.C. Regulations Bulletins. All amendments to this regulation are listed in the Index of B.C. Regulations. Regulations Bulletins and the Index are available online at www.bclaws.ca.

See the User Guide for more information about the Consolidated Regulations of British Columbia. The User Guide and the Consolidated Regulations of British Columbia are available online at www.bclaws.ca.

Prepared by:Office of Legislative CounselMinistry of Attorney GeneralVictoria, B.C.



CONTAMINATED SITES REGULATIONB.C. Reg. 375/96

Contents

PART 1 – INTERPRETATION1 Definitions 1

1.1 Interpretation – specified industrial or commercial uses 7

PART 2 – SITE DISCLOSURE STATEMENTS2 [Repealed] 7

Division 1 – Interpretation2.1 Interpretation – decommissioning a site 72.2 Interpretation – ceasing operations at a site 7

Division 2 – When Site Disclosure Statements Must Be Provided3 Site disclosure statements by persons applying to approving officers or

municipalities 73.1 Site disclosure statements by municipalities undertaking zoning or rezoning 73.2 Site disclosure statements by owners or operators of land 83.3 Site disclosure statements by vendors of real property 83.4 Site disclosure statements by persons who take possession or control of real

property 83.5 Request for information by municipality or approving officer 8

Division 3 – Exemptions from Providing Site Disclosure Statements4 Exemption – other processes apply under the Act 9

4.1 Exemption – persons applying to approving officers 94.2 Exemption – persons applying to municipalities 104.3 Exemption – municipalities undertaking zoning or rezoning 104.4 Exemption – more than one owner or operator required to

provide site disclosure statement when ceasing operations on land 114.5 Exemption – operating areas under the Oil and Gas Activities Act 114.6 Exemption – vendors of real property 114.7 Exemption – previous submission of site profile 11

Division 4 – Requirements for Site Disclosure Statement5 Requirements for completing site disclosure statement 12

Division 5 – Assessment of Site Disclosure Statement6 Assessing and forwarding site disclosure statements 12

Division 6 – Investigations6.1 Application 136.2 Investigations and reports required on submission of site disclosure

statements to municipalities or approving officers 136.3 Investigations required on submission of site disclosure statements

under section 40 (2) (a) or (7) of the Act 146.4 Information required on submission of site disclosure

statements by insolvent owners or operators 157 [Repealed] 15


PART 2.1 – SUMMARIES OF SITE CONDITION7.1 Duty to provide director with summary of site condition 15

PART 3 – SITE REGISTRY8 Site registry 16

PART 4 – FEES9 Fees 17

10 Review of report or plan by external contract reviewer 20

PART 5 – CONTAMINATED SITE DEFINITION AND DETERMINATION11 Definition of contaminated site 2012 Specification of applicable land, water, sediment and vapour uses

and site-specific factors 2213 [Repealed] 2414 Environmental management area 2415 Procedures for determination of contaminated site 24

PART 6 – REMEDIATION STANDARDS16 Remediation options 2517 Application of numerical standards for remediation 2518 Application of risk-based standards for remediation 27

18.1 Application of risk-based standards for remediation at environmental management areas 28

PART 7 – LIABILITY19 Persons not responsible – transporters and arrangers 3020 Persons not responsible – sureties 3021 Persons not responsible – insurers and insurance brokers 3122 Persons not responsible – certain owners 3323 Persons not responsible – producers arranging for transportation 3324 Persons not responsible – construction on contaminated sites 3325 Persons not responsible – secured creditors 3426 Persons not responsible – receivers, receiver managers and bankruptcy trustees 3427 Persons not responsible – trustees, executors, administrators and other

fiduciaries 3728 Persons not responsible – clarification of innocent acquisition exemption 4129 Persons not responsible – modification of lessor liability under

section 46 (1) (e) of the Act 4130 Persons not responsible – lessors who provide surface access for subsurface use 4231 Persons responsible – municipalities 4232 Persons not responsible – transporters of contaminated soil 4233 Persons not responsible – contamination which is subject to a wide area

remediation plan 4234 [Repealed] 4335 Determining compensation under section 47 (5) of the Act 4336 Remediation orders – timing for consent and notice 4437 Remediation orders – diminishing or reducing assets 4438 Minor contributors 4539 Voluntary remediation agreements 45

PART 8 – CONTAMINATED SOIL RELOCATION40 Class of sites defined for Part 8 46


41 Exemptions for soil relocation and disposal 4642 Soil relocation to a landfill without a contaminated soil relocation agreement 4743 Application for a contaminated soil relocation agreement 4744 Conditions pertaining to a contaminated soil relocation agreement 48

45 – 46 [Repealed] 4846.1 Standards for contaminated soil relocation 4846.2 Procedures for contaminated soil relocation 49

PART 9 – REMEDIATION PLAN APPROVAL AND COMPLETION

47 Approval in principle 5048 Covenants and financial security – general principles 5249 Requests for certificates 53

49.1 Director may consider recommendations of approved professionals 5450 Financial security as a condition of a certificate 5551 Approvals in principle and certificates for part of a site 5552 Duties of director respecting approvals in principle and certificates of

compliance 55

PART 1053 [Repealed] 55

PART 11 – ALLOCATION PANEL

54 Allocation panel procedures 56

PART 12 – PUBLIC CONSULTATION AND REVIEW

55 Director’s powers 56

PART 13 – INDEPENDENT REMEDIATION PROCEDURES

56 [Repealed] 5757 Notifications for independent remediation 57

PART 14 – SITE INVESTIGATIONS

58 Preliminary site investigations 5859 Detailed site investigations 6060 Summary of site investigations and remediation plans 61

60.1 Notification of neighbouring site owners after site investigations 61

PART 15 – ORPHAN SITES

61 Criteria for determining orphan sites 6162 High risk orphan sites 62

PART 16 – PROFESSIONAL STATEMENTS

63 Professional statements 62

PART 1764 – 66 [Repealed] 62

PART 18 – DIRECTOR’S PROTOCOLS

67 Director’s protocols 62

PART 19 – MISCELLANEOUS

68 Review of numerical standards 6369 Manner of publication 63


PART 20 – TRANSITION70 Transition – matters in progress 6371 Transition – wide area site 64

SCHEDULE 1 65

SCHEDULE 1.1 [Repealed] 69

SCHEDULE 2 69

SCHEDULE 2.1 73

SCHEDULE 3 75

SCHEDULE 3.1 78

SCHEDULE 3.2 203

SCHEDULE 3.3 230

SCHEDULE 3.4 235

SCHEDULES 4 – 7 [Repealed] 238

SCHEDULE 8 238

SCHEDULES 9 – 11 [Repealed] 241


Last amended July 7, 2021 1


CONTAMINATED SITES REGULATIONB.C. Reg. 375/96

PART 1 – INTERPRETATION

Definitions

1 In this regulation:

“Act” means the Environmental Management Act;

“agricultural land use” means the use of land for the primary purpose of producingagricultural products for human or animal consumption including, withoutlimitation, livestock raising operations, croplands, orchards, pastures, green-houses, plant nurseries and farms;

“aquatic life water use” means the use of water as habitat for any component of thefreshwater or marine aquatic ecosystem, including phytoplankton, zooplankton,benthos, macrophytes and fish;

“background concentration” means the concentration of a substance in an environ-mental medium in a geographic area, but does not include any contribution fromlocal human-made point sources, determined by following director’s protocols;

“cancer risk” means the probability of the occurrence of cancer from exposure to acarcinogenic substance;

“carcinogenic substance” means any chemical classified as carcinogenic inaccordance with a director’s protocol;

“commercial land use” means the use of land for the primary purpose of buying,selling or trading of merchandise or services including, without limitation,shopping malls, office complexes, restaurants, hotels, motels, grocery stores,automobile service stations, petroleum distribution operations, dry cleaningoperations, municipal yards, warehouses, law courts, museums, churches, golfcourses, government offices, air and sea terminals, bus and railway stations, andstorage associated with these uses;

“confirmation of remediation report” means a report under section 49 (2) (b);

“director’s interim standards” means the substances and risk based or numericalcriteria, standards and conditions prescribed by the director under section 63.1of the Act;

“director’s protocol” means a protocol established by a director under section 64 ofthe Act;

“drinking water use” means the use of water for the purpose of consumption byhumans;

“environmental management area” means a site designated by the director undersection 14;


B.C. Reg. 375/96 ENVIRONMENTAL MANAGEMENT ACT

CONTAMINATED SITES REGULATIONPart 1 – Interpretation

2 Last amended July 7, 2021

“environmental media” means soil, sediments, surface water, groundwater, air,vapour, animals and plants;

“environmental risk assessment report” means a report under section 18 (6)or 18.1 (5);

“external contract reviewer” means a person with whom a director has entered intoa contract under section 10 (1);

“generic numerical sediment standard” means the concentration of a substancespecified in Schedule 3.4 for a particular sediment use;

“generic numerical soil standard” means the concentration of a substance in soilspecified for a particular land use in Part 2 or 3 of Schedule 3.1;

“generic numerical vapour standard” means the concentration in vapour of asubstance specified for a particular land use, or other use, in Schedule 3.3;

“generic numerical water standard” means the concentration of a substance inwater specified for a particular water use in Schedule 3.2;

“guidelines” includes criteria and objectives;

“hazard index” means the sum of hazard quotients for any substance over allexposure pathways;

“hazard quotient” or “HQ” means the quotient determined from the equation

where

“high density residential land use” means a residential land use in respect of oneof the following:

(a) a multiple-unit dwelling of 3 or more storeys;

(b) an institutional facility in a building of 3 or more storeys;

“industrial land use” means the use of land for the primary purpose of conductingindustrial manufacturing and assembling processes and their ancillary usesincluding, without limitation, factories, metal foundries, wood treatmentfacilities, mines, refineries, hydroelectric dams, metal smelters, automotiveassembly plants, rail car or locomotive maintenance facilities, railyards, non-

“EDI” is the estimated daily intake (in milligrams per kilogramof body weight per day) for any substance having non-carcinogenic deleterious effects, and

“RfD” is the reference dose which is an estimate of the maxi-mum daily exposure level (in milligrams per kilogramof body weight per day) to a substance that is unlikelyto produce an appreciable risk of non-carcinogenic del-eterious effects during a lifetime of exposure to thatsubstance;

HQEDIRfD----------=


ENVIRONMENTAL MANAGEMENT ACT B.C. Reg. 375/96CONTAMINATED SITES REGULATION

Part 1 – Interpretation


retail breweries and bakeries, roads and highways, wastewater and sewagetreatment plants, electrical transformer stations and salvage yards;

“irrigation water use” means the use of water for the purpose of producing hay,forage crops, pasture, cereal crops, vegetables and fruit;

“livestock water use” means the use of water for the purpose of consumption bylivestock;

“low density residential land use” means a residential land use in respect of one ofthe following:

(a) a single residence;

(b) a multiple-unit dwelling of less than 3 storeys;

(c) an institutional facility in a building of less than 3 storeys;

“matrix numerical soil standard” means the concentration of a substance in soilspecified for a particular land use and a particular site-specific factor in Part 1 ofSchedule 3.1;

“medical health officer”, in relation to a contaminated site, means a medical healthofficer within the meaning of the Public Health Act who has jurisdiction withinthe geographic area in which the contaminated site is located;

“natural wildlands land use” means a wildlands land use in respect of a protectedarea, except in respect of a portion of the protected area where there is, orpreviously has been, an agricultural, commercial, industrial, urban park orresidential land use;

“numerical standards” means generic numerical soil standards, generic numericalvapour standards, generic numerical water standards, matrix numerical soilstandards, generic numerical sediment standards, director’s interim standardsand site-specific numerical standards;

“ownership interest”, when used in Part 2, means

(a) a fee simple interest,

(b) a lease or similar form of tenure respecting real property having a term,including any option to renew, equal to or exceeding 30 years, or

(c) a licence of occupation under section 39 of the Land Act having a term,including any option to renew, equal to or exceeding 30 years,

but does not include an interest in the nature of

(d) a mortgage,

(e) a right of way,

(f) a tenure under the Forest Act,

(g) a lien,

(h) a judgment,





(i) an interest in real property which deals exclusively with subsurface rightsincluding a tenure under the Geothermal Resources Act, the Mineral TenureAct or the Petroleum and Natural Gas Act,

(j) an option to purchase,

(k) an equitable charge,

(l) a restrictive covenant,

(m) a covenant under section 219 of the Land Title Act, or

(n) a right to purchase an ownership interest;

“parkade” means an enclosed building, storey of a building or other constructionused for the parking of multiple motor vehicles, but does not include the parkingof motor vehicles associated with a single residence;

“protected area” means an area of land set out in Column 1 of Schedule 2.1 that isestablished, named, designated or otherwise prescribed under the Act listedopposite in Column 2;

“provincial health officer” means the provincial health officer appointed under thePublic Health Act;

“remediation plan” means a written document which may include, but is notnecessarily limited to, plans and other information respecting

(a) overall site location and delineated horizontal and vertical locations ofcontamination presented in maps, cross-sections and other graphicrepresentations,

(b) remediation alternatives which were considered for managing contami-nation from or at a site, and evaluation methods used to assess the factorsunder section 56 of the Act,

(c) remediation methods selected to ensure compliance with the numericalstandards, or the risk based standards prescribed in this regulation, and theconditions imposed by a director under section 53 of the Act or in aremediation order,

(d) identification and classification in accordance with the numerical standardsof the substances in any soil, surface water, groundwater, sediment orvapour to remain in place,

(d.1) identification and classification in accordance with the numerical standardsof the substances in any soil or sediment to be relocated,

(e) risk assessment calculations and methodology to demonstrate compliancewith risk-based remediation standards if remediation is assessed relative tothe risk-based remediation standards,

(f) a schedule with estimated dates for implementing remediation,

(g) identification and discussion of the effects of known regulatory require-ments on remediation, including any authorizations which will be requiredto implement remediation,



Part 1 – Interpretation


(h) proposed confirmatory sampling, analysis, testing or monitoring during andafter treatment, management or removal of contamination,

(i) proposed measures and controls to ensure security, including covenantsunder section 219 of the Land Title Act, restrictive covenants and financialsecurity in accordance with section 48 of this regulation, for ongoingmanagement of any contamination if it will be managed at the site, and

(j) any public consultation or review of remediation which has occurred orwhich is proposed during remediation;

“residential land use” means the use of land for the primary purpose of

(a) a residence by persons on a permanent, temporary or seasonal basis,including, without limitation, single family dwellings, cabins, apartments,condominiums or townhouses, or

(b) institutional facilities, including, without limitation, schools, hospitals,daycare operations, prisons, correctional centres and community centres;

“reverted wildlands land use” means a wildlands land use other than a naturalwildlands land use;

“right of way” includes

(a) an easement,

(b) a statutory right of way, and

(c) a limited interest in the land or a licence or a permit that grants the right toconstruct, operate or maintain works of a lineal nature on, over or underland;

“risk assessment” means the systematic process of identifying and evaluatingsubstances, persons potentially affected, and exposures to the substances inorder to estimate cancer risks or hazard indices in accordance with a director’sprotocol;

“risk management” means actions, including monitoring, designed to prevent ormitigate risks to human health or the environment caused by contamination at asite;

“screening level risk assessment” means a screening level risk assessment andreport described in a director’s protocol;

“sediment” means particulate material that usually lies below water;

“sensitive sediment use” means the use as habitat for sensitive components offreshwater, marine or estuarine aquatic ecosystems of a site containing sediment,which sensitive components include, but are not limited to,

(a) phytoplankton, zooplankton, benthos, macrophytes and fish,

(b) habitats used by endangered or threatened species or species of specialconcern under the Species at Risk Act (Canada),

(c) watercourses, wetlands, forested riparian areas, mudflats and intertidalzones that are important to the preservation of fish or wildlife,





(d) reaches of aquatic habitats that are important to fish spawning or serve asimportant rearing habitat for fish,

(e) reaches of aquatic environments that encompass or border habitat compen-sation or restoration sites or other areas that are intended or designed tocreate, restore or enhance biological or habitat features, and

(f) areas and aquatic habitat included in wild life management areas designatedunder the Wildlife Act;

“site-specific numerical standard” means the concentration of a substance in soil,water, sediment or vapour

(a) determined for a particular land, water, sediment or vapour use at a specificsite by applying the applicable director’s protocol, and

(b) approved by the director;

“soil” includes

(a) unconsolidated mineral or organic material,

(b) rock,

(c) fill, and

(d) sediment deposited on land,

but does not include the following, which are applied to land for a beneficialpurpose in compliance with the Organic Matter Recycling Regulation or anauthorization given under the Act:

(e) sewage sludge;

(f) composted organic materials;

(g) products derived from the materials described in paragraph (e) or (f);

“typical sediment use” means the use of a site containing sediment for a use that isnot a sensitive sediment use;

“urban park land use” means the use of urban land for the primary purpose ofoutdoor recreation including, without limitation, municipal parks, fairgrounds,sports fields, rifle ranges, captive wildlife parks, biking and hiking areas,community beaches and picnic areas;

“vapour” means gaseous emissions from soil, sediment or water;

“wide area remediation plan” means a remediation plan for an environmentalmanagement area for one or more specific substances which have originatedfrom one or more sources specified in the plan;

“wildlands land use” means the use of land for a primary purpose other than anagricultural, commercial, industrial, urban park or residential land use.

[am. B.C. Regs. 244/99, s. 1; 17/2002, s. 1; 109/2002, s. 7 (a); 419/2003, s. 1; 322/2004 and324/2004, s. 1; 201/2007, s. 1; 343/2008, s. 1; 253/2016, s. 1; 116/2018, Sch. 2, s. 1;13/2019, s. 1; 131/2020, App. s. 1; 161/2020, App. 2, s. 1.]



Part 2 – Site Disclosure Statements


Interpretation – specified industrial or commercial uses

1.1 For the purposes of the definition of “specified industrial or commercial use” insection 39 (1) of the Act, the purposes and activities set out in Schedule 2 of thisregulation are prescribed as industrial and commercial purposes or activities.

[en. B.C. Reg. 161/2020, App. 2, s. 2.]

PART 2 – SITE DISCLOSURE STATEMENTS

2 Repealed. [B.C. Reg. 161/2020, App. 2, s. 3.]

Division 1 – Interpretation

Interpretation – decommissioning a site

2.1 For the purposes of section 40 (2) (a) (i) of the Act and this Part, an owner or operatordecommissions a site if the owner or operator does any of the following in a mannerdesigned to stop all specified industrial or commercial uses of the site:

(a) removes or treats soil;

(b) removes, destroys or treats buildings or process equipment, includingstorage tanks.

[en. B.C. Reg. 161/2020, App. 2, s. 3.]

Interpretation – ceasing operations at a site

2.2 For the purposes of section 40 (2) (a) (ii) of the Act and this Part, an owner or operatorceases operations on land if

(a) the owner or operator ceases using the land for a specified industrial orcommercial use, and

(b) the land is not used for any specified industrial or commercial uses for12 months after the date on which the specified industrial or commercialuse referred to in paragraph (a) ceases.

[en. B.C. Reg. 161/2020, App. 2, s. 3.]

Division 2 – When Site Disclosure Statements Must Be Provided

Site disclosure statements by persons applying to approving officers or municipalities

3 A person who is required to provide a site disclosure statement under section 40 (1)of the Act must provide the site disclosure statement at the time of presenting, inwriting, an application or request for approval described in that section.

[en. B.C. Reg. 131/2020, App. s. 3.]

Site disclosure statements by municipalities undertaking zoning or rezoning

3.1 A municipality that, under section 40 (1) (b) (i) of the Act, is undertaking to zone orrezone land in which it has an ownership interest must provide a site disclosure



CONTAMINATED SITES REGULATIONPart 2 – Site Disclosure Statements


statement to the registrar within 15 days after giving first reading to the applicablezoning bylaw.

[en. B.C. Reg. 131/2020, App. s. 3.]

Site disclosure statements by owners or operators of land

3.2 (1) A person who is required to provide a site disclosure statement undersection 40 (2) (a) of the Act in relation to land must provide the site disclosurestatement to the registrar within 6 months after the owner or operator

(a) decommissions a site on the land, or

(b) ceases operations on the land.

(2) A person who is required to provide a site disclosure statement undersection 40 (2) (b) of the Act must provide the site disclosure statement within90 days after filing for protection under, or otherwise becoming subject to, theCompanies’ Creditors Arrangement Act (Canada).

(3) A person who is required to provide a site disclosure statement undersection 40 (2) (c) of the Act must provide the site disclosure statement within90 days after filing a proposal, or a notice of intention to make a proposal, underPart III of the Bankruptcy and Insolvency Act (Canada).

[en. B.C. Reg. 131/2020, App. s. 3.]

Site disclosure statements by vendors of real property

3.3 A vendor of real property who is required to provide a site disclosure statement undersection 40 (6) of the Act must provide the site disclosure statement as follows:

(a) unless paragraph (b) applies, at least 30 days before the actual transfer ofthe real property;

(b) if the time between the written agreement for the transfer of the realproperty and the actual transfer is less than 30 days, before the writtenagreement is entered into.

[en. B.C. Reg. 131/2020, App. s. 3.]

Site disclosure statements by persons who take possession or control of real property

3.4 A person who is required to provide a site disclosure statement under section 40 (7)of the Act must provide the site disclosure statement to the registrar within 10 daysafter the person takes possession or control of real property referred to in thatprovision.

[en. B.C. Reg. 131/2020, App. s. 3.]

Request for information by municipality or approving officer

3.5 Nothing in this Part restricts the authority of a municipality or approving officer torequest a person applying for or otherwise seeking approval of a matter referred to in





section 40 (1) of the Act to provide the information required by a site disclosurestatement even though the person is not required under the Act to provide a sitedisclosure statement.

[en. B.C. Reg. 131/2020, App. s. 3.]

Division 3 – Exemptions from Providing Site Disclosure Statements

Exemption – other processes apply under the Act

4 (1) A person is exempt from the requirement to provide a site disclosure statementunder section 40 (1) or (2) of the Act in relation to a site if

(a) the site is the subject of an approval in principle or certificate of compliancerelevant to

(i) the current use of the site, or

(ii) any use of the site proposed by the person, and

(b) the person, after making reasonable inquiries, has no reason to believe thatany further contamination occurred at the site after the approval in principleor certificate was issued.

(2) A person is exempt from the requirement to provide a site disclosure statementunder section 40 (1) or (2) of the Act in relation to a site if

(a) the site is located within an environmental management area for which adirector has approved

(i) a wide area remediation plan, or

(ii) the scope of a proposed wide area remediation plan, and

(b) the site disclosure statement would be provided only as a result of uses oractivities that caused contamination that is dealt with in the approved planor scope.

(3) A person is exempt from the requirement to provide a site disclosure statementunder section 40 (1) or (2) of the Act in relation to a site if

(a) a determination was made under section 44 of the Act that the site is not acontaminated site, and

(b) the person, after making reasonable inquiries, has no reason to believe thatany contamination occurred at the site after the determination was made.

[en. B.C. Reg. 161/2020, App. 2, s. 3.]

Exemption – persons applying to approving officers

4.1 (1) A person is exempt from the requirement to provide a site disclosure statementto an approving officer under section 40 (1) (a) of the Act if either of thefollowing applies:

(a) the person is an applicant for subdivision under section 114 of the Land TitleAct;

(b) the proposed subdivision consists only of





(i) an adjustment to the boundary of a parcel, or

(ii) a consolidation of 2 or more parcels into a single parcel.

(2) If, in relation to a development on land, a person applies for or otherwise seeksfrom an approving officer more than one approval for subdivision at the sametime, the person may comply with the requirement under section 40 (1) (a) of theAct by providing a single site disclosure statement relating to the land for thepurposes of all those approvals.

[en. B.C. Reg. 161/2020, App. 2, s. 3.]

Exemption – persons applying to municipalities

4.2 (1) A person is exempt from the requirement to provide a site disclosure statementto a municipality under section 40 (1) (b) (i) of the Act if

(a) the land in relation to which the person is seeking approval for zoning isbeing used for a specified industrial or commercial use, and

(b) the specified industrial or commercial use would continue to be authorizedon the land if the zoning were approved.

(2) A person is exempt from the requirement to provide a site disclosure statementto a municipality under section 40 (1) (b) (ii) of the Act if the development permitor building permit in relation to which the person is seeking approval is for onlyone or more of the following purposes:

(a) demolition;

(b) installing or replacing underground utilities;

(c) installing or replacing fencing or signage;

(d) paving;

(e) landscaping.

(3) If, in relation to a development on land, a person applies for or otherwise seeksfrom a municipality more than one approval for zoning or permits at the sametime, the person may comply with the requirement under section 40 (1) (b) of theAct by providing a single site disclosure statement relating to the land for thepurposes of all those approvals.

[en. B.C. Reg. 161/2020, App. 2, s. 3.]

Exemption – municipalities undertaking zoning or rezoning

4.3 A municipality undertaking to zone or rezone land is exempt from the requirement toprovide a site disclosure statement under section 40 (1) (b) (i) of the Act if either ofthe following applies:

(a) the municipality does not have an ownership interest in the land;

(b) the municipality does not intend to develop any parcels of land in which ithas an ownership interest that are located within the area being zoned orrezoned.

[en. B.C. Reg. 161/2020, App. 2, s. 3.]





Exemption – more than one owner or operator required toprovide site disclosure statement when ceasing operations on land

4.4 A person is exempt from the requirement to provide a site disclosure statement undersection 40 (2) (a) of the Act in relation to land if

(a) one or more other persons are also required to provide a site disclosurestatement under that section as a result of a site being decommissioned onthe land or operations ceasing on the land, as applicable, and

(b) the site disclosure statement is provided by one of those other persons.[en. B.C. Reg. 161/2020, App. 2, s. 3.]

Exemption – operating areas under the Oil and Gas Activities Act

4.5 A person is exempt from the requirement to provide a site disclosure statement undersection 40 (2) (b) and (c) of the Act in relation to land if the land is an operating areawithin the meaning of the Oil and Gas Activities Act.

[en. B.C. Reg. 161/2020, App. 2, s. 3.]

Exemption – vendors of real property

4.6 A vendor of real property is exempt from the requirement to provide a site disclosurestatement under section 40 (6) of the Act if any of the following apply:

(a) the vendor does not have an ownership interest in the real property;

(b) the prospective purchaser waives, in writing, the entitlement to be providedwith the site disclosure statement;

(c) at the time of the contract for purchase and sale, the real property

(i) is used primarily for a residential purpose, or

(ii) has never been zoned for any use other than primarily for residentialpurposes.

[en. B.C. Reg. 161/2020, App. 2, s. 3.]

Exemption – previous submission of site profile

4.7 (1) In this section, “site profile” means a site profile under section 40 of the Act asthat section read immediately before February 1, 2021.

(2) A person is exempt from the requirement to provide a site disclosure statementunder section 40 (1) of the Act in relation to land if all of the following criteriaare met:

(a) a site profile that relates to the land was provided to a municipality orapproving officer before February 1, 2021;

(b) the municipality or approving officer, after assessing the site profile,forwarded the site profile to the registrar instead of the director inaccordance with section 6 (1) (c) (ii) of this regulation, as it readimmediately before February 1, 2021;





(c) the land has not been used for a specified industrial or commercial use afterthe date on which the site profile was provided to the municipality orapproving officer.

[en. B.C. Reg. 161/2020, App. 2, s. 3.]

Division 4 – Requirements for Site Disclosure Statement

Requirements for completing site disclosure statement

5 (1) The requirement of a person to provide a site disclosure statement undersection 40 of the Act is not satisfied until the following occurs:

(a) in the case of a site disclosure statement required to be provided undersection 40 (1) of the Act, the municipality or approving officer assesses, inaccordance with section 40 (4) (a) of the Act and section 6 of this regulation,that the site disclosure statement form is satisfactorily complete;

(b) in any other case, the person provides all the information required by thesite disclosure statement form.

(2) A site disclosure statement must be completed using the form set out inSchedule 1.

(3) Only the following persons may complete a site disclosure statement:

(a) an owner of the land to which the site disclosure statement relates;

(b) an operator of a site on the land to which the site disclosure statementrelates;

(c) a person authorized by

(i) an owner referred to in paragraph (a), or

(ii) an operator referred to in paragraph (b).

(4) Only a person referred to in subsection (3) (a) or (b) may sign the declaration ona site disclosure statement.

[en. B.C. Reg. 131/2020, App. s. 3.]

Division 5 – Assessment of Site Disclosure Statement

Assessing and forwarding site disclosure statements

6 (1) For the purposes of section 40 (4) (a) of the Act, a municipality or approvingofficer must do the following within 15 days of receiving a site disclosurestatement:

(a) assess whether the site disclosure statement is satisfactorily completed inaccordance with the instructions provided by a director;

(b) if the municipality or approving officer assesses that the site disclosurestatement is satisfactorily complete, forward the site disclosure statement tothe registrar;





(c) notify the person who provided the site disclosure statement of thefollowing, as applicable:

(i) that the site disclosure statement has been assessed as satisfactorilycomplete and has been forwarded to the registrar;

(ii) that the site disclosure statement form is not satisfactorily complete.

(2) For the purposes of assessing a site disclosure statement under section 40 (4) (a)of the Act, a municipality or approving officer is not required to conduct a searchof the records or archives maintained by the municipality or approving officer.

(3) A municipality or approving officer that receives or assesses a site disclosurestatement under section 40 (1) or (4) of the Act is not required to do either of thefollowing for the purposes of that section or this regulation:

(a) keep a record of a site disclosure statement after fulfilling the obligationsset out in that section of the Act;

(b) disclose to any person, other than the person who provided the sitedisclosure statement,

(i) whether the municipality or approving officer possesses a particularsite disclosure statement, or

(ii) the contents of a particular site disclosure statement.[en. B.C. Reg. 131/2020, App. s. 3.]

Division 6 – Investigations

Application

6.1 This Division applies for the purposes of section 40.1 of the Act.[en. B.C. Reg. 131/2020, App. s. 3.]

Investigations and reports required on submission of site disclosure statements to municipalities or approving officers

6.2 (1) In this section, “notice” means a notice referred to in

(a) section 34.1 (2) (b) (iii) or (iv) of the Islands Trust Act,

(b) section 85.1 (2) (b) (iii) or (iv) of the Land Title Act,

(c) section 557 (2) (b) (iii) or (iv) of the Local Government Act, or

(d) section 571B (2) (b) (iii) or (iv) of the Vancouver Charter.

(2) A person who is required to provide a site disclosure statement undersection 40 (1) of the Act must do the following before the person seeks from adirector a notice that relates to the land that is the subject of the site disclosurestatement:

(a) undertake the following investigations of the land:

(i) a preliminary site investigation in accordance with section 58 (1)and (2) of this regulation;





(ii) if the preliminary site investigation indicates that the land is contam-inated, a detailed site investigation in accordance with section 59 (1)(b) and (2) of this regulation;

(b) prepare and submit to the director a report of the preliminary site investi-gation and detailed site investigation, as applicable, undertaken underparagraph (a).

(3) For the purposes of subsection (2) (b),

(a) a report of a preliminary site investigation must meet the requirements setout in section 58 (5), and

(b) a report of a detailed site investigation must meet the requirements set outin section 59 (3).

(4) Nothing in this section limits the authority of a director to request informationfrom a person seeking a notice.

[en. B.C. Reg. 131/2020, App. s. 3.]

Investigations required on submission of site disclosure statements under section 40 (2) (a) or (7) of the Act

6.3 (1) A person who is required to provide a site disclosure statement under section 40(2) (a) or (7) of the Act must undertake the following investigations of the landthat is the subject of the site disclosure statement:

(a) a preliminary site investigation in accordance with section 58 (1) and (2) ofthis regulation;

(b) if the preliminary site investigation indicates that the land is contaminated,a detailed site investigation in accordance with section 59 (1) (b) and (2) ofthis regulation.

(2) Subsection (1) does not apply in either of the following circumstances:

(a) the land is the site of a waste management facility that is subject to a permitor operational certificate;

(b) the land is an operating area within the meaning of the Oil and GasActivities Act.

(3) The investigations required under subsection (1) must be undertaken on or beforethe later of the following:

(a) one year after the date on which the person provides the site disclosurestatement to the registrar;

(b) a date specified by the director.

[en. B.C. Reg. 131/2020, App. s. 3.]



Part 2.1 – Summaries of Site Condition


Information required on submission of site disclosure statements by insolvent owners or operators

6.4 (1) A person who is required to provide a site disclosure statement undersection 40 (2) (b) or (c) of the Act must submit to a director the followinginformation:

(a) each report in the person’s custody or control that

(i) is about the environmental condition of the land, and

(ii) has been produced in the 5 years before the date on which the personprovides the site disclosure statement to the registrar;

(b) any other information requested by the director about the environmentalcondition of the land.

(2) A report referred to in subsection (1) (a) must be submitted within 30 days afterthe date on which the person provides the site disclosure statement to theregistrar.

(3) The information requested by a director under subsection (1) (b) must besubmitted by the date specified by the director.

[en. B.C. Reg. 131/2020, App. s. 3; am. B.C. Reg. 179/2021, s. (c) (i).]

7 Repealed. [B.C. Reg. 131/2020, App. s. 3.]

PART 2.1 – SUMMARIES OF SITE CONDITION

Duty to provide director with summary of site condition

7.1 (1) A person applying for, requesting or seeking approval, consideration, review ora determination of any of the following in relation to a site must provide asummary of site condition, together with a recommendation by an approvedprofessional in respect of the matter, to the director:

(a) a determination under section 44 of the Act [determination of contaminatedsites];

(b) a determination under section 50 of the Act [minor contributors];

(c) a voluntary remediation agreement under section 51 of the Act;

(d) an approval in principle under section 53 (1.1) of the Act;

(e) a certificate of compliance under section 53 (3) of the Act;

(f) a contaminated soil relocation agreement under section 55 of the Act;

(g) if the site is one to which Part 5 of the Act applies, a transfer agreementreferred to in section 67 (1) (a) [advanced exploration sites] or 68 (1) (a)[producing or past producing mine sites] of that Part;

(h) if the site is one to which Part 5 of the Act applies, indemnification for thesite under the Financial Administration Act;

(i) a covenant to be registered under section 48 (1) of this regulation;



CONTAMINATED SITES REGULATIONPart 3 – Site Registry


(j) a preliminary site investigation report;

(k) a human health risk assessment or environmental risk assessment report;

(l) a detailed site investigation report;

(m) a remediation plan;

(n) a confirmation of remediation report;

(o) a report respecting local background concentrations of substances.

(2) Repealed. [B.C. Reg. 179/2021, s. (c) (ii).]

[en. B.C. Reg. 239/2007, s. 2; am. B.C. Regs. 343/2008, s. 3; 179/2021, s. (c) (ii).]

PART 3 – SITE REGISTRY

Site registry

8 (1) For the purposes of section 43 (2) (f) of the Act, a director must provide theregistrar with information respecting each of the following that the director entersinto, makes, receives, issues or has knowledge of, as applicable:

(a) a contaminated soil relocation agreement entered into under section 55 ofthe Act;

(b) a decision under section 41 of the Act respecting whether a preliminary siteinvestigation and detailed site investigation will be ordered;

(c) a remediation plan prepared and submitted under sections 48, 51 and 53 ofthe Act;

(d) an approval in principle and a certificate of compliance issued undersection 53 of the Act;

(e) a covenant required to be registered under section 53 (3) (e) of the Act;

(f) a determination that a site is an orphan site or a high risk orphan site madeunder section 58 (1) of the Act;

(g) a designation under section 14 of this regulation of an environmentalmanagement area;

(h) an approval of the scope of a proposed wide area remediation plan;

(i) an opinion from an allocation panel under section 49 (2) of the Act;

(j) information related to the monitoring, verification or confirmation ofcompliance with a remediation plan;

(k) information about decisions being appealed;

(l) an agreement pertaining to responsibility for remediation of a contaminatedsite but only if all parties to the agreement jointly request that a notationabout the agreement be entered on the site registry;

(m) a notification of substance migration or likely migration, described insection 57 (1.1) or 60.1 (2) of this regulation;

(n) a summary of site condition;



Part 4 – Fees


(o) information respecting the classification of a site, including its reclassifi-cation or de-classification, as the case may be.

(2) Repealed. [B.C. Regs. 322/2004 and 324/2004, s. 8.]

(3) Repealed. [B.C. Reg. 419/2003, s. 2.]

(4) The registrar may enter into the site registry historical information on dischargesto land and such other historical information that the director may require.

[am. B.C. Regs. 419/2003, s. 2; 322/2004 and 324/2004, s. 8; 201/2007, s. 2; 11/2019, s. 3.]

PART 4 – FEES

Fees

9 (1) Subject to this section, a person who undertakes an action described in Column 1of Table 1 of Schedule 3 must pay the fee set out opposite the action in Column 2.

(2) Subject to this section, a person who

(a) undertakes an activity requiring an action or activity,

(b) is ordered or required by a director to undertake an activity requiring anaction or activity, or

(c) requests an action or activity

described in Column 1 of Table 2 of Schedule 3 must pay the fees set out oppositethe action or activity in Column 2.

(3) Repealed. [B.C. Reg. 201/2007, s. 3 (b).]

(4) The federal goods and services tax, if payable, must be added to the fees payable.

(5) Fees payable under this regulation are payable to the government except that

(a) fees established for computer-based site registry inquiries are payable to theelectronic data distributor, and

(b) fees imposed by an approving officer or a municipality for assessing a sitedisclosure statement are payable to the approving officer or municipality.

(6) Fees imposed by an approving officer or municipality under section 40 (5) of theAct may not exceed the amount of the fees established under this regulation forproviding a site disclosure statement to an approving officer or a municipality.

(7) A fee referred to in subsection (6) is payable at the time the person provides thesite disclosure statement to the approving officer or municipality.

(8) The fees listed in Schedule 3 are exclusive of one another and of fees associatedwith any other action or activity under this regulation.

(9) Subject to subsection 19, a person who pays a fee set out in Column 2 of Table 2of Schedule 3 must be provided with a credit toward any fee payable undersubsection (15) (a) of this section in respect of the item for which the fee is paid,equal to 1 hour for each $200 of the fee set out opposite the item.



CONTAMINATED SITES REGULATIONPart 4 – Fees


(10) If a director considers that an application or a report submitted in relation to anaction or activity listed in Column 1 of Table 2 of Schedule 3 is incomplete orcontains errors, the director must return the application or report to the person forcompletion or correction and the person may resubmit a completed or correctedreport or plan for another review.

(11) The fee for a subsequent review of an application or report under subsection (10)is 50% of the fee paid.

(12) The fee for a review requested under section 10 (2) is equal to the sum of

(a) the amount of the fee payable by the government to the external contractreviewer under a contract referred to in section 10 (1), and

(b) 50% of the fee set out in Column 2 of Table 2 of Schedule 3, as applicable,opposite the type of review set out under item 2 (a) to (e) and (g) inColumn 1.

(13) If an external contract reviewer considers, and advises the ministry, that a reportor plan the reviewer has been asked to review is incomplete or contains an error,the person who requested the assignment of the reviewer may resubmit acompleted or corrected report or plan for another review by the external contractreviewer.

(14) The fee for a subsequent review under subsection (13) is equal to the sum of

(a) the amount of the fee payable by the government to the external contractreviewer for the subsequent review, and

(b) if a director considers it justified on the basis of additional time it takes aperson to review the completed or corrected plan or report on behalf of theministry, 50% of the fee paid under subsection (12) (b) on the firstsubmission.

(15) In addition to any other fees under this section, a person who requests an actionor activity under

(a) Table 2 of Schedule 3 must pay a fee of $165 per hour that a person isengaged in performing the action or activity on behalf of the ministry,

(b) Table 3 of Schedule 3 must pay a fee of $165 per hour that a person isengaged in performing the action or activity on behalf of the ministry afterthe first hour, and

(c) Table 3 of Schedule 3 must pay a fee equal to the amount of the reasonabletraveling and out of pocket expenses necessarily incurred by a person inperforming the action or activity on behalf of the ministry.

(16) If a director is satisfied, on application, that a risk assessment reviewed underitem 2 (d) or (g) of Table 2 of Schedule 3 is a screening risk level assessment, thedirector may,

(a) in the case of a risk assessment under item 2 (d), reduce the fee by up to20%, and



Part 4 – Fees


(b) in the case of a risk assessment under item 2 (g), reduce the fee by up to50%.

(17) A person or organization is exempt from all or part of a fee under item 2 or 3 ofTable 1 of Schedule 3, in the amount specified by a director, if

(a) the person or organization satisfies the director that paying the fee or thepart would be an unmanageable financial burden on the person or organi-zation required to pay it, or

(b) in the case of a government ministry or a person acting on behalf of agovernment ministry, the fee does not exceed $500 and the director issatisfied that granting the exemption is in the public interest.

(18) A director may

(a) invoice a person for a fee,

(b) agree in writing in a particular case to accept the payment of fees in install-ments, and

(c) require in a particular case that a person provide fees in advance of anyservices being provided.

(19) If a person withdraws a request referred to in subsection (2) (c), the person is notrequired to pay the fee referred to in that subsection for that action or activity,however the hourly fees described in subsection (15) (a) and (b) and the travellingand other expenses described in subsection (15) (c) continue to apply and arepayable in respect of action or activity done before the person withdraws therequest.

(20) In addition to any other fees under this section, a person who requests anamendment to any of the following must pay a fee of $165 per hour that a personis engaged in performing an action or activity on behalf of the ministry in relationto the amendment:

(a) a determination under section 44 [determination of contaminated sites] ofthe Act;

(b) a determination under section 50 of the Act [minor contributors];

(c) a voluntary remediation agreement under section 51 of the Act;

(d) an approval in principle under section 53 (1.1) of the Act;

(e) a certificate of compliance under section 53 (3) of the Act;

(f) a contaminated soil relocation agreement under section 55 of the Act;

(g) if the site is one to which Part 5 of the Act applies, a transfer agreementreferred to in section 67 (1) (a) [advanced exploration sites] or 68 (1) (a)[producing or past producing mine sites] of that Part;

(h) if the site is one to which Part 5 of the Act applies, indemnification for thesite under the Financial Administration Act.

[en. B.C. Reg. 419/2003, s. 3; am. B.C. Regs. 322/2004 and 324/2004, s. 9; 464/2004, s. 1 (a);201/2007, s. 3; 343/2008, s. 4; 253/2016, s. 2; 161/2020, App. 2, s. 5.]



CONTAMINATED SITES REGULATIONPart 5 – Contaminated Site Definition and Determination


Review of report or plan by external contract reviewer

10 (1) A director may enter into a contract with an approved professional to assist in thereview of reports or plans, listed under items 2 (a) to (e) and (g) of Column 1 ofTable 2 of Schedule 3, by making a report to the director containing the externalcontract reviewer’s professional opinion in respect of

(a) the adequacy of the report or plan,

(b) the need for remediation of the site in respect of which the report or plan issubmitted, and

(c) whether the report or plan complies with Provincial laws and ministrypolicy.

(2) A person may request a director to assign an external contract reviewer to assistwith a review listed under item 2 (a) to (e) or (g) in Column 1 of Table 2 ofSchedule 3.

[en. B.C. Reg. 419/2003, s. 3; am. B.C. Regs. 322/2004 and 324/2004, s. 10; 253/2016, s. 3.]

PART 5 – CONTAMINATED SITE DEFINITION AND DETERMINATION

Definition of contaminated site

11 (1) Subject to section 12 and subsections (2), (3) and (4) of this section, the followingsubstances, standards and conditions are prescribed for the purposes of thedefinition of “contaminated site” in section 39 of the Act:

(a) the land use of the site is a land use specified in section 12 (3) (a) to (f) andthe concentration of any substance in the soil is greater than

(i) the applicable generic numerical soil standard, or

(ii) the lowest value of the applicable matrix numerical soil standards;

(a.1) Repealed. [B.C. Reg. 253/2016, s. 4 (b).]

(b) the surface or groundwater located on or flowing from the site is used or hasa reasonable probability of being used for aquatic life, irrigation, livestockor drinking water and the concentration of any substance in the surfacewater or groundwater is greater than the applicable generic numerical waterstandard;

(c) the concentration of any substance in sediment at the site is greater than theapplicable generic numerical sediment standard;

(c.1) the concentration of any substance in vapour at the site is greater than theapplicable generic numerical vapour standard;

(c.2) despite paragraph (a), for land less than 15 metres from a natural gas orpetroleum well head and the land use of the site is agricultural land use,

(i) the concentration of any substance in the soil at a depth of less than2 metres is greater than the applicable agricultural land use standardsfor soil, or



Part 5 – Contaminated Site Definition and Determination


(ii) the concentration of any substance in the soil at a depth of 2 metresor more is greater than the standards for soil that would apply if theland use of the site were commercial land use;

(c.3) despite paragraph (a), for Crown land less than 15 metres from a natural gasor petroleum well head and the land use of the site is wildlands land use,

(i) the concentration of any substance in the soil at a depth of less than2 metres is greater than the standards for soil that would apply if theland use of the site were reverted wildlands land use, or

(ii) the concentration of any substance in the soil at a depth of 2 metresor more is greater than the standards for soil that would apply if theland use of the site were commercial land use;

(d) the concentration of any substance at the site, not specified in Schedule 3.1,3.2, 3.3 or 3.4, is greater than,

(i) if the substance is specified without a particular use, the concen-tration specified for that substance in a director’s interim standard,and

(ii) if the substance is specified with a particular use, the concentrationspecified for that substance and use in a director’s interim standard.

(2) Subsection (1) does not apply to a site in relation to a substance if the concen-tration of the substance in soil, surface water, groundwater, sediment or vapourat the site is not greater than the applicable site-specific numerical standard.

(3) Subsection (1) does not apply to a site in relation to a substance in the soil, surfacewater, groundwater, sediment or vapour if the concentration of the substance inthe soil, surface water, groundwater, sediment or vapour is not greater than thelocal background concentration of that substance in the soil, surface water,groundwater, sediment or vapour respectively.

(4) Subsection (1) does not apply to a site in relation to a substance in the soil if

(a) the site has been used for the application of

(i) managed organic matter, as defined in the Organic Matter RecyclingRegulation, B.C. Reg. 18/2002,

(ii) retail-grade organic matter, as defined in the Organic MatterRecycling Regulation, or

(iii) products derived from the materials described in subparagraphs (i)or (ii)

in a manner consistent with the Organic Matter Recycling Regulation or anauthorization given under the Act, and

(b) the site has not been used for a commercial or industrial activity listed inSchedule 2.

[en. B.C. Regs. 322/2004 and 324/2004, s. 11; am. B.C. Regs. 343/2008, s. 5; 253/2016, s. 4.]





Specification of applicable land, water, sedimentand vapour uses and site-specific factors

12 (1) For the purpose of using the standards in this regulation,

(a) if a protocol provides for more than one land use at a particular site, the landuses that apply, at any given time, to the site or a part of the site are the landuses that apply in accordance with the protocol, and

(b) otherwise, the land use that applies, at any given time, to a particular site ora part of a site is the primary land use at the surface of the site.

(2) For the purpose of using the standards in this regulation, the surface water usesor groundwater uses which apply, at any given time, to a particular site or part ofa site are based on

(a) the uses of the surface water or groundwater at the site or on neighbouringsites, and

(b) the potential for the groundwater or surface water to cause pollution.

(2.1) For the purpose of using the standards in this regulation, the sediment use thatapplies, at any given time, to a particular site or a part of a site is based on

(a) the use of sediment at the site or at neighbouring sites, and

(b) the potential for the sediment to cause pollution.

(2.2) For the purpose of using the standards in this regulation, the vapour use thatapplies, at any given time, to a particular site or a part of a site is based on

(a) the uses of the land at the surface of the site, and

(b) the potential of the vapour to cause pollution.

(2.3) A director may specify the applicable land use under subsection (2.2) from thefollowing:

(a) a land use specified in subsection (3) (a) to (f);

(b) if a parkade is located at the site, parkade use.

(3) Subject to subsection (6), a director may specify the applicable land use or uses,as the case may be, under subsection (1) from the following:

(a) wildlands land use or, if applicable, one of the following:

(i) natural wildlands land use;

(ii) reverted wildlands land use;

(b) agricultural land use;

(c) urban park land use;

(d) residential land use or, if applicable, one of the following:

(i) low density residential land use;

(ii) high density residential land use;

(e) commercial land use;

(f) industrial land use.



Part 5 – Contaminated Site Definition and Determination


(4) A director may specify the applicable water uses under subsection (2) from thefollowing:

(a) aquatic life water use;

(b) irrigation water use;

(c) livestock water use;

(d) drinking water use.

(4.1) A director may specify the applicable sediment use under subsection (2.1) fromthe following:

(a) typical sediment use;

(b) sensitive sediment use.

(5) In specifying the primary land use, water use or sediment use undersubsections (3), (4) and (4.1), a director must take into account current andreasonable potential future land, water and sediment uses based on the followingfactors:

(a) current and proposed zoning for the site;

(b) land use and planning policies of the government or the municipality ormunicipalities in which the site and neighbouring sites are situated;

(c) current site activities;

(d) proposed site activities;

(e) current and proposed uses for surface water and groundwater on the site;

(f) current and proposed land use, and surface water and groundwater uses ofneighbouring sites;

(g) current nearby uses of other surface water and groundwater;

(h) the potential for surface water and groundwater to cause pollution;

(h.1) current and proposed uses for sediment at neighbouring sites;

(h.2) potential for surface water, groundwater and sediment to cause pollution onneighbouring sites;

(i) other factors that a director considers appropriate in the circumstances.

(6) If the current or anticipated future use of a site is not encompassed within any ofthe land uses specified in subsection (3), the land use that applies to the site mustbe chosen from the land uses in subsection (3) based on the historical activitiesat the site.

(7) For the purpose of using matrix numerical soil standards and site-specificnumerical standards, a director may specify the applicable site-specific factorsfor a site after consideration of the land and water use factors in subsection (5).

(8) For the purpose of using matrix numerical soil standards and site-specificnumerical soil standards, the site-specific factors for

(a) human intake of contaminated soil, and





(b) toxicity to soil invertebrates and plants

are mandatory and must be applied at every site.[am. B.C. Regs. 322/2004 and 324/2004, s. 12; 343/2008, s. 6; 253/2016, s. 5.]

13 Repealed. [B.C. Reg. 343/2008, s. 7.]

Environmental management area

14 A director may designate a site as an environmental management area with respect tospecified substances and specified sources if

(a) the site covers an extensive geographic area and comprises many individualproperties, and

(b) many of the individual properties located within the bounds of thegeographic area would, on an individual basis, likely be determined by thedirector to be contaminated with one or more of the specified substances inthe designation.

[am. B.C. Regs. 322/2004 and 324/2004, s. 14; 239/2007, s. 3; 13/2019, s. 4.]

Procedures for determination of contaminated site

15 (1) The numerical standards must be applied in determining whether a site is acontaminated site.

(2) A director who makes a preliminary determination under section 44 (2) (a) of theAct must provide written reasons for the preliminary determination with thenotice required by section 44 (2) (b) of the Act.

(3) After making a preliminary determination under section 44 (2) (a) of the Act, thedirector must allow a period for comment under section 44 (2) (c) of the Act ofnot less than 30 days and not more than 60 days after delivery of the notice ofpreliminary determination.

(4) Within 15 days after making a final determination under section 44 (2) (d) or (3)of the Act, the director must send the notice required by section 44 (2) (e)accompanied by written reasons for the final determination.

(5) A director may require that an application for a determination under section 44of the Act include a report and the recommendation of an approved professionalin respect of whether the site is a contaminated site.

(6) If the director does not impose a requirement under subsection (5), an applicationfor a determination under section 44 of the Act may include a report and therecommendation of an approved professional in respect of whether the site is acontaminated site and, if so, section 49.1 applies.

(7) If a director rejects the recommendation of an approved professional providedunder subsection (5) or (6), the director, within 15 days of the rejection, mustprovide written reasons to

(a) the applicant, and



Part 6 – Remediation Standards


(b) the professional association, in the Province, of which the approved profes-sional is a member.

[en. B.C. Regs. 322/2004 and 324/2004, s. 15; am. B.C. Reg. 201/2007, s. 4.]

PART 6 – REMEDIATION STANDARDS

Remediation options

16 The numerical standards, or the risk based standards prescribed in section 18 or 18.1,may be used in relation to the remediation of a contaminated site.

[en. B.C. Regs. 322/2004 and 324/2004, s. 16.]

Application of numerical standards for remediation

17 (1) Subject to subsection (2), a contaminated site has been remediated in accordancewith the numerical standards if

(a) the site is used for a land use specified in section 12 (3) (a) to (f) and the soilat the site does not contain any substance with a concentration greater thanor equal to

(i) the applicable generic numerical soil standard, or

(ii) the lowest value of the applicable matrix numerical soil standards,

(a.1) Repealed. [B.C. Reg. 253/2016, s. 6 (b).]

(b) surface water or groundwater used for, or which has a reasonableprobability of being used for, aquatic life, irrigation, livestock or drinkingwater use does not contain any substance with a concentration greater thanthe generic numerical water standard for that substance and use,

(b.1) the sediment at the site does not contain any substance with a concentrationgreater than the generic numerical sediment standard for that substance forthe applicable sediment use of the site,

(b.2) the vapour at the site does not contain any substance with a concentrationgreater than the generic numerical vapour standard for that substance for theapplicable land use of the site,

(c) the soil, surface water, groundwater, sediment or vapour at the site does notcontain any substance with a concentration greater than the concentrationspecified for that substance and use in a director’s interim standard,

(d) despite paragraph (a), for land less than 15 metres from a natural gas orpetroleum well head and the use of the site is agricultural land use,

(i) the soil at a depth of less than 2 metres does not contain any substancewith a concentration greater than

(A) the generic numerical soil standard, or

(B) the lowest value of the applicable matrix numerical soilstandard



CONTAMINATED SITES REGULATIONPart 6 – Remediation Standards


that would apply if the land use of the site were agricultural land use,and

(ii) the soil at a depth of 2 metres or more does not contain any substancewith a concentration greater than



that would apply if the land use of the site were commercial land use,and

(e) despite paragraph (a), for Crown land less than 15 metres from a natural gasor petroleum well head and the use of the site is wildlands land use,

(i) the soil at a depth of less than 2 metres does not contain any substancewith a concentration greater than



that would apply if the land use of the site were reverted wildlandsland use, and

(ii) the soil at a depth of 2 metres or more does not contain any substancewith a concentration greater than



that would apply if the land use of the site were commercial land use.

(2) A contaminated site has been remediated in accordance with the numericalstandards if

(a) the soil, surface water, ground water, vapour or sediment at the site does notcontain any substance with a concentration greater than or equal to theapplicable site-specific numerical standard for the soil, surface water,groundwater, vapour or sediment, respectively, or

(b) the soil, surface water, ground water, vapour or sediment at the site does notcontain any substance with a concentration greater than the localbackground concentration of that substance in the soil, surface water,groundwater, vapour or sediment, respectively.

(3) Subject to subsection (4), and regardless of the use of the land at the surface ofthis site, the soil beyond a depth of 3 metres below the surface of land at acontaminated site has been remediated in accordance with numerical standardsprescribed for the purposes of the definition of “contaminated site” if it or thevapour in it does not contain any substance with a concentration greater than orequal to the concentration specified for that substance for industrial land use in





(a) the generic numerical soil standard or the matrix numerical soil standard,

(a.1) the generic numerical vapour standard,

(b) a director’s interim standard for soil or vapour, or

(c) the site-specific numerical standard for soil or vapour for that site.

(4) A director may require the application of the standards for soil or vapour referredto in subsection (1) or (2) to a depth greater than 3 metres for any specific site ifthe nature of the contaminants, the land use or proposed land use, site-specificfactors or other factors indicate such action is necessary.

(4.1) Subsections (3) and (4) do not apply in relation to land to which subsection (1)(d) or (e) applies.

(5) If surface water or groundwater is not currently being used at the contaminatedsite for any of the purposes specified in subsection (1) (b), a director may specifya numerical standard for the surface water or groundwater as necessary to protectthe present and future surface water or groundwater uses on neighbouring sites orto prevent pollution.

[am. B.C. Regs. 322/2004 and 324/2004, s. 17; 341/2008, s. 1; 253/2016, ss. 6 and 7.]

Application of risk-based standards for remediation

18 (1) The remediation standards have been met for a specific contaminated site if aresponsible person satisfies a director that

(a) for any non-threshold carcinogenic substance, the calculated humanlifetime cancer risk due to exposure to that substance at the site is less thanor equal to a risk value recommended by a medical health officer for thesite, and

(b) for any substance for which a hazard index is calculated, the hazard indexdue to exposure of a human to that substance at the site is less than amaximum hazard index recommended by a medical health officer for thatsite.

(2) A responsible person who asks a director for a decision that the standards insubsection (1) have been met for a contaminated site must

(a) provide information to support and justify the basis for the request, and

(b) participate in and pay for a public community based consultation processfacilitated by a medical health officer which

(i) is for the purpose of developing a recommendation on the acceptablelevel of human health risk for the site,

(ii) will consider remediation options in relation to levels of resultinghuman health risk at the site,

(iii) will be conducted in conjunction with any requirement undersection 52 of the Act and section 55 (1) of this regulation, and



CONTAMINATED SITES REGULATIONPart 6 – Remediation Standards


(iv) is carried out over a time period not exceeding 3 months from the dateof the request under subsection (1) unless the person making therequest, a medical health officer and the director agree to an alternatetime period.

(3) Despite subsections (1) and (2), a director must consider a contaminated site tohave been satisfactorily remediated without review and recommendation by amedical health officer if

(a) for each non-threshold carcinogenic substance, the calculated humanlifetime cancer risk due to exposure to that substance at the site is less thanor equal to one in 100 000, and

(b) for each substance for which a hazard index is calculated, the hazard indexdue to exposure of a human to that substance at the site is less than or equalto one.

(4) A director must not decide that the standards in subsection (1) have been metbefore receiving written recommendations with supporting rationale from amedical health officer respecting the matters described in subsection (1) (a)and (b).

(5) If a person demonstrates to the satisfaction of a director that the local backgroundconcentration of any substance at a particular site results in the standards requiredby subsection (1) or (3) being exceeded, the remediation standards for thatsubstance must be the calculated lifetime cancer risk and calculated hazard indexwhich results from exposure of a human to the local background concentration ofthat substance at the site.

(6) A person who applies the risk-based standards of this section must also preparean environmental risk assessment report which identifies

(a) the potential onsite and offsite environmental risks of any substancescausing contamination before and after remediation, and

(b) procedures, including monitoring, designed to mitigate any significantpotential risks identified in paragraph (a).

(7) A director may impose requirements on a responsible person to prevent ormitigate risks identified

(a) in the environmental risk assessment report required under subsection (6),or

(b) by the director using other available data.

[am. B.C. Regs. 17/2002, s. 7; 322/2004 and 324/2004, s. 18; 116/2018, Sch. 2, s. 2.]

Application of risk-based standards for remediation at environmental management areas

18.1 (1) The remediation standards have been met with respect to a substance from asource specified under section 14 if a director is satisfied that





(a) the risk to human health due to exposure to that substance at the site is lessthan or equal to a maximum value recommended by a medical health officerfor the environmental management area,

(b) the maximum value recommended by a medical health officer underparagraph (a) takes a form other than that of a hazard index or cancer risk,and

(c) the recommendation under paragraph (a) has been reviewed and endorsedby the provincial health officer.

(2) A responsible person who asks a director for a decision that the standards insubsection (1) have been met for a contaminated site must

(a) provide information to support and justify the basis for the request, and

(b) participate in and pay for a public community based consultation process,acceptable to and facilitated by a medical health officer, that

(i) is for the purpose of developing a recommendation on the acceptablelevel of human exposure and health risk for the site,

(ii) considers remediation options in relation to levels of human exposureand health risk at the site,

(iii) is conducted in conjunction with any requirement under section 52 ofthe Act and section 55 (1) of this regulation, and

(iv) is carried out over a time period not exceeding 6 months from the dateof the request under subsection (1), unless the person making therequest, a medical health officer and the director agree to an alternatetime period.

(3) A director must not decide that the standards in subsection (1) have been metbefore receiving written recommendations with supporting rationale from amedical health officer respecting the matters described in subsection (1) (a) anda written review and endorsement of the recommendations from the provincialhealth officer under subsection (1) (c).

(4) Despite subsections (1) and (2), the director must consider an environmentalmanagement area to have been satisfactorily remediated with respect to eachsubstance from a source specified in section 14 without review and recommen-dation from a medical health officer if

(a) for each non-threshold carcinogenic substance, the calculated humanlifetime cancer risk due to exposure to that substance at the site is less thanor equal to one in 100 000, and

(b) for each substance for which a hazard index is calculated, the hazard indexdue to exposure of a human to that substance at the site is less than or equalto one.

(5) A person who applies the risk-based standards of this section with respect tospecified substances must also prepare an environmental risk assessment reportthat identifies



CONTAMINATED SITES REGULATIONPart 7 – Liability


(a) the potential onsite and offsite environmental risks of each specifiedsubstance before and after the remediation, and

(b) procedures, including monitoring, designed to mitigate any significantpotential risks identified in paragraph (a).

(5.1) If a person demonstrates to the satisfaction of a director that the local backgroundconcentration of any substance at a particular environmental management arearesults in the standards required by subsection (1) or (4) being exceeded, theremediation standards for that substance must be the calculated lifetime cancerrisk and calculated hazard index that result from exposure of a human to the localbackground concentration of that substance at the environmental managementarea.

(6) A director may impose requirements on a responsible person to prevent ormitigate risks identified

(a) in the environmental risk assessment report required under subsection (5),or

(b) by the director using other available data.[en. B.C. Reg. 17/2002, s. 8; am. B.C. Regs. 322/2004 and 324/2004, s. 19; 116/2018, Sch. 2,

s. 3; 13/2019, s. 5.]

PART 7 – LIABILITY

Persons not responsible – transporters and arrangers

19 For the purposes of section 46 (1) (n) of the Act, a person described in section 45(1) (c) or (d) or (2) (c) or (d) of the Act is designated not responsible for remediationof a contaminated site in relation to a substance if the person

(a) did not control the disposal, handling or treatment of the substance, or

(b) by contract, agreement or otherwise merely required

(i) adoption of standards of design, construction or operation of worksat the site which were intended to prevent contamination, or

(ii) compliance with environmental laws, standards, policies or codes ofpractice of government which applied at the time of producing, trans-porting or arranging for transport of the substance.

[am. B.C. Regs. 322/2004 and 324/2004, s. 20.]

Persons not responsible – sureties

20 (1) Subject to subsection (2), a surety who issues a bid bond, performance bond orlabour and materials payment bond for a contract with respect to constructionactivities at a site which

(a) is a contaminated site at the effective date of issuance of the bond, or

(b) became a contaminated site after the effective date of issuance of the bond



Part 7 – Liability


is designated for the purposes of section 46 (1) (n) of the Act not responsible forremediation of the contaminated site and is exempt from an order undersection 83 (2) (f) of the Act in relation to the contaminated site, unless the suretyexercised control over or imposed requirements on any person regarding themanner of treatment, disposal or handling of a substance and the control orrequirements, in whole or in part, caused the site to become a contaminated site.

(2) A surety does not exercise control or impose requirements under subsection (1)if the surety acts under its rights or obligations with respect to the bond including,without limitation, any of the following:

(a) participating only in purely financial matters related to constructionactivities at the site;

(b) having the capacity or ability to influence any operation at the contaminatedsite in a way that would have the effect of causing or increasing contami-nation, but does not exercise that capacity or ability in such a way as tocause or increase contamination;

(c) imposing requirements on any person if the requirements do not have areasonable probability of causing or increasing contamination of the site;

(d) appointing a person to inspect or investigate a contaminated site todetermine future steps or actions that the surety might take;

(e) imposing requirements on any person to comply with environmental laws,standards, policies or codes of practice of government or industry, includingrequirements to perform monitoring tests, scientific studies or to remediatecontaminated sites.

(3) Subject to subsections (4) and (5), the liability of the surety is limited to the costof remediation and the cost of completion of the bonded contract in accordancewith the terms and conditions of the bond.

(4) The liability of the surety under subsection (3) is limited to the penal sum of thebond.

(5) The limitation under subsections (3) and (4) does not apply to a surety who inten-tionally caused environmental damage or was grossly negligent or guilty ofwilful misconduct with respect to

(a) the use of the environment, or

(b) the lives or safety of persons.[am. B.C. Regs. 322/2004 and 324/2004, s. 21.]

Persons not responsible – insurers and insurance brokers

21 (1) Subject to subsection (2), an insurer or insurance broker who undertakes riskevaluation, physical inspection of hazards or loss control activities at a site which

(a) is a contaminated site at the date of such activities, or

(b) became a contaminated site after the date of such activities





is designated for the purposes of section 46 (1) (n) of the Act not responsible forremediation of the contaminated site and is exempt from an order undersection 83 (2) (f) of the Act in relation to the contaminated site, unless the insureror insurance broker exercised control over or imposed requirements on anyperson regarding the manner of treatment, disposal or handling of a substance andthe control or requirements, in whole or in part, caused the site to become acontaminated site.

(2) An insurer or insurance broker does not exercise control or impose requirementsunder subsection (1) if the insurer or insurance broker acts pursuant to rights orobligations with respect to an insurance policy including, without limitation, anyof the following:

(a) participating only in purely financial matters related to providing insuranceat the site;

(b) having the capacity or ability to influence any operation at the contaminatedsite in a way that would have the effect of causing or increasing contami-nation, but does not exercise the capacity or ability in such a way as to causeor increase contamination;

(c) imposing requirements on any person if the requirements do not have areasonable probability of causing or increasing contamination of the site;

(d) appointing a person to inspect or investigate a contaminated site todetermine future steps or actions that the insurer or insurance broker maytake;

(e) imposing requirements on any person to comply with environmental laws,standards, policies or codes of practice of government or industry, includingrequirements to perform monitoring tests, scientific studies or to remediatecontaminated sites.

(3) Subject to subsection (4), if an insurer or insurance broker is responsible forremediation, the liability of the insurer is limited to the cost of remediation,provided that such liability does not exceed the sum of any proceeds of anyinsurance coverage that is provided for the subject site for the purpose ofcovering such environmental risks.

(4) The limitation under subsection (3) does not apply to an insurer or insurancebroker who intentionally caused environmental damage or who was grosslynegligent or guilty of wilful misconduct with respect to

(a) the use of the environment, or

(b) the lives or safety of persons.

(5) This section does not affect any rights or obligations under an insurance policy.

[am. B.C. Regs. 322/2004 and 324/2004, s. 22.]





Persons not responsible – certain owners

22 (1) Subject to subsection (2), for the purposes of section 46 (1) (n) of the Act, aperson is designated not responsible for remediation of a contaminated site if,with respect to the contaminated site, the person is a current or previous owner of

(a) an easement,

(b) a right of way,

(c) a restrictive covenant,

(d) a covenant under section 219 of the Land Title Act,

(e) a lien,

(f) a judgement,

(g) a reservation in a Crown grant, or

(h) an interest in real property which deals exclusively with subsurface rightsincluding such a tenure under the Geothermal Resources Act, the MineralTenure Act or the Petroleum and Natural Gas Act.

(2) Subsection (1) does not apply unless the person can establish that there has beenno use or exercise of any right of the interest specified in paragraphs (a) to (h) ofthat subsection in a manner that, in whole or in part, caused the site to become acontaminated site.

[am. B.C. Regs. 244/99, s. 9; 322/2004 and 324/2004, s. 23.]

Persons not responsible – producers arranging for transportation

23 For the purposes of section 46 (1) (n) of the Act, a person described in section 45 (1)(c) or (d) of the Act is designated not responsible for remediation of a contaminatedsite if

(a) the person transferred ownership of a substance and responsibility formanaging the substance to a transporter who

(i) intended at the time of the transfer to transport the substance to a sitewhere the owner or operator of the site was at that time legallyentitled to accept the substance, and

(ii) spilled or otherwise discharged the substance after the transfer butbefore delivering the substance to the person described in subpara-graph (i), and

(b) the person did not by contract, agreement or otherwise impose requirementson the transporter in a manner which caused, in whole or in part, the spill ordischarge referred to in paragraph (a) (ii).

[am. B.C. Regs. 322/2004 and 324/2004, s. 24.]

Persons not responsible – construction on contaminated sites

24 For the purposes of section 46 (1) (n) of the Act, a person is designated not responsiblefor remediation of a contaminated site if the person provided only contracting or





consulting services related to the construction of buildings and facilities at thecontaminated site.

[en. B.C. Regs. 322/2004 and 324/2004, s. 25.]

Persons not responsible – secured creditors

25 (1) For the purposes of section 46 (1) (n) of the Act, a secured creditor described insection 45 (3) (a) of the Act is designated not responsible for remediation of acontaminated site if the secured creditor does any of the following:

(a) imposes requirements on any person to comply with environmental laws,standards, policies or codes of practice of government or industry, includingrequirements to perform monitoring tests, scientific studies or to remediatecontaminated sites;

(b) participates in loan work out actions, including the giving of financial orother advice to a financially distressed borrower, restructuring or renegoti-ating the terms of a security interest, requiring additional payments orconsideration, or exercising forbearance;

(c) takes steps, whether or not they are part of realization proceedings, topreserve, protect or enhance the value of the secured assets or to reduce orprevent future contamination or the migration of existing contaminants orotherwise conduct any independent remediation;

(d) subject to section 45 (3) (b) of the Act and subsection (2) of this section,undertakes realization proceedings.

(2) Subject to subsection (3), the liability of a secured creditor who becomes aregistered owner in fee simple of real property at a contaminated site exists andendures under section 45 (3) (b) of the Act only while the secured creditor is theregistered owner in fee simple of the real property.

(3) Subsection (2) does not remove the liability of a secured creditor for remediationof a contaminated site under Part 4 of the Act if the secured creditor who becamethe registered owner in fee simple of real property at the contaminated site at anytime exercised control over or imposed requirements on any person regarding themanner of treatment, disposal or handling of a substance and the control orrequirements, in whole or in part, caused the site to become a contaminated site.

[am. B.C. Regs. 322/2004 and 324/2004, s. 26.]

Persons not responsible – receivers, receiver managers and bankruptcy trustees

26 (1) In this section:

“available funds” means any and all funds realized by a receiver less

(a) the costs of realization and sale of property,

(b) the claims of trade creditors of the receiver,

(c) the claims of the receiver for remuneration and indemnification,

(d) the authorized borrowings of the receiver inclusive of interest, and





(e) the proceeds of property disposed of by the receiver, but only to the extentthat those proceeds are required by the receiver to discharge a mortgage,lien, charge or security interest in the property which was filed, perfected orregistered before the earlier of

(i) the date when a remediation order or other order under the Actrespecting the property was entered on the site registry, or

(ii) the date when the receiver receives a remediation order or other orderunder the Act respecting the property;

“dispose” includes to transfer by a vesting order issued by a court;

“receiver” means a current or previous receiver, receiver manager, liquidator orbankruptcy trustee who is an owner or operator under the Act.

(2) For the purposes of section 46 (1) (n) of the Act, a receiver is designated notresponsible personally under Part 4 of the Act for remediation of a contaminatedsite and is exempt personally from an order under section 81 or 83 of the Act inrelation to the contaminated site, including a site that was a contaminated site onthe date that the receiver became an owner or operator of that site, unless it isestablished that

(a) the receiver at any time exercised control over or imposed requirements onany person regarding the manner of treatment, disposal or handling of asubstance,

(b) the receiver was grossly negligent or guilty of wilful misconduct in theexercise of such control over or the imposition of such requirements on aperson, and

(c) such control or requirements caused the site to become, in whole or in part,a contaminated site,

in which case, the receiver is designated as responsible personally forremediation of the contaminated site and is not exempt personally from an orderunder section 81 or 83 of the Act.

(3) For the purposes of section 45 (1) (e) of the Act, a receiver is designated respon-sible, in the role as receiver and to the extent of the receivership, for remediationof a contaminated site, and is subject to an order under section 81 or 83 of the Actin relation to the contaminated site in that role and to that extent.

(3.1) For the purposes of subsection (3), the “extent of the receivership” means

(a) the limit of the available funds, and

(b) the period commencing with the receiver’s appointment and ending with atermination under subsection (5).

(4) If a receiver does not have sufficient available funds to comply with applicableremediation requirements under Part 4 of the Act or any other order made underthe Act, the receiver must give notice to a director of the lack of available fundsas soon as the receiver becomes aware of the fact.





(5) A receiver’s obligation under subsection (3) terminates when any of thefollowing occurs:

(a) the receiver gives notice to a director under subsection (4);

(b) the receiver pays all available funds to a director, the minister or theMinister of Finance, in trust, for remediation of the contaminated site;

(c) the receiver resigns the appointment;

(d) the receiver is removed or discharged by the court or otherwise ceases to bea receiver;

(e) subject to subsection (6), the receiver disposes of a contaminated site to aperson who

(i) agrees, in writing, to accept responsibility for remediation, or

(ii) enters into a voluntary remediation agreement with a director;

(f) subject to subsection (6), the receiver disposes of a contaminated site to aperson in circumstances in which, at the time of the disposition,

(i) there is no requirement on the receiver to provide a site disclosurestatement or, if there is such a requirement, the receiver has compliedwith it,

(ii) there is no record of contamination at the site on the site registry, and

(iii) the receiver has no knowledge of any contamination at the site.

(6) If a receiver disposes of part of a contaminated site in accordance withsubsection (5) (e) or (f), the receiver’s obligation under subsection (3) isterminated only with respect to that part.

(7) On application by a receiver or a director, the court may order that the obligationof the receiver is terminated with or without conditions or make any order itconsiders just, but this subsection does not provide the court with the power toset aside provincial legislation.

(8) A receiver who applies to the court under subsection (7) must give notice to adirector, and the director may make representations to the court respecting theapplication.

(9) A receiver who

(a) has provided a site disclosure statement under section 40 (7) of the Act,

(b) is subject to an obligation to provide a site disclosure statement undersection 40 (8) of the Act, or

(c) is in possession of a site for which there is an entry on the site registryindicating that the site

(i) has been determined, in whole or in part, to be a contaminated siteunder section 44 of the Act, or

(ii) is otherwise expressly stated to be, in whole or in part, a contami-nated site,





must give written notice to a director of

(d) any proposed distribution of available funds at least 15 days before the dateof the proposed distribution, or

(e) any proposed abandonment of the site or part of the site by the receiver atleast 15 days before the date of the proposed abandonment if the receiver

(i) resigns the appointment, or

(ii) applies to a court for a discharge.

(10) A receiver, within 30 days after receiving a remediation order or a pollutionabatement order, may give written notice to a director that, during that 30 dayperiod, the receiver is determining or assessing

(a) the ability and willingness of the receiver to administer the property at thecontaminated site,

(b) the responsibilities which would be incurred by the receiver in adminis-tering the property, and

(c) whether the receiver should seek to terminate the appointment inaccordance with subsection (5) or abandon the contaminated site,

and during that period, subject to subsections (11) to (13), the receiver is notrequired to comply with the remediation order or the pollution abatement order.

(11) A receiver may, upon giving notice in writing to a director, apply to the court foran extension of the 30 day period described in subsection (10), but this provisiondoes not apply if the director agrees to the extended time proposed by thereceiver.

(12) The court, on hearing an application under subsection (11), must not order anextension unless it determines that an extension is reasonably necessary to permitthe receiver to ascertain the environmental condition of the site and the extent andcost of fulfilling the duties arising from the operation or control of the site andcompliance with the director’s order.

(13) If a director requires compliance with a remediation order or a pollutionabatement order within the 30 day period to reduce the threat of a contaminatedsite, the director may, upon giving written notice to the receiver, seek a courtorder to reduce the 30 day period described in subsection (10), but this provisiondoes not apply if the receiver agrees to the reduced time proposed by the director.

(14) Despite any other provision in this section, a director may agree to the continuedinvolvement of a receiver in the remediation of a contaminated site even if thereare insufficient available funds to satisfy the costs of remediation.

[am. B.C. Regs. 322/2004 and 324/2004, s. 27; 161/2020, App. 2, s. 5; 64/2021, s.3.]

Persons not responsible – trustees, executors, administrators and other fiduciaries

27 (1) In this section:





“available funds” means the net realizable value of the trust property but does notinclude

(a) the costs of realization and sale of trust property,

(b) the claims of the trustee for remuneration and indemnification,

(c) trust property paid, distributed or transferred to any party by the trusteebefore receiving a remediation order or other order under the Act, but onlyif, at the time the trustee paid, distributed or transferred the trust property,

(i) there was no requirement on the trustee to provide a site disclosurestatement, and

(ii) the trustee had no actual knowledge of any contamination at the site,or

(d) the proceeds of trust property disposed of by the trustee, but only to theextent that those proceeds are required by the trustee to discharge amortgage, lien, charge or security interest in the property which was filed,perfected or registered before the earlier of

(i) the date when a remediation order or other order under the Actrespecting the property is entered on the site registry, or

(ii) the date when the trustee receives a remediation order or other orderunder the Act respecting the property;

“trust property” means the property held by a trustee in a fiduciary capacity andincludes

(a) in relation to a trustee who is a committee of the estate of a patient, thepatient’s property,

(b) in relation to a trustee who is an attorney acting under an enduring power ofattorney whose principal lacks the capacity to manage the principal’saffairs, the principal’s property, and

(c) in relation to a guardian of a child, the child’s property;

“trustee” includes

(a) an executor or an administrator of the estate of a deceased person,

(b) an express trustee or a bare trustee,

(c) a committee or other person appointed by a court as a representative underany adult guardianship legislation,

(d) a guardian, or the property guardian of a child, and

(e) an attorney acting under an enduring power of attorney whose principallacks the capacity to manage the principal’s own affairs,

but does not include a receiver as defined in section 26.

(2) For the purposes of section 46 (1) (n) of the Act, a trustee is designated notresponsible personally under Part 4 of the Act for remediation of a contaminatedsite and is exempt personally from an order under section 81 or 83 of the Act inrelation to the contaminated site, including a site that was a contaminated site on





the date that the trustee became an owner or operator of that site, unless it isestablished that

(a) the trustee at any time exercised control over or imposed requirements onany person regarding the manner of treatment, disposal or handling of asubstance,

(b) the trustee was grossly negligent or guilty of wilful misconduct in theexercise of such control over or the imposition of such requirements on aperson, and

(c) such control or requirements caused the site to become, in whole or in part,a contaminated site.

in which case, the trustee is designated responsible personally for remediation ofthe contaminated site and is not exempt personally from an order undersection 81 or 83 of the Act.

(3) For the purposes of section 45 (1) (e) of the Act, a trustee is designated as respon-sible, in the role of trustee and to the extent of the trust, for remediation of acontaminated site, and is subject to an order under section 81 or 83 of the Act inrelation to the contaminated site in that role and to that extent.

(3.1) For the purposes of subsection (3), “extent of the trust” means

(a) the limit of the available funds, and

(b) the period commencing with the trustee’s appointment and ending with atermination under subsection (5).

(4) As soon as a trustee is aware that the available funds are insufficient to complywith applicable remediation requirements under Part 4 of the Act or any otherorder made under the Act, the trustee must immediately give notice to a directorof the trustee’s inability to meet the order or remediation requirements out of theavailable funds.

(5) A trustee’s obligation under subsection (3) terminates when any of the followingoccurs:

(a) the trustee gives notice to a director under subsection (4);

(b) the trustee pays or transfers the trust property to a director, the minister orthe Minister of Finance, in trust, for remediation of the contaminated site;

(c) subject to subsection (6), the trustee disposes of a contaminated site to aperson who

(i) agrees, in writing, to accept responsibility for remediation, or

(ii) enters into a voluntary remediation agreement with a director;

(d) subject to subsection (6), the trustee disposes of a contaminated site to aperson in circumstances in which, at the time of disposition,

(i) there is no requirement on the trustee to provide a site disclosurestatement or, if there is such a requirement, the trustee has compliedwith it,





(ii) there is no record of contamination of the site on the site registry, and

(iii) the trustee has no knowledge of any contamination at the site;

(e) subject to subsection (7), the trustee is removed or discharged by the courtor otherwise ceases to be a trustee.

(6) When a trustee disposes of part of a contaminated site in accordance withsubsection (5) (c) or (d), the trustee’s obligation under subsection (3) isterminated only with respect to that part.

(7) On application by a trustee or a director, a court may order that the obligation ofthe trustee under Part 4 of the Act or section 81 or 83 of the Act is terminated,with or without conditions, or make any order it considers just, but this subsectiondoes not provide the court with the power to set aside provincial legislation.

(8) A trustee who applies to a court under subsection (7) must give notice to adirector, and the director may make representations to the court respecting theapplication.

(9) A trustee who administers trust property for which there is an entry on the siteregistry indicating that the trust property

(a) has been determined, in whole or in part, to be a contaminated site undersection 44 of the Act, or

(b) is otherwise expressly stated to be, in whole or in part, a contaminated site

must give written notice to a director of any proposed disposition of the contam-inated site, or part of the contaminated site, by the trustee under subsection (5) (c)and (d) at least 15 days before the date of the proposed disposition.

(10) A trustee may, within 30 days after receiving a remediation order, a pollutionabatement order or a pollution prevention order under the Act, give written noticeto a director that, during that 30 day period, the trustee is determining or assessing

(a) the ability of the trustee to comply with the order,

(b) the responsibilities which would be incurred by the trustee in administeringthe trust property, and

(c) whether the trustee should seek to terminate the appointment undersubsection (5),

and, during that period and subject to subsections (11) to (13), the trustee is notrequired to comply with the remediation order, pollution abatement order orpollution prevention order.

(11) A trustee may, upon giving written notice to a director, apply to the court for anextension of the 30 day period described in subsection (10), but this provisiondoes not apply if the director agrees to the extended time proposed by the trustee.

(12) The court, on hearing an application under subsection (11), must not order anextension unless it determines that an extension is reasonably necessary to permitthe trustee to ascertain the environmental condition of the site and the extent and





cost of fulfilling the duties arising from the operation or control of the site andcompliance with the director’s order.

(13) If a director requires compliance with a remediation order, a pollution abatementorder or a pollution prevention order within the 30 day period to reduce the threatof a contaminated site, the director may, upon giving written notice to the trustee,seek a court order to reduce the 30 day period described in subsection (10), butthis provision does not apply if the trustee agrees to the reduced time proposedby the director.

(14) Despite subsection (5) (b), a director may agree to the continued involvement ofa trustee in the ongoing trust administration duties of the trust property.

[am. B.C. Regs. 322/2004 and 324/2004, s. 28; 365/2012; 161/2020, App. 2, ss. 5 and 6;64/2021, ss. 3 and 8.]

Persons not responsible – clarification of innocent acquisition exemption

28 When judging whether an owner or operator has, under section 46 (1) (d) (i) (C) of theAct, undertaken all appropriate inquiries into the previous ownership and uses of a siteand undertaken other investigations consistent with good commercial or customarypractice at the time of acquisition of the property, consideration must be given to allof the following:

(a) any personal knowledge or experience of the owner or operator respectingcontamination at the time of the acquisition;

(b) the relationship of the actual purchase price to the value of the property if itwas uncontaminated;

(c) commonly known or reasonably ascertainable information about theproperty at the time of the acquisition;

(d) any obvious presence of contamination or indicators of contamination orthe feasibility of detecting such contamination by appropriate inspection atthe time of the acquisition.

[am. B.C. Regs. 322/2004 and 324/2004, s. 29.]

Persons not responsible – modification of lessor liabilityunder section 46 (1) (e) of the Act

29 Subject to section 30, an owner of real property at a contaminated site is exempt fromsection 46 (1) (e) of the Act if

(a) the owner voluntarily leased, rented or otherwise allowed use of the realproperty by another person,

(b) the owner knew or had a reasonable basis for knowing that the other persondescribed in paragraph (a) planned or intended to use the real property todispose of, handle or treat a substance in a manner that, in whole or in part,would cause the site to become a contaminated site, and





(c) the person described in paragraph (a) used the real property to dispose of,handle or treat a substance in a manner that, in whole or in part, caused thesite to become a contaminated site.

[am. B.C. Regs. 322/2004 and 324/2004, s. 30.]

Persons not responsible – lessors who provide surface access for subsurface use

30 A lessor who, under the Petroleum and Natural Gas Act, enters into a surface leaseagreement with a lessee that allows the lessee access to subsurface resources is, for thepurposes of section 46 (1) (n) of the Act, designated not responsible for remediationof contamination caused by the lessee if the agreement requires the lessee to covenantand agree to indemnify and save harmless the lessor from any liabilities, damages,costs, claims, suits or actions arising out of the lessee’s operations on the lessor’slands, except liabilities, damages, costs, claims, suits or actions arising out of the grossnegligence or wilful misconduct of the lessor, its agents, servants, employees orcontractors.

[am. B.C. Regs. 322/2004 and 324/2004, s. 31.]

Persons responsible – municipalities

31 For the purposes of 45 (1) (e) of the Act, a government body that acquires anownership interest in a contaminated site by a municipal boundary extension or amunicipal amalgamation initiated by the municipality is designated responsible forremediation of the contaminated site.

[en. B.C. Regs. 322/2004 and 324/2004, s. 32.]

Persons not responsible – transporters of contaminated soil

32 (1) A transporter of contaminated soil who is otherwise in compliance with the Actand the regulations is, for the purposes of section 46 (1) (n) of the Act, designatednot responsible for remediation of a site which becomes contaminated bydisposal or deposit of contaminated soil if there has been any misrepresentationto the transporter by

(a) a person who arranged for the transportation of the contaminated soilrespecting the quality or degree of contamination of the soil, or

(b) a person who agrees to receive the contaminated soil respecting the quality,degree of contamination or acceptability of the disposal location inaccordance with any requirement in Part 8.

(2) Subsection (1) applies only if the transporter acted in good faith and withoutnegligence.

[am. B.C. Regs. 322/2004 and 324/2004, s. 33.]

Persons not responsible – contamination whichis subject to a wide area remediation plan

33 (1) Subject to subsection (2), a person who is a current or previous owner or operatorof a contaminated site is, for the purposes of section 46 (1) (n) of the Act,designated not responsible for remediation of the site if the site is contaminated





only by substances being managed in accordance with a wide area remediationplan.

(2) Subsection (1) does not apply to a person who caused the contamination which isthe subject of a wide area remediation plan.

[am. B.C. Regs. 322/2004 and 324/2004, s. 33.]

34 Repealed. [B.C. Regs. 322/2004 and 324/2004, s. 34.]

Determining compensation under section 47 (5) of the Act

35 (1) For the purposes of determining compensation payable under section 47 (5) ofthe Act, a defendant named in a cost recovery action under that section may assertall legal and equitable defences, including any right to obtain relief under anagreement, other legislation or the common law.

(2) In an action between 2 or more responsible persons under section 47 (5) of theAct, the following factors must be considered when determining the reasonablyincurred costs of remediation:

(a) the price paid for the property by the person seeking cost recovery;

(b) the relative due diligence of the responsible persons involved in the action;

(c) the amount of contaminating substances and the toxicity attributable to thepersons involved in the action;

(d) the relative degree of involvement, by each of the persons in the action, inthe generation, transportation, treatment, storage or disposal of thesubstances that caused the site to become contaminated;

(e) any remediation measures implemented and paid for by each of the personsin the action;

(f) other factors relevant to a fair and just allocation.

(3) For the purpose of section 47 of the Act, any compensation payable by adefendant in an action under section 47 (5) of the Act is a reasonably incurredcost of remediation for that responsible person and the defendant may seekcontribution from any other responsible person in accordance with theprocedures under section 4 of the Negligence Act.

(4) In an action under section 47 (5) of the Act against a director, officer, employeeor agent of a person or government body, the plaintiff must prove that the director,officer, employee or agent authorized, permitted or acquiesced in the activitywhich gave rise to the cost of remediation.

(5) In an action under section 47 (5) of the Act, a corporation is not liable for the costsof remediation arising from the actions of a subsidiary corporation unless theplaintiff can prove that the corporation authorized, permitted or acquiesced in theactivity of the subsidiary corporation which gave rise to the costs of remediation.

[am. B.C. Regs. 322/2004 and 324/2004, s. 35.]





Remediation orders – timing for consent and notice

36 (1) Subject to subsection (3), a director who receives a request under section 48 (10)of the Act for notice respecting whether a remediation order will be issued mustprovide the notice within 10 days after receiving the request.

(2) Subject to subsection (3), if a director is requested by a person to give consentunder section 48 (8) of the Act, the director must consider the request and givewritten notice of the decision to the person within 10 days after receiving therequest.

(3) If a director requires more than 10 days to obtain or consider information relevantto the request under subsection (1) or (2), the director must

(a) give notice to the person making the request under subsection (1) (b) or (2)that more time is required, and

(b) state, in the notice given under paragraph (a), how much more time isrequired.

(4) Despite subsection (3), a director must not take more than 30 days to review andrespond to

(a) a person’s request for consent under section 48 (8) of the Act, or

(b) a person’s request for notice under section 48 (10) of the Act respectingwhether a remediation order will be issued.

[am. B.C. Regs. 322/2004 and 324/2004, s. 36; 161/2020, App. 2, s. 7.]

Remediation orders – diminishing or reducing assets

37 A person is exempt from the duty not to diminish or reduce assets under section 48 (8)or (10) of the Act to the extent that the person does any of the following:

(a) converts or exchanges assets from one class or kind to another class or kindincluding, without limitation, allowing the sale and conversion of inventoryto a receivable or the collection and conversion of a receivable into cash;

(b) uses assets to satisfy liabilities as they become due, including paying fairvalue for supplies, services or other benefits conferred on the person, or ona receiver as defined in section 26 or a trustee as defined in section 27,carrying out the management function with respect to the asset;

(c) makes or accepts payments on loans or advances, revolves an operating lineof credit, makes demand on a term or operating loan, reduces the maximumavailable under an operating line of credit or refuses to advance furtherfunds;

(d) processes natural resources, including crude oil, natural gas and timber;

(e) installs infrastructure to provide services;

(f) provides services to customers;

(g) is a receiver as defined in section 26 or trustee as defined in section 27 whocomplies with section 26 or 27 respectively;





(h) realizes on a mortgage, lien, charge or other security interest.[am. B.C. Regs. 322/2004 and 324/2004, s. 37.]

Minor contributors

38 A responsible person applying for minor contributor status under section 50 of the Actmust provide information to a director, to the extent the information is reasonablyascertainable, respecting all of the following:

(a) the condition of the contaminated site at the time the applicant

(i) became an owner or operator at the site, and

(ii) if applicable, ceased to be an owner or operator at the site;

(b) any activities and land uses carried out by the applicant while located at thesite;

(c) the nature and quantity of contamination at the site attributable to theapplicant;

(d) all measures taken by the applicant to prevent or remediate contamination;

(e) contamination on the site or released from the site which is attributable to

(i) the applicant, and

(ii) other persons at the site;

(f) all measures taken by the applicant to exercise due diligence with respect toany substance that, in whole or in part, caused the site to become a contam-inated site, including any measures taken to prevent foreseeable acts of thirdparties which may have contributed to the contamination at the site.

[am. B.C. Regs. 322/2004 and 324/2004, s. 38.]

Voluntary remediation agreements

39 (1) A responsible person requesting a voluntary remediation agreement in respect ofa contaminated site, including an environmental management area, must provideall of the following information to a director:

(a) a detailed site investigation;

(b) a remediation plan;

(c) a detailed description of the responsible person’s past and present activitieson the site, including the amount and characteristics of contamination at thesite attributable to that person’s activities;

(d) an estimate of the total cost of remediation;

(e) an estimate of the responsible person’s share of the total cost of remediationand justification for the estimate;

(f) the name and address of any other person who the responsible person hasreason to believe may, with respect to the subject contaminated site, be aresponsible person;

(g) a statement describing the responsible person’s ability and plans to conductand finance the remediation.



CONTAMINATED SITES REGULATIONPart 8 – Contaminated Soil Relocation


(2) Repealed. [B.C. Regs. 322/2004 and 324/2004, s. 39 (c).]

(3) Before a director enters into a voluntary remediation agreement with aresponsible person, the director must notify any persons identified as otherpotential responsible persons under subsection (1) (f) and allow those persons notless than 15 days to give notice if they wish to review or make representations tothe director about the proposed voluntary remediation agreement.

[am. B.C. Regs. 322/2004 and 324/2004, s. 39; 13/2019, s. 6.]

PART 8 – CONTAMINATED SOIL RELOCATION

Class of sites defined for Part 8

40 (1) In this Part:

“receiving site” means the site to which contaminated soil is or will be relocatedunder a contaminated soil relocation agreement;

“source site” means the site from which contaminated soil is or will be relocatedunder a contaminated soil relocation agreement.

(2) For the purposes of this Part, a source site is deemed to be a contaminated site ifa contaminated soil relocation agreement is required in respect of contaminatedsoil, as described in section 46.1 (1), that is or will be relocated from the sourcesite to a receiving site.

(3) The relocation of contaminated soil from a contaminated site is exempt fromsection 55 of the Act if section 10 of the Act applies to the transportation of thecontaminated soil.

[en. B.C. Regs. 322/2004 and 324/2004, s. 40; am. B.C. Regs. 343/2008, s. 8; 184/2016, s. 1;253/2016, s. 8, as am. by B.C. Reg. 196/2017, s. 1.]

Exemptions for soil relocation and disposal

41 (1) Disposal of the following classes of soil is exempt from section 6 (2) and (3) ofthe Act:

(a) soil in which the concentrations of all substances are less than the lowestapplicable industrial land use standard specified for those substances in

(i) the generic numerical soil standards,

(ii) the matrix numerical soil standards, or

(iii) a director’s interim standard for soil;

(b) contaminated soil relocated in accordance with a contaminated soilrelocation agreement under section 55 (2) of the Act.

(2) A regional district is not required to include soil in its waste management plan forthe management of municipal solid waste.

(3) The relocation of contaminated soil is exempt from section 55 (1) of the Act andthis Part in the following circumstances:



Part 8 – Contaminated Soil Relocation


(a) relocation of contaminated soil on the site at which the contaminated soiloriginates;

(b) relocation of contaminated soil which is contaminated due only to thepresence of the local background concentration of a substance, but only ifthe contaminated soil is relocated within the geographic area having soilwith this local background level of contamination;

(c) relocation of contaminated soil within an area subject to a wide arearemediation plan approved by a director, but this exemption applies onlywith respect to the contaminants which are the subject of the wide arearemediation plan;

(d) relocation of contaminated soil originating from emergency cleanup of aspill, but only if notice of the location to which the soil has been relocatedis provided to a director within 3 days of the soil relocation;

(e) Repealed. [B.C. Reg. 184/2016, s. 2.]

(f) relocation of contaminated soil to a destination outside of British Columbia;

(g) relocation of contaminated soil from a specific site not exceeding 5 cubicmetres in volume;

(h) relocation of contaminated soil to federal property.[am. B.C. Regs. 244/99, s. 10; 322/2004 and 324/2004, s. 41; 184/2016, s. 2; 253/2016, s. 9.]

Soil relocation to a landfill without a contaminated soil relocation agreement

42 (1) If a site is authorized for landfill waste disposal in any of the ways referred to insection 55 (5) (a), (b) or (c) of the Act but the authorization does not expresslyallow the deposit of contaminated soil, the deposit of contaminated soil in thelandfill is exempt from section 55 (1) of the Act if

(a) the owner of the site authorized for landfill waste disposal has filed a writtenstatement with a director indicating the intended future use of the site, and

(b) the written statement indicates that the concentration of any substance in thecontaminated soil is not greater than or equal to the lowest concentration forthat substance specified in Schedule 3.1 for the applicable future land use.

(2) Subsection (1) does not authorize the deposit of soil if the deposit would becontrary to an authorization given under the Act.

(3) Subsection (1) does not prevent an owner of a site for which an authorization hasbeen given under the Act from refusing to accept any type of contaminated soil.

[am. B.C. Regs. 322/2004 and 324/2004, s. 42; 184/2016, s. 3; 253/2016, s. 10.]

Application for a contaminated soil relocation agreement

43 (1) If a contaminated soil relocation agreement is required under section 55 of theAct, an application must be made using the form set out in Schedule 8.

(2) A director may require that an application described in subsection (1) forrelocating soil from a contaminated site that is classified under a director’s



CONTAMINATED SITES REGULATIONPart 8 – Contaminated Soil Relocation


protocol as a low or moderate risk site include a report and the recommendationof an approved professional that the application be approved.

(3) If the director does not impose a requirement under subsection (2), theapplication may include a report and the recommendation of an approved profes-sional in respect of whether the application should be approved.




(5) If a contaminated soil relocation agreement is for the relocation of soil that iscontaminated with a substance set out in Part 3 of Schedule 3.1 but in respect ofwhich a standard is not specified in that Part, the standards and procedures set outin section 18, or section 18.1 if a receiving site is an environmental managementarea, apply to the applicant in the same manner as if the receiving site were acontaminated site.

[am. B.C. Regs. 17/2002, s. 9; 322/2004 and 324/2004, s. 43; 253/2016, s. 11; 11/2019, s. 7.]

Conditions pertaining to a contaminated soil relocation agreement

44 Before soil relocation begins in accordance with a contaminated soil relocationagreement, the applicant under section 43 must

(a) ensure that a copy of the notice from a director as required by section 55 (9)of the Act has been received by

(i) the municipality from which the soil is removed, and

(ii) the municipality in which the receiving site is situated, or

(b) wait at least 4 business days from the time of receiving the approvedcontaminated soil relocation agreement before moving any contaminatedsoil.

[am. B.C. Regs. 17/2002, s. 10; 322/2004 and 324/2004, s. 44.]

45 and 46 Repealed. [B.C. Reg. 253/2016, s. 12.]

Standards for contaminated soil relocation

46.1 (1) The relocation of soil from a source site to a receiving site requires a contami-nated soil relocation agreement if the soil that is or will be relocated is contami-nated by having any substance with a concentration that, subject tosubsections (2) and (3), exceeds the following numerical standards, prescribedfor the purposes of section 55 (3) of the Act, for either soil or vapour:

(a) in respect of the land use of the receiving site, the lowest value of the soilstandards set out in Part 1, 2 or 3, as applicable, of Schedule 3.1 of thisregulation;



Part 8 – Contaminated Soil Relocation


(b) in respect of the land use, or other use, of the receiving site, the lowest valueof the vapour standards set out in Schedule 3.3 of this regulation.

(2) As an exception to subsection (1), if contaminated soil has any substance with aconcentration that exceeds a soil standard protective of groundwater in respect ofthe land use of the receiving site set out in Part 1 of Schedule 3.1 of thisregulation, the numerical standards for soil protective of groundwater are not tobe considered exceeded if either of the following applies:

(a) the site-specific soil standard protective of groundwater, derived inaccordance with a director’s protocol, is not exceeded;

(b) the water standard for groundwater set out in Schedule 3.2 of thisregulation, based on the concentration resulting from a leachate testconducted in accordance with the director’s protocol, is not exceeded.

(3) As an exception to subsection (1), numerical standards are not to be consideredexceeded for the purposes of that subsection if either of the following applies:

(a) in respect of the numerical standards for soil, the background concentrationin the soil of the receiving site, as determined in accordance with thedirector’s protocol, is not exceeded;

(b) in respect of the numerical standards for soil or vapour, a director’s interimstandard for soil or vapour, as applicable, is satisfied.

(4) If the prescribed risk-based standards referred to in subsection (5) are met afterthe deposit of the relocated contaminated soil, the quality of the soil at thereceiving site is suitable for the use intended.

(5) In respect of a background risk estimate, or a background risk-based concen-tration, for a receiving site, the risk-based standards prescribed for the purposesof section 55 (3) (a) of the Act are those set out in

(a) section 18 of this regulation, or

(b) section 18.1 of this regulation, if the receiving site is an environmentalmanagement area.

[en. B.C. Reg. 253/2016, s. 13, as am. by B.C. Reg. 196/2017, s. 2; am. B.C. Reg. 13/2019, s. 8.]

Procedures for contaminated soil relocation

46.2 For the purposes of section 55 (3) of the Act, the following procedures, if required bythe director, are prescribed in respect of the relocation of soil under a contaminatedsoil relocation agreement:

(a) testing, in accordance with a director’s protocol, the leachate from the soilto be relocated to determine whether the leachate from the soil contains asubstance with a concentration that exceeds

(i) the water quality standards applicable to the receiving site set out inSchedule 3.2 of this regulation,

(ii) the site-specific numerical water standard of the receiving site, or

(iii) a risk-based concentration for water at the receiving site;



CONTAMINATED SITES REGULATIONPart 9 – Remediation Plan Approval and Completion


(b) if risk-based standards are applied at the receiving site, the followingprocedures:

(i) monitoring impacts of the substances in the relocated soil;

(ii) inspecting and maintaining works considered necessary to managecontamination at the receiving site and to protect human health or theenvironment;

(iii) site registry notations;

(iv) preparation and registration of a covenant under section 219 of theLand Title Act.

[en. B.C. Reg. 253/2016, s. 13, as am. by B.C. Reg. 196/2017, s. 2.]

PART 9 – REMEDIATION PLAN APPROVAL AND COMPLETION

Approval in principle

47 (1) A responsible person may apply for an approval in principle of a proposedremediation plan under section 53 (1.1) of the Act by submitting a request inwriting to a director and attaching or ensuring the director already has

(a) copies of any preliminary and detailed site investigation reports preparedfor the site,

(b) copies of any other site investigation and assessment reports prepared forthe site, and

(c) the proposed remediation plan for which the approval in principle is sought.

(1.1) A responsible person making an application described in subsection (1) or (4)respecting a site classified under a director’s protocol as a low or moderate risksite must specify in writing whether the application shall be processed

(a) in the manner for low or moderate risk sites, or

(b) in the manner for medium, intermediate or high risk sites.

(1.2) A responsible person making an application described in subsection (1) or (4)respecting a site classified under a director’s protocol as a medium, intermediateor high risk site, or not classified under a director’s protocol, may specify inwriting that the application be processed in the manner for low or moderate risksites.

(1.3) A director may reject an application for which a written specification is madeunder subsection (1.1) (a) or (1.2) if the director is satisfied that, for the likelyhuman health and environmental risks to be properly assessed, a site covered bythe application must be processed in the manner for a medium, intermediate orhigh risk site before a decision can properly be made whether or not to issue anapproval in principle under section 53 (1.1) of the Act.

(1.4) A director may require that an application for an approval in principle in relationto a contaminated site, including an environmental management area, that is



Part 9 – Remediation Plan Approval and Completion


classified under a director’s protocol as a low or moderate risk site include areport and the recommendation of an approved professional that the applicationbe approved.

(1.41) If the director does not impose a requirement under subsection (1.4), theapplication may include a report and the recommendation of an approved profes-sional in respect of whether the application should be approved and, if so,section 49.1 applies.

(1.5) If the director rejects the recommendation of an approved professional providedunder subsection (1.4) or (1.41), the director, within 15 days of the rejection, mustprovide written reasons to



(2) Before issuing an approval in principle under section 53 (1.1) of the Act, adirector may request any additional information and reports the directorconsiders necessary to assess whether the standards, criteria or conditionsprescribed in section 17, 18 or 18.1 of this regulation are likely to be compliedwith when the proposed remediation plan has been implemented.

(3) When issuing an approval in principle under section 53 (1.1) of the Act, a directormay specify conditions for any or all of the following:

(a) implementing some or all of the activities described in a proposedremediation plan;

(b) risk assessment and risk management measures which may be required forpart or all of a site for any reason;

(c) preparation, registration, and criteria for final discharge of a covenant undersection 219 of the Land Title Act as may be required under section 48;

(d) carrying out confirmatory sampling and analysis after treatment or removalof contamination;

(e) testing and monitoring to evaluate the quality and performance of anyremediation measures;

(f) any financial security required by the director in accordance withsection 48;

(g) any actions which the director could require in a permit under section 14 ofthe Act.

(4) A responsible person may apply under subsection (1) for approval in principle ofa wide area remediation plan.

(5) A director may issue an approval in principle for a wide area remediation plan ifthe remediation plan complies with all the following:

(a) the goal of the plan is to satisfy the applicable criteria, standards orconditions prescribed in this regulation;





(b) environmental risks are addressed in the plan to the satisfaction of thedirector;

(c) the plan provides for the monitoring and assessment of public health andenvironmental parameters the director considers appropriate for evaluatingprogress in satisfying the applicable criteria, standards or conditions inrelation to the contaminants specified in the plan.

(6) An approval in principle for a remediation plan issued under this section is apermit within the meaning of the Act for any facility which

(a) is located on the site to which the remediation plan applies,

(b) is specifically identified in the remediation plan, and

(c) is used to manage any contamination which is located on the site for whichthe remediation plan applies.

(7) In relation to an application for an approval in principle described insubsection (6), the Public Notification Regulation does not apply with respect tothe facility.

[am. B.C. Regs. 244/99, s. 11; 322/2004 and 324/2004, s. 47; 343/2008, s. 4; 184/2016, s. 4;11/2019, s. 9; 13/2019, s. 10.]

Covenants and financial security – general principles

48 (1) A director may require that a covenant be registered under section 219 of theLand Title Act for the purpose of any or all of

(a) setting conditions regarding works, and their inspection and maintenance ata site, considered necessary to secure the contamination at the site and toprotect human health or the environment,

(b) setting conditions for restricting disturbance of soils, or preventing achanged use of a site, which would invalidate a risk assessment andpotentially increase exposure of human and environmental receptors to sitecontamination,

(c) specifying requirements to monitor for movement or impacts of contami-nation, and

(d) indemnifying the Crown or its agents or employees from losses, charges,actions or suits related to contamination remaining at the site, if thesepurposes are unlikely to be satisfactorily met by the entry of notations in thesite registry.

(2) A person may request that a director have a covenant registered under theauthority of subsection (1) discharged if the person believes that the conditionswhich gave rise to the covenant no longer exist or have been complied with.

(3) A director must have a covenant registered under the authority of subsection (1)discharged when

(a) remediation has been carried out in accordance with the numericalstandards for remediation set out in section 17, and





(b) the director issues a certificate of compliance for the remediation referredto in paragraph (a).

(4) A director may require financial security if

(a) a significant risk could arise from conditions at a contaminated site because

(i) the site is left in an unremediated or partially remediated state, or

(ii) the site is remediated but requires ongoing management andmonitoring because contamination is left at the site, and

(b) a covenant under section 219 of the Land Title Act is, in the opinion of thedirector, unlikely to be an effective means to ensure that necessaryremediation is carried out at the site.

(5) The financial security required by a director under subsection (4) may be for thepurpose of any or all of the following:

(a) ensuring that a responsible person completes remediation or guaranteesperformance to the satisfaction of the director;

(b) providing funds to further treat, remove or otherwise managecontamination;

(c) complying with the applicable legislation and financial management andoperating policies of British Columbia.

[am. B.C. Regs. 322/2004 and 324/2004, s. 48.]

Requests for certificates

49 (1) A person may apply for a certificate of compliance under section 53 (3) of the Actby submitting a request in writing to a director.

(2) In support of the application referred to in subsection (1), the person requestingthe certificate of compliance must provide to the director the reports described inparagraphs (a) and (b) and ensure that the director has information on the itemsdescribed in paragraphs (c) and (d):

(a) preliminary and detailed site investigation reports;

(b) a confirmation of remediation report which describes sampling andanalyses carried out after remediation of the contamination including

(i) a description of sampling locations and methods used,

(ii) a schedule of sampling conducted, and

(iii) a summary and evaluation of results of field observations and of fieldand laboratory analyses of samples;

(c) compliance with all conditions set by a director under section 47 (3) if anapproval in principle was issued prior to remediation;

(d) the quality and performance of remediation measures on completion ofremediation, including compliance with the remediation standards, criteriaor conditions prescribed in this regulation.





(3) A person making an application described in subsection (1) respecting a siteclassified under a director’s protocol as a low or moderate risk site must specifyin writing whether the application shall be processed

(a) in the manner for low or moderate risk sites, or

(b) in the manner for medium, intermediate or high risk sites.

(4) A person making an application described in subsection (1) respecting a siteclassified under a director’s protocol as a medium, intermediate or high risk site,or not classified under a director’s protocol, may specify in writing that theapplication be processed in the manner for low or moderate risk sites.

(5) A director may reject an application for which a written specification is madeunder subsection (3) (a) or (4) if the director is satisfied that, for the likely humanhealth and environmental risks to be properly assessed, a site covered by theapplication must be processed in the manner for a medium, intermediate or highrisk site before a decision can properly be made whether or not to issue acertificate under section 53 (3) of the Act.

(6) A director may require that an application described in subsection (1) for acertificate of compliance in relation to a contaminated site that is classified undera director’s protocol as a low or moderate risk site include a report and the recom-mendation of an approved professional that the application be approved.

(7) If the director does not impose a requirement under subsection (6), theapplication may include a report and the recommendation of an approved profes-sional in respect of whether the application should be approved and, if so,section 49.1 applies.




[am. B.C. Regs. 244/99, s. 12; 17/2002, s. 11; 322/2004 and 324/2004, s. 49.]

Director may consider recommendations of approved professionals

49.1 For the purpose of determining the manner and extent of the review that must beundertaken of the work on which an application referred to in section 15 (6), 43 (3),47 (1.41) or 49 (7), a director may consider whether the application includes therecommendation of an approved professional in respect of the decision requested inthe application.

[en. B.C. Regs. 322/2004 and 324/2004, s. 50.]





Financial security as a condition of a certificate

50 (1) If financial security is a condition of an approval in principle for a remediationplan for a particular site, all terms of the security requirement must be met beforea director may issue a certificate of compliance for that site.

(2) If a director requires financial security in accordance with section 53 (3) (d) ofthe Act and section 48 (4) of this regulation, before the director issues a certificateof compliance, a responsible person must

(a) provide, to the director, satisfactory evidence of the availability of therequired security, and

(b) provide any required contractual agreement relating to the terms andconditions of the security, signed by the responsible person.

[am. B.C. Regs. 322/2004 and 324/2004, s. 51.]

Approvals in principle and certificates for part of a site

51 If a responsible person applies for and a director issues an approval in principle or acertificate of compliance for a part of a contaminated site as authorized bysection 53 (6) of the Act, the director must

(a) provide to the registrar information respecting the part of the site to whichthe approval in principle or certificate of compliance applies, and

(b) in accordance with section 48 of this regulation, consider whether acovenant under section 219 of the Land Title Act or financial security isrequired relative to one or more parts of the site not remediated.

[en. B.C. Regs. 322/2004 and 324/2004, s. 52.]

Duties of director respecting approvals in principleand certificates of compliance

52 (1) A director need not consider an application for an approval in principle orcertificate of compliance until all required information has been provided to thedirector for review.

(2) A director must send a copy of an approval in principle or certificate ofcompliance issued by the director in respect of a site to the municipality in whichthe subject contaminated site is located.

[en. B.C. Regs. 322/2004 and 324/2004, s. 53.]

PART 10




CONTAMINATED SITES REGULATIONPart 11 – Allocation Panel


PART 11 – ALLOCATION PANEL

Allocation panel procedures

54 (1) If a director establishes an allocation panel to provide an opinion undersection 49 (2) of the Act, the panel

(a) must consider written and oral information submitted to it by the personwho requested that a panel be established, and

(b) may consider other written and oral information submitted to it by any otherperson.

(2) Subsection (1) applies only if the information pertains to one or more of thefactors described in section 49 (3) of the Act.

(3) An allocation panel established under section 49 (2) of the Act must give advancenotice of its planned deliberations to any person who the panel believes, onreasonable grounds, may be a responsible person.

(4) An allocation panel established under section 49 (2) of the Act may determine itsown procedures to be used in rendering an opinion, but the procedures must notconflict with a director’s protocol.

(5) A person who wishes to withdraw a request to obtain an opinion from anallocation panel must notify the director in writing.

(6) The director who receives the notice referred to in subsection (5) may request thatthe allocation panel render an opinion on the basis of any information submittedto it before the withdrawal of the request.

(7) A person who withdraws a request to obtain an opinion from an allocation panelis liable for the panel fees and costs incurred by the panel before the time ofreceipt by the director of the notice referred to in subsection (5).

(8) An allocation panel must, when rendering an opinion, state the information reliedon to render the opinion, including the extent of information and facts availableto it and any significant deficiencies in the information provided to it.

[am. B.C. Regs. 322/2004 and 324/2004, s. 55.]

PART 12 – PUBLIC CONSULTATION AND REVIEW

Director’s powers

55 (1) When ordering public consultation or a review under section 52 (1) of the Act, adirector may require a person who proposes to carry out remediation to do any orall of the following:

(a) post a notice of the proposed remediation, in a manner acceptable to thedirector, in a location visible to the public on the site or property which isthe subject of the proposed remediation;



Part 13 – Independent Remediation Procedures


(b) publish, as specified by the director, in 2 or more editions of one or morenewspapers with circulation local to the subject site, a notice of availabilityof information respecting

(i) site investigations,

(ii) evaluation of remediation alternatives,

(iii) remediation plans,

(iv) site registry identification numbers, and

(v) any other documentation as may be specified by the director;

(c) serve, on any person who, in the opinion of the director, may be adverselyaffected by the proposed remediation, a notice of availability of informationrespecting

(i) site investigations,

(ii) evaluation of remediation alternatives,

(iii) remediation plans, and

(iv) any other documentation that may be specified by the director;

(d) undertake other notification requirements specified by the director;

(e) hold public information meetings and use other public consultationmethods, including providing public access to reports and studies at localpublic libraries, that the director specifies.

(2) A director may, when considering the need for public consultation or review ofremediation of a contaminated site under section 52 (2) of the Act, require aperson who proposes to remediate the contaminated site to submit a report to thedirector which describes past and proposed public consultations regarding thecontaminated site under consideration.

(3) After issuance of an approval in principle or a certificate of compliance, adirector must not order public consultation with respect to the remediation whichis the subject of the approval in principle or certificate of compliance, but thisdoes not prevent the director from ordering the person to provide information tothe public about the remediation.

[am. B.C. Regs. 322/2004 and 324/2004, s. 56.]

PART 13 – INDEPENDENT REMEDIATION PROCEDURES


Notifications for independent remediation

57 (1) A responsible person who carries out independent remediation of a site pursuantto section 54 (1) of the Act must, if the responsible person knows that one or moresubstances has migrated or is likely to have migrated to a neighbouring site andis or is likely causing contamination of the neighbouring site, provide the notifi-cation described in subsection (1.1).



CONTAMINATED SITES REGULATIONPart 14 – Site Investigations


(1.1) The responsible person must provide written notification to the person or personswho own the neighbouring site and a copy of the notification to a director, within15 days after the responsible person becomes aware of the migration or likelymigration of each substance to the neighbouring site, giving

(a) the name and address of the person or persons who own the site or sites tobe remediated,

(b) the name, address and telephone number of the person to contact regardingthe remediation activities to be undertaken at the site, and

(c) a general description of the nature of the migration or likely migration ofeach substance.

(1.2) A person who has a duty to provide notification to a director of commencementof independent remediation under section 54 (2) (a) of the Act must providewritten notice to a director within 3 days after the commencement of anyremediation activity involving handling, management or treatment ofcontamination, other than activity which has the purpose of obtaining results forinvestigation purposes, giving

(a) the legal description, including parcel identifier numbers and latitudinal andlongitudinal references, and civic address of the parcel or parcels of land atthe site to be remediated,

(b) the name and address of the person or persons who own the parcel or parcelsof land at the site to be remediated,

(c) the name, address and telephone number of the person to contact regardingthe remediation activities to be undertaken at the site, and

(d) a general description of the nature of the contaminated site and theremediation being conducted.

(2) In the case of independent remediation arising from emergency response to a spillof a polluting substance, a person is exempt from the requirements ofsubsection (1.2) if the spill has been reported in accordance with the requirementsof section 79 of the Act and the Spill Reporting Regulation.

[am. B.C. Regs. 17/2002, s. 13; 322/2004 and 324/2004, s. 58; 201/2007, s. 5.]

PART 14 – SITE INVESTIGATIONS

Preliminary site investigations

58 (1) Subject to subsections (3) and (4) and subject to the terms and conditions of aremediation order, an order to investigate under section 41 of the Act or apollution abatement order, a preliminary site investigation consists of thefollowing 2 stages:

(a) a first stage which includes

(i) a review of site historical use and records, including a search of thesite registry, to determine current and past activities or uses, accidents



Part 14 – Site Investigations


and spills, and practices and management relating to potentialcontamination at the site and neighbouring sites,

(ii) one or more site reconnaissance visits with visual inspection ofbuildings, property, equipment, land, surface water and biota forindicators or presence of contamination,

(iii) interviews with current or former owners, occupants, neighbours,directors, employees and government officials who can, withreasonable attempts, be contacted respecting information onactivities which may have caused contamination,

(iv) any information as to which substances on the site may causecontamination, and

(v) activities described in a director’s protocol,

but does not include sampling of relevant environmental media or investi-gation of subsurface conditions;

(b) a second stage which allows determination of the general location anddegree of any contamination and which includes

(i) sampling of relevant environmental media,

(ii) laboratory or field instrumental analysis of sampled and selectedenvironmental media for substances which may cause or threaten tocause contamination,

(iii) other intrusive or nonintrusive methods of investigating subsurfaceconditions,

(iv) assessment of substance concentrations relative to the criteria,standards and conditions prescribed in this regulation, and

(v) activities described in a director’s protocol.

(2) A person who carries out a preliminary site investigation may proceed sequen-tially through the 2 stages described in subsection (1) (a) and (b) or may proceedin a manner which combines the 2 stages.

(3) A person who has been ordered to undertake a preliminary site investigation andwho has proceeded using a staged approach in accordance with subsection (1)may

(a) present to a director a report of the first stage of a preliminary site investi-gation, and

(b) seek consent of the director that the second stage of the preliminary siteinvestigation is not required.

(4) A person who has been ordered to undertake a preliminary site investigation isnot required to comply with the terms of the order if the person obtains theconsent of a director to prepare a detailed site investigation which addresses thesubject matter of the ordered preliminary site investigation.



CONTAMINATED SITES REGULATIONPart 14 – Site Investigations


(5) A report of a preliminary site investigation prepared under section 41 of the Actmust do all of the following:

(a) indicate whether the investigation proceeded in stages as described insubsection (1) and, if so, the objectives, methods and procedures whichwere used in each stage;

(b) describe the relationship of the 2 stages and, in particular, explain how themethods of investigation and findings of the first stage were used to designand carry out the second stage;

(c) provide a compilation and presentation of all field observations, fieldmeasurement and analytical data and laboratory analytical data;

(d) provide interpretation and evaluation of the data in a manner which clearlyshows

(i) the contamination in soil, groundwater, sediments and surface waterin relation to the criteria, standards and conditions prescribed in thisregulation, and

(ii) the general location and degree of contamination, includingmigration which may have occurred to adjoining properties.

[am. B.C. Regs. 244/99, s. 15; 322/2004 and 324/2004, s. 59; 184/2016, s. 5.]

Detailed site investigations

59 (1) A person who is ordered to undertake a detailed site investigation undersection 41 (1) of the Act must do one of the following:

(a) carry out a preliminary site investigation before the detailed siteinvestigation;

(b) conduct a detailed site investigation in a manner which ensures that theinformation referred to in section 58 (1) is obtained.

(2) A detailed site investigation must provide information necessary for conductinga risk assessment, if applicable, and for developing a remediation plan, and must,without limitation, include procedures to

(a) identify which substances may cause or threaten to cause adverse effectsand provide any applicable information on their form,

(b) identify the specific areas, depths and degree of contamination on the siteincluding areas and extent of migration if applicable, and

(c) evaluate contamination relative to the standards in this regulation.

(3) A report of a detailed site investigation prepared under section 41 (1) of the Actmust do all of the following:

(a) describe the relationship of the detailed site investigation and any priorpreliminary site investigation and, in particular, explain how the methods ofinvestigation and findings of the preliminary site investigation were used todesign and carry out the detailed site investigation;



Part 15 – Orphan Sites


(b) provide a compilation and presentation of all field observations, fieldmeasurement and analytical data and laboratory analytical data;

(c) provide an interpretation and evaluation of the data in a manner whichclearly shows

(i) the contamination in soil, groundwater, sediments or surface water inrelation to the criteria, standards and conditions prescribed in thisregulation, and

(ii) specific areas, depths and degree of contamination, includingmigration which may have occurred to adjoining properties.

[am. B.C. Regs. 244/99, s. 16; 322/2004 and 324/2004, s. 60; 184/2016, s. 6.]

Summary of site investigations and remediation plans

60 Any preliminary site investigation report, detailed site investigation report orremediation plan submitted to a director for approval must include a summary of thereport or plan for the purpose of entry on the site registry in a format which may bespecified in a director’s protocol.

[am. B.C. Regs. 322/2004 and 324/2004, s. 61.]

Notification of neighbouring site owners after site investigations

60.1 (1) A responsible person who carries out a site investigation that discloses that oneor more substances has migrated or is likely to have migrated to a neighbouringsite and is or is likely causing contamination of the neighbouring site mustprovide written notification described in subsection (2).

(2) The responsible person for the investigated site must provide written notificationto the person or persons who own the neighbouring site and a copy of the notifi-cation to the director, within 15 days after the responsible person becomes awareof the migration or likely migration of each substance to the neighbouring site,giving

(a) the name and address of the person or persons who own the investigatedsite,

(b) the name, address and telephone number of the person to contact regardingthe investigation, and

(c) a general description of the nature of the migration or likely migration ofeach substance.

[en. B.C. Reg. 17/2002, s. 14; am. B.C. Regs. 322/2004 and 324/2004, s. 62.]

PART 15 – ORPHAN SITES

Criteria for determining orphan sites

61 A director may determine that a contaminated site is an orphan site if the contaminatedsite is a site for which



CONTAMINATED SITES REGULATIONPart 16 – Professional Statements


(a) a responsible person cannot be found or is not willing or financially able tocarry out remediation in a time frame specified by a director, or

(b) a government body has become the owner subsequent to the failure of theformer owner or other responsible person to comply with a requirement tocarry out remediation at the site.

[am. B.C. Regs. 322/2004 and 324/2004, s. 63.]

High risk orphan sites

62 For the purposes of section 58 (1) (b) of the Act, the determination that an orphan siteis a high risk orphan site must be made in accordance with a classification system ina director’s protocol.

[en. B.C. Regs. 322/2004 and 324/2004, s. 64.]

PART 16 – PROFESSIONAL STATEMENTS

Professional statements

63 A director need not consider an application for

(a) an approval in principle,

(b) a certificate of compliance, or

(c) Repealed. [B.C. Regs. 322/2004 and 324/2004, s. 65.]

(d) an approval of a preliminary or detailed site investigation

until the applicant or the applicant’s agent provides a written signed statement that

(e) any documentation in support of an application referred to in paragraphs (a)to (d) has been prepared in accordance with all requirements in the Act andthe regulations, and

(f) certifies that the person signing the statement has demonstrable experiencein remediation of the type of contamination at the site for which thestatement applies and is familiar with the remediation carried out on the site.

[am. B.C. Regs. 322/2004 and 324/2004, s. 65.]

PART 17

64 to 66 Repealed. [B.C. Regs. 322/2004 and 324/2004, s. 67.]

PART 18 – DIRECTOR’S PROTOCOLS

Director’s protocols

67 For the purposes of protocols established under section 64 (1) of the Act, a directormay establish protocols in respect of the following matters:

(a) establishing the form of a summary of site condition;



Part 19 – Miscellaneous


(b) establishing procedures for defining and determining the boundaries of asite;

(c) establishing procedures for determining

(i) whether multiple land uses apply at a site, and

(ii) if multiple lands uses apply at a site, which land uses apply;

(d) establishing procedures for testing or analyzing soil, water or other mediato estimate the leachate from substances;

(e) developing soil, sediment, water or vapour numerical standards for asubstance.

[en. B.C. Reg. 239/2007, s. 4; am. B.C. Regs. 343/2008, s. 9; 253/2016, s. 14.]

PART 19 – MISCELLANEOUS

Review of numerical standards

68 (1) For the purpose of prescribing substances and risk-based or numerical criteria,standards and conditions under section 63 (1) (n) of the Act, the minister may,within 5 years of this section coming into force and once every 5 years after thatdate, consider the recommendations by a director made under subsection (2) ofthis section and conduct a review of the numerical standards.

(2) Recommendations of the director under subsection (1) are to be developed inaccordance with a protocol established under

(a) section 64 (2) (n) of the Act, and

(b) section 67 (e) of this regulation.[en. B.C. Reg. 253/2016, s. 15; am. B.C. Reg. 131/2020, App. s. 8.]

Manner of publication

69 For the purposes of section 63 (1) (r) of the Act, a protocol referred to in section 64 (2)of the Act must be published by being published on a website maintained by or onbehalf of the government.

[en. B.C. Reg. 253/2016, s. 15.]

PART 20 – TRANSITION

Transition – matters in progress

70 In respect of matters subject to approval, determination or other consideration by adirector under this regulation, if a person has submitted the required documentation insubstantial compliance with this regulation before November 1, 2017, the director mayapply the numerical criteria, standards and conditions that were in effect immediatelybefore that date.

[en. B.C. Reg. 253/2016, s. 15.]



CONTAMINATED SITES REGULATIONPart 20 – Transition


Transition – wide area site

71 If a designation by the director of a site as a wide area site with respect to specifiedsubstances and specified sources is in effect immediately before this section comesinto force,

(a) the site is deemed to be designated by the director as an environmentalmanagement area with respect to those substances and sources, and

(b) a reference to the site as a wide area site in a document or other record madeor issued under the Act or this regulation before this section comes intoforce is deemed to be a reference to the site as an environmentalmanagement area.

[en. B.C. Reg. 13/2019, s. 11.]



Schedule 1


SCHEDULE 1[en. B.C. Reg. 131/2020, App. s. 9.]

PAGE1 OF 4

SITE DISCLOSURE STATEMENT

A. Site Owner (s) or operator (s), as applicable (add extra pages, if necessary)

Last Name First Name (s)

Company (if applicable)

Owner/Operator Address

City Province/State

Country Postal/Zip Code

Telephone ###-###-#### Email

B. Person Completing Site Disclosure Statement (Leave blank if same as above):

� Agent authorized to complete form on behalf of the owner or operator

Last Name First Name


C. Person to Contact Regarding the Site Disclosure Statement:

Last Name First Name (s)


Mailing Address

City Province/State

Country Postal/Zip Code

Telephone ###- ###-#### Email

I. CONTACT INFORMATION



CONTAMINATED SITES REGULATIONSchedule 1


PAGE2 OF 4

Coordinates (using the North American Datum 1983 convention) for the centre of the site:

Attach a map of appropriate scale showing the location and boundaries of the site.

For Legally Titled, Registered Property

Site Address (or nearest street name/intersection if no address assigned)

City Postal Code

PID numbers and associated legal descriptions.

PID Land Description

For Untitled Crown Land

PIN numbers and associated Land Description (if applicable).

PIN Land Description

(and, if available)

Crown Land File Numbers

Longitude Degrees Minutes Seconds

Latitude Degrees Minutes Seconds

II. SITE INFORMATION



Schedule 1


PAGE3 OF 4

Has the site been used for any industrial or commercial purposes or activities described in SCHEDULE 2 of the Contaminated Sites Regulation? YES � NO � If you answered YES to the question above, please indicate below, in the format of the example provided, which of the industrial or commercial purposes or activities have occurred or are occurring on this site.

EXAMPLE

1. Provide a brief summary of the planned activity and proposed land use at the site.

2. Indicate the information used to complete this site disclosure statement including a list of record searches completed.

3. List any past or present government orders, permits, approvals, certificates or notifications pertaining to the environmental

condition of the site. (Attach extra pages, if necessary):

Schedule 2 Reference Description

E1 appliance, equipment or engine maintenance, repair, reconditioning, cleaning or salvage

F10 solvent manufacturing, bulk storage, shipping or handling

Schedule 2 Reference Description

IV. ADDITIONAL INFORMATION

III. INDUSTRIAL OR COMMERCIAL PURPOSES OR ACTIVITIES





PAGE4 OF 4

1. Exemptions (See the Contaminated Sites Regulation, Division 3 of Part 2):

Does the application qualify for an exemption from submitting a site disclosure statement?

Yes � If yes, indicate which exemption applies No � 2. Where a municipal approval is not required, please indicate the reason for submission directly to the registrar:

Under Order � Foreclosure � CCAA Proceedings � BIA Proceedings � Decommissioning � Ceasing operations �

By signing below, I confirm that the information in this form is complete and accurate to the best of my knowledge:

Signature

Date Signed (YYYY-MM-DD)

FOR OFFICIAL USE – APPROVING AUTHORITY (e.g. LOCAL GOVERNMENT)

Reason for submission (Please check one or more of the following)

Building permit

Subdivision

Zoning

Development permit

Approving Authority Contact Information

Name Agency

Address

Telephone ###- ###-#### E-mail

Date Received (YYYY-MM-DD) Date Submitted to registrar (YYYY-MM-DD)

V. DECLARATIONS



Schedule 2


SCHEDULE 1.1

Repealed. [B.C. Reg. 131/2020, App. s. 10.]

SCHEDULE 2[en. B.C. Reg. 131/2020, App. s. 9.]

SPECIFIED INDUSTRIAL OR COMMERCIAL USES

A Chemical industries and activities

1. adhesives manufacturing, bulk storage, shipping or handling2. chemical manufacturing, bulk storage, shipping or handling3. explosives or ammunition manufacturing, bulk storage, shipping or handling4. fire retardant manufacturing, bulk storage, shipping or handling5. fertilizer manufacturing, bulk storage, shipping or handling6. ink or dye manufacturing, bulk storage, shipping or handling7. leather or hides tanning8. paint, lacquer or varnish manufacturing, formulation, recycling, bulk storage,

shipping or handling, not including retail stores9. pharmaceutical products, or controlled substances as defined in the Controlled

Drugs and Substances Act (Canada), manufacturing or operations10. plastic products (foam or expanded plastic) manufacturing or repurposing11. textile dyeing12. pesticide manufacturing, formulation, bulk storage, shipping or handling13. resin or plastic monomer manufacturing, formulation, bulk storage, shipping or

handling

B Electrical equipment and activities

1. battery manufacturing, recycling, bulk storage, shipping or handling2. facilities using equipment that contains PCBs greater than or equal to 50

ppm3. electrical equipment manufacturing, refurbishing, bulk storage, shipping

or handling4. electrical transmission or distribution substations5. electronic equipment manufacturing6. transformer oil manufacturing, processing, bulk storage, shipping or

handling7. electrical power generating operations fuelled by coal or petroleum

hydrocarbons that supply electricity to a community or commercial orindustrial operation, excluding emergency generators.





C Metal smelting, processing or finishing industries and activities

1. foundries2. galvanizing3. metal plating or finishing4. metal salvage operations5. metal smelting or refining6. welding or machine shops (repair or fabrication)

D Mining, milling or related industries and activities at or near land surface

1. asbestos mining, milling, bulk storage, shipping or handling2. coal coke manufacture, bulk storage, shipping or handling3. coal or lignite mining, milling, bulk storage, shipping or handling4. milling reagent manufacture, bulk storage, shipping or handling5. metal concentrate bulk storage, shipping or handling6. metal ore mining or milling

E Miscellaneous industries, operations or activities

1. appliance, equipment or engine maintenance, repair, reconditioning, cleaning orsalvage

2. ash deposit from boilers, incinerators or other thermal facilities

3. asphalt and asphalt tar manufacture, storage and distribution, includingstationary asphalt batch plants

4. coal gasification (manufactured gas production)

5. medical, chemical, radiological or biological laboratories

6. outdoor firearm shooting ranges

7. road salt or brine storage

8. measuring instruments (containing mercury) manufacture, repair or bulk storage

9. dry cleaning facilities or operations and dry cleaning chemical storage, excludinglocations at which clothing is deposited but no dry cleaning process occurs

10. contamination or likely contamination of land by substances migrating from anindustrial or commercial site

11. fire training facilities at which fire retardants are used

12. single or cumulative spills to the environment greater than the reportablequantities of substances listed in the Spill Reporting Regulation



Schedule 2


F Petroleum (including blends and biodiesels) and natural gas drilling, production, processing, retailing, distribution and commercial storage

1. petroleum or natural gas drilling2. petroleum or natural gas production facilities3. natural gas processing4. petroleum coke manufacture, bulk storage, shipping or handling5. petroleum product, other than compressed gas, dispensing facilities, including

service stations and card locks6. petroleum, natural gas or sulfur pipeline rights of way excluding rights of way for

pipelines used to distribute natural gas to consumers in a community7. petroleum product (other than compressed gas), or produced water storage in non

mobile above ground or underground tanks, except tanks associated withemergency generators or with secondary containment

8. petroleum product, other than compressed gas, bulk storage or distribution9. petroleum refining10. solvent manufacturing , bulk storage, shipping or handling11. sulfur handling, processing or bulk storage and distribution

G Transportation industries, operations and related activities

1. aircraft maintenance, cleaning or salvage2. automotive, truck, bus, subway or other motor vehicle maintenance, repair, salvage

or wrecking3. dry docks, marinas, ship building or boat repair and maintenance, including paint

removal from hulls4. marine equipment salvage5. rail car or locomotive maintenance, cleaning, salvage or related uses, including

railyards

H Waste disposal and recycling operations and activities

1. antifreeze bulk storage, recycling, shipping or handling2. barrel, drum or tank reconditioning or salvage3. biomedical waste disposal4. bulk manure stockpiling and high rate land application or disposal (nonfarm

applications only)5. landfilling of construction demolition material, including without limitation asphalt

and concrete6. contaminated soil or sediment storage, treatment, deposit or disposal7. dry cleaning waste disposal





8. electrical equipment recycling9. industrial waste lagoons or impoundments10. industrial waste storage, recycling or landfilling11. industrial woodwaste (log yard waste, hogfuel) disposal12. mine tailings waste disposal13. municipal waste storage, recycling, composting or landfilling14. organic or petroleum material landspreading (landfarming)15. sandblasting operations or sandblasting waste disposal16. septic tank pumpage storage or disposal17. sewage lagoons or impoundments18. hazardous waste storage, treatment or disposal19. sludge drying or composting20. municipal or provincial road snow removal dumping or yard snow removal dumping21. waste oil reprocessing, recycling or bulk storage22. wire reclaiming operations

I Wood, pulp and paper products and related industries and activities

1. particle or wafer board manufacturing2. pulp mill operations3. pulp and paper manufacturing4. treated wood storage at the site of treatment5. veneer or plywood manufacturing6. wood treatment (antisapstain or preservation)7. wood treatment chemical manufacturing, bulk storage



Schedule 2.1


SCHEDULE 2.1[en. B.C. Reg. 253/2016, s. 17, as am. by B.C. Reg. 196/2017, s. 3.]

PROTECTED AREAS

Item Column 1Area

Column 2Act

1 a national marine conservation area reserve

Canada National Marine Conservation Areas Act

2 a national park or a national park reserve

Canada National Parks Act

3 a public land required for wildlife research, conservation or interpretation

Canada Wildlife Act

4 a management area Creston Valley Wildlife Act5 an ecological reserve Ecological Reserve Act6 an area that is subject to an order the

Lieutenant Governor in Council considers necessary or advisable in respect of the environment or land use for the preservation or maintenance of the natural environment

Environment and Land Use Act

7 the Flathead watershed area Flathead Watershed Area Conservation Act8 (a) an ungulate winter range or

a wildlife habitat area in respect of which there is to be no timber harvesting, but not in respect of which there may be conditional timber harvesting, or

(b) a fisheries sensitive watershed area

Forest and Range Practices Act

9 an old growth zone Forest Practices Code of British Columbia Act10 an area that is subject to an order by the

minister responsible for administering the Land Act, which order establishes objectives in respect of old growth management

Land Act

11 a migratory bird sanctuary Migratory Birds Convention Act, 1994 (Canada)

12 the Muskwa-Kechika Management Area

Muskwa-Kechika Management Area Act



CONTAMINATED SITES REGULATIONSchedule 2.1


13 (a) an ungulate winter range or a wildlife habitat area in respect of which there is to be no timber harvesting, but not in respect of which there may be conditional timber harvesting,

(b) a fisheries sensitive watershed area, or

(c) an old-growth management area

Oil and Gas Activities Act

14 (a) a conservancy, (b) a park, or(c) a designated wildland area

within a recreation area

Park Act

15 (a) an ecological reserve(b) a park, or(c) a conservancy

Protected Areas of British Columbia Act

16 an area identified as a critical habitat in respect of which the critical habitat approach is based on a site or area level, but not based on a landscape level

Species at Risk Act (Canada)

17 a wildlife management area Wildlife Act18 an area designated as a special forest

management area in respect of a grizzly bear habitat or a fisheries sensitive watershed

Great Bear Rainforest (Forest Management) Act

Item Column 1Area

Column 2Act



Schedule 3


SCHEDULE 3[en. B.C. Reg. 11/2019, s. 13.]

TABLE 1: FEES FOR SITE PROFILES AND INFORMATION

COLUMN 1 Action

COLUMN 2 Fee

1 Site Profiles Person provides a site profile to an approving officer or municipality $100

2 Information Obtained by Accessing Computer-based Site Registry

(a) (i) Person queries the computer-based site registry by a site identification number.

$10*

(b) (i) Person queries the computer-based site registry by a Land Title Parcel Identifier (PID), Crown Land Parcel Identification Number (PIN), or Crown Lands file number

$25*

(ii) Person accesses a computer-based site registry site synopsis

report

$25*

(c) (i) Person queries the computer-based site registry by address $50*

(ii) Person accesses a computer-based site registry site details report $50*

(iii) Person queries the computer-based site registry by geographic

area within 0.5 km radius of a specific latitude and longitude

$50*

(d) Person queries the computer-based site registry by geographic area

within 5.0 km radius of a specific latitude and longitude

$100*

(e) Person requests assistance of a government employee to perform a

computer-based site registry query

$10

(f) Person requests the site registrar to prepare a custom report of

computer-based site registry information

$500 plus $100/hour

for time required

beyond 3 hours to

prepare the

information

(g) Person requests the custom report described in (f) above to be regularly

updated and provided by the site registrar

$200 per updated

report

3 Information Obtained by Accessing Other Computer-based Records

Person requests information about a single site by a search of

computer-based records in databases, including but not limited to

databases for wastes, hazardous wastes and spills

$100 per database

* In addition to a fee marked by an asterisk, a further operator fee of $1.00 may be charged for any

transaction done by electronic means from a location outside a government office or at a

government office by a person who is not a government employee.





TABLE 2: FEES FOR SERVICES AND FUNCTIONS PROVIDED DIRECTLY BY THE MINISTRY OR PERSONS ON BEHALF OF THE MINISTRY

COLUMN 1 Action or Activity

COLUMN 2 Fee

1 Determination of Contaminated Site Person requests a determination whether a site is a contaminated site $3 000

2 Reviews of Reports, Plans and Covenants (a) Review of a preliminary site investigation report $5 000

(b) Review of a detailed site investigation report $15 000

(c) Review of a remediation plan which does not include a human health risk

assessment and/or environmental risk assessment report

$12 000

(d) Review of a remediation plan which includes a human health risk

assessment and/or environmental risk assessment report

$20 000

(e) Review of a confirmation of remediation report $7 000

(f) Review of a covenant prior to registering $6 000

(g) Review of a human health risk assessment and/or environmental risk

assessment report not included in a remediation plan

$10 000

(h) Review of a summary of site condition $2 000

3 Agreements and Indemnifications

(a) Contaminated soil relocation agreement $2 000

(b) Person requests a voluntary remediation agreement $4 000

(c) Person requests a transfer agreement under Part 5 of the Act $4 000

(d) Person requests indemnification for a site under the Financial

Administration Act $8 000

4 Approvals, Certificates and Orders

(a) Approval in principle for a remediation plan $3 000

(b) Certificate of compliance $6 000

(c) Additional fee for an approval in principle or certificate of compliance if a

person is ordered by a director to investigate or remediate a site

$12 000

5 Background, Site-specific Standards, Environmental Management Areas

(a) Person requests review of background substance concentrations for a site

under section 11, 17 or 18

$3 000

(b) Person requests review of proposed site-specific standards for a site under

section 11 or 17

$4 000

(c) Person requests designation of an area as an environmental management area $10 000

6 Minor Contributor Determination

Person requests a determination as to a person's minor contributor status $2 000

7 Allocation Panel

(a) Person requests the appointment of an allocation panel $2 000

(b) Person requests an allocation panel opinion and an allocation panel carries

out work and provides an opinion

$1 000 per panel

member per day



Schedule 3


TABLE 3: ADDITIONAL SERVICES AND FUNCTIONSAction or Activity

Additional Services and Functions

1 A person, on behalf of the ministry, inspects, monitors and verifies for remediation or an approval in principle, certificate of compliance, voluntary remediation agreement, transfer agreement, indemnification request or application, contaminated soil relocation agreement, or contaminated sites compliance or enforcement investigation

2 A person, on behalf of the ministry, consults, negotiates or provides advice with respect to a specific

site regarding any

• analytical method for contaminated sites

• approval in principle

• certificate of compliance

• confirmation of remediation

• covenant under section 219 of the Land Title Act • determination of contaminated site under section 44 of the Act

• environmental risk assessment

• external contract review carried out under section 10

• human health risk assessment

• implementation of remediation

• indemnification under the Financial Administration Act • independent remediation

• ministry contaminated sites guidance

• ministry contaminated sites policy, procedure or protocol

• minor contributor status provision or designation

• notification for the migration or likely migration of a substance to a neighbouring site

• order for public consultation or review under section 52 of the Act

• pollution prevention order or pollution abatement order issued under Part 7 of the Act

• providing for appointment or opinion of an allocation panel

• remediation order

• security, including the posting of security

• site investigation

• site profile

• site registry requirement

• soil relocation

• standard, criterion or protocol

• summary of site condition

• transfer agreement under Part 5 of the Act

• voluntary remediation agreement

• environmental management area planning or designation

• other provision of Part 4 or 5 of the Act





SCHEDULE 3.1[en. B.C. Reg. 13/2019, s. 12; am. B.C. Reg. 131/2020, App. s. 11.]

SCH

EDU

LE 3

.1 –

PA

RT

1

MA

TRIX

1 -

NU

MER

ICA

L SO

IL S

TAN

DA

RD

S1

AN

THR

AC

ENE

( CH

EMIC

AL

ABST

RA

CT

SER

VIC

E N

UM

BER

120-

12-7

)

Not

es1

.A

ll v

alue

s in

µg/

g u

nles

s o

ther

wis

e st

ated

. S

ubst

ance

s m

ust

be

anal

yzed

usi

ng

met

hod

s sp

ecif

ied

in

the

20

15

Bri

tish

Co

lum

bia

En

viro

nm

enta

l L

abo

rato

ry M

anua

l, a

s up

dat

edfr

om

tim

e to

tim

e, a

dir

ecto

r’s

pro

toco

l o

r al

tern

ate

met

hod

s ac

cep

tab

le t

o a

dir

ecto

r.

COLU

MN

1CO

LUM

N2

COLU

MN

3CO

LUM

N4

COLU

MN

5CO

LUM

N6

COLU

MN

7CO

LUM

N8

COLU

MN

9No

te

Site

-spe

cific

Fac

tor

Wild

land

sNa

tura

l(W

L N)

Wild

land

sRe

verte

d(W

L R)

Agric

ultu

ral

(AL)

Urba

n Pa

rk(P

L)

Resi

dent

ial

Low

Den

sity

(RL L

D)

Resi

dent

ial

High

Den

sity

(RL H

D)Co

mm

erci

al(C

L)In

dust

rial

(IL)

2

HU

MA

N H

EALT

H P

RO

TEC

TIO

NIn

take

of

conta

min

ated

so

il

Gro

und

wat

er u

sed

fo

r d

rink

ing

wat

er

25

000

NS

25

000

NS

10

000

NS

25

000

NS

10

000

NS

25

000

NS

75

000

NS

>1

000

mg/

g

NS

3

4

ENV

IRO

NM

ENTA

L

PRO

TEC

TIO

NT

oxic

ity

to s

oil

in

ver

teb

rate

s an

d

pla

nts

Liv

esto

ck i

nge

stin

g so

il a

nd f

od

der

Maj

or

mic

rob

ial

funct

ional

im

pai

rmen

t

Gro

und

wat

er f

low

to

sur

face

wat

er

used

by

aqua

tic

life

Gro

und

wat

er u

sed

fo

r li

vest

ock

w

ater

ing

Gro

und

wat

er u

sed

fo

r ir

rigat

ion

1.5

NS

2.5

NS

2.5

NS

NS

NS

NS

NS

2.5

NS

NS

2.5

NS

NS

30

NS

NS

30

NS

30

NS

5

6

6

4

6

6



Schedule 3.1


2.T

he s

ite-

spec

ific

fac

tors

of

hum

an i

ntak

e o

f co

ntam

inat

ed s

oil

and

toxi

city

to

soil

inv

erte

brat

es a

nd p

lant

s sp

ecif

ied

in t

his

mat

rix

appl

y at

all

sit

es. T

he h

igh

dens

ity

resi

dent

ial

land

use

sta

ndar

ds o

f th

is m

atri

x as

sum

e th

e pr

ohib

itio

n of

the

use

of

the

land

(a)

to

gro

w p

lant

s fo

r hu

man

con

sum

ptio

n, a

nd(b

) as

a c

hild

ren’

s pl

aygr

oun

d, s

port

s fi

eld,

pic

nic

area

or a

ny o

ther

use

tha

t pr

om

otes

fre

quen

t co

ntac

t b

y ch

ildr

en.

Con

sult

a d

irec

tor

for

furt

her

advi

ce.

3.In

take

pat

hway

of

expo

sure

mod

elle

d is

ina

dver

tent

ing

esti

on

of s

oil.

4.N

S–

no s

tand

ard.

Soi

l to

gro

und

wat

er t

rans

port

mod

el p

redi

cts

appl

icab

le w

ater

use

sta

ndar

d fo

r th

e su

bsta

nce

wil

l no

t be

exc

eede

d at

the

poi

nt o

f re

cept

or e

xpos

ure.

5.A

L, P

L C

L a

nd I

L s

tand

ard

s ar

ese

t eq

ual

to t

he c

orre

spon

ding

201

0 C

anad

ian

Cou

ncil

of

Min

iste

rs o

r th

e E

nvir

onm

ent

(CC

ME

) so

il q

uali

ty c

rite

ria.

WL

Nst

anda

rd i

sde

rive

d by

div

idin

g th

e

2010

CC

ME

par

klan

d so

il q

uali

ty c

rite

rion

by

the

Pro

toco

l 28

, “20

16 S

tand

ards

Der

ivat

ion

Met

hods

”,W

ildl

ands

div

isor

. WL

Rst

anda

rd i

sse

t eq

ual

to t

he 2

010

CC

ME

par

klan

d so

il q

uali

ty

crit

erio

n. R

LL

Dst

anda

rd i

sse

t eq

ual

to t

he 2

010

CC

ME

res

iden

tial

soi

l qu

alit

y cr

iter

ion.

R

LH

Dst

anda

rd i

sse

t eq

ual

to t

he 2

010

CC

ME

co

mm

erci

al s

oil

qual

ity

crit

erio

n.

6.N

S –

no

stan

dard

. Ins

uffi

cien

t ac

cept

able

sci

enti

fic

data

exi

sts

to c

alcu

late

a s

tand

ard

or n

o ap

prop

riat

e st

anda

rd, g

uide

line

or

crit

erio

n ex

ists

to

deve

lop

a so

il q

uali

ty s

tand

ard.





MAT

RIX

2 -N

UMER

ICAL

SO

IL S

TAND

ARDS

1

ARSE

NIC

( CH

EMIC

AL A

BSTR

ACT

SERV

ICE

NUM

BER

7440

-38-

2)

Not

es1.

All

val

ues

in µ

g/g

unle

ss o

ther

wis

e st

ated

. S

ubst

ance

s m

ust

be a

naly

zed

usin

g m

etho

ds s

peci

fied

in

the

2015

Bri

tish

Col

umbi

a E

nvir

onm

enta

l L

abor

ator

y M

anua

l, a

s up

date

d

COLU

MN

1CO

LUM

N2

COLU

MN

3CO

LUM

N4

COLU

MN

5CO

LUM

N6

COLU

MN

7CO

LUM

N8

COLU

MN

9No

te

Site

-spe

cific

Fac

tor

Wild

land

sNa

tura

l(W

L N)

Wild

land

sRe

verte

d(W

L R)

Agric

ultu

ral

(AL)

Urba

n Pa

rk(P

L)

Resi

dent

ial

Low

Den

sity

(RL L

D)

Resi

dent

ial

High

Den

sity

(RL H

D)

Com

mer

cial

(CL)

Indu

stria

l(IL

)2

HU

MA

N H

EALT

H P

RO

TECT

ION

Inta

ke o

f co

ntam

inat

ed s

oil

Gro

und

wat

er u

sed

for

drin

king

wat

er

40 10

40 10

20 10

40 10

20 10

40 10

150

10

400

10

3,4 5

ENVI

RONM

ENTA

L

PRO

TEC

TIO

NT

oxic

ity

to s

oil

inve

rteb

rate

s an

d pl

ants

Liv

esto

ck i

nges

ting

soi

l an

d fo

dder

Maj

orm

icro

bial

fun

ctio

nal

impa

irm

ent

Gro

und

wat

er f

low

to

surf

ace

wat

er

used

by

aqua

tic

life

Fre

shw

ater

Mar

ine

Gro

und

wat

er u

sed

for

live

stoc

k w

ater

ing

Gro

und

wat

er u

sed

for

irri

gati

on

15 10 10

25 10 10

25 25 NS

10 10 10 10

25 10 10 10

25 10 10 10

40 10 10 10

40 10 10

40 10 10

6 5 5 5



Schedule 3.1


from

tim

e to

tim

e, a

dir

ecto

r’s

prot

ocol

or

alte

rnat

e m

etho

ds a

ccep

tabl

e to

a d

irec

tor.

2.

The

sit

e-sp

ecif

ic f

acto

rs o

f hu

man

int

ake

of c

onta

min

ated

soi

l an

d to

xici

ty t

o so

il i

nver

tebr

ates

and

pla

nts

spec

ifie

d in

this

mat

rix

appl

y at

all

sit

es. T

he h

igh

dens

ity

resi

dent

ial

land

use

sta

ndar

ds o

f th

is m

atri

x as

sum

e th

e pr

ohib

itio

n of

the

use

of

the

land

(a)

to

grow

pla

nts

for

hum

an c

onsu

mpt

ion,

and

(b)

as

a ch

ildr

en’s

pla

ygro

und,

spo

rts

fiel

d, p

icni

c ar

eaor

any

oth

er u

se t

hat

prom

otes

fre

quen

t co

ntac

t by

chi

ldre

n. C

onsu

lt a

dir

ecto

r fo

r fu

rthe

r ad

vice

.3.

In

take

pat

hway

of

expo

sure

mod

elle

d is

ina

dver

tent

ing

esti

on o

f so

il.

4.

Sta

ndar

ds h

ave

been

adj

uste

d us

ing

the

2012

US

EP

A O

SW

ER

Dir

ecti

ve 9

200.

1-11

3 de

faul

t R

elat

ive

Bio

avai

labi

lity

Fac

tor

(0.6

) fo

r ar

seni

c in

soi

l.5.

Sta

ndar

ds h

ave

been

adj

uste

d ba

sed

on 2

016

refe

renc

e P

rovi

ncia

l ba

ckgr

ound

soi

l co

ncen

trat

ion

for

the

subs

tanc

e.

6.N

S –

no s

tand

ard.

Ins

uffi

cien

t ac

cept

able

sci

enti

fic

data

exi

sts

to c

alcu

late

a s

tand

ard

or n

o ap

prop

riat

e st

anda

rd, g

uide

line

or

crit

erio

n ex

ists

to

deve

lop

a so

il q

uali

ty s

tand

ard.





MAT

RIX

3 -N

UMER

ICAL

SO

IL S

TAND

ARDS

1

BARI

UM ( C

HEM

ICAL

ABS

TRAC

T SE

RVIC

E NU

MBE

R 74

40-3

9-3)

Not

es1.

All

val

ues

in µ

g/g

unle

ss o

ther

wis

e st

ated

. S

ubst

ance

s m

ust

be a

naly

zed

usin

g m

etho

ds s

peci

fied

in

the

2015

Bri

tish

Col

umbi

a E

nvir

onm

enta

l L

abor

ator

y M

anua

l, a

s up

date

d fr

om t

ime

COLU

MN

1CO

LUM

N2

COLU

MN

3CO

LUM

N4

COLU

MN

5CO

LUM

N6

COLU

MN

7CO

LUM

N8

COLU

MN

9No

te

Site

-spe

cific

Fac

tor

Wild

land

sNa

tura

l(W

L N)

Wild

land

sRe

verte

d(W

L R)

Agric

ultu

ral

(AL)

Urba

n Pa

rk(P

L)

Resi

dent

ial

Low

Den

sity

(RL L

D)

Resi

dent

ial

High

Den

sity

(RL H

D)

Com

mer

cial

(CL)

Indu

stria

l(IL

)2

HU

MA

N H

EALT

H P

RO

TECT

ION

Inta

ke o

f co

ntam

inat

ed s

oil

Gro

und

wat

er u

sed

for

drin

king

wat

er

15 0

00

350

15 0

00

350

8 50

0

350

15 0

00

350

8 50

0

350

15 0

00

350

50 0

00

350

> 1

000

mg/

g

350

3

ENVI

RONM

ENTA

L

PRO

TEC

TIO

NT

oxic

ity

to s

oil

inve

rteb

rate

s an

d pl

ants

Liv

esto

ck i

nges

ting

soi

l an

d fo

dder

Maj

or m

icro

bial

fun

ctio

nal

impa

irm

ent

Gro

und

wat

er f

low

to

surf

ace

wat

er

used

by

aqua

tic

life

Fre

shw

ater

Mar

ine

Gro

und

wat

er u

sed

for

live

stoc

k w

ater

ing

Gro

und

wat

er u

sed

for

irri

gati

on

350

3 50

0

1 50

0

700

3 50

0

1 50

0

700

400

NS

3 50

0

1 50

0

NS

NS

700

3 50

0

1 50

0

NS

700

3 50

0

1 50

0

NS

1 50

0

3 50

0

1 50

0

NS

1 50

0

3 50

0

1 50

0

1 50

0

3 50

0

1 50

0

4 4 4



Schedule 3.1


to t

ime,

a d

irec

tor’

s pr

otoc

ol o

r al

tern

ate

met

hods

acc

epta

ble

to a

dir

ecto

r.

2. T

he s

ite-

spec

ific

fac

tors

of

hum

an i

ntak

e of

con

tam

inat

ed s

oil

and

toxi

city

to

soil

inv

erte

brat

es a

nd p

lant

s sp

ecif

ied

in th

is m

atri

x ap

ply

at a

ll s

ites

. The

hig

h de

nsit

y re

side

ntia

l la

ndus

e st

anda

rds

of t

his

mat

rix

assu

me

the

proh

ibit

ion

of t

he u

se o

f th

e la

nd (

a) t

o gr

ow p

lant

s fo

r hu

man

con

sum

ptio

n, a

nd (

b) a

s a

chil

dren

’s p

layg

roun

d, s

port

s fi

eld,

pic

nic

area

or

any

othe

r us

e th

at p

rom

otes

fre

quen

t co

ntac

t by

chi

ldre

n. C

onsu

lt a

dir

ecto

r fo

r fu

rthe

r ad

vice

.3.

In

take

pat

hway

of

expo

sure

mod

elle

d is

ina

dver

tent

ing

esti

on o

f so

il.

4.

NS

–no

sta

ndar

d. I

nsuf

fici

ent

acce

ptab

le s

cien

tifi

c da

ta e

xist

s to

cal

cula

te a

sta

ndar

d or

no

appr

opri

ate

stan

dard

, gui

deli

ne o

r cr

iter

ion

exis

ts t

o de

velo

p a

soil

qua

lity

sta

ndar

d.





MAT

RIX

4 -N

UMER

ICAL

SO

IL S

TAND

ARDS

1

BENZ

ENE

( CH

EMIC

AL A

BSTR

ACT

SERV

ICE

NUM

BER

71-4

3-2)

Not

es1.

All

val

ues

in µ

g/g

unle

ss o

ther

wis

e st

ated

. S

ubst

ance

s m

ust

be a

naly

zed

usin

g m

etho

ds s

peci

fied

in

the

2015

Bri

tish

Col

umbi

a E

nvir

onm

enta

l L

abor

ator

y M

anua

l, a

s up

date

d fr

om

tim

e

COLU

MN

1CO

LUM

N2

COLU

MN

3CO

LUM

N4

COLU

MN

5CO

LUM

N6

COLU

MN

7CO

LUM

N8

COLU

MN

9No

te

Site

-spe

cific

Fac

tor

Wild

land

sNa

tura

l(W

L N)

Wild

land

sRe

verte

d(W

L R)

Agric

ultu

ral

(AL)

Urba

n Pa

rk(P

L)

Resi

dent

ial

Low

Den

sity

(RL L

D)

Resi

dent

ial

High

Den

sity

(RL H

D)

Com

mer

cial

(CL)

Indu

stria

l(IL

)2

HU

MA

N H

EALT

H P

RO

TECT

ION

Inta

ke o

f co

ntam

inat

ed s

oil

Gro

und

wat

er u

sed

for

drin

king

wat

er

350

0.03

5

350

0.03

5

150

0.03

5

350

0.03

5

150

0.03

5

350

0.03

5

1 00

0

0.03

5

6 50

0

0.03

5

3

ENVI

RONM

ENTA

L

PRO

TEC

TIO

NT

oxic

ity

to s

oil

inve

rteb

rate

s an

d pl

ants

Liv

esto

ck i

nges

ting

soi

l an

d fo

dder

Maj

or m

icro

bial

fun

ctio

nal

impa

irm

ent

Gro

und

wat

er f

low

to

surf

ace

wat

er

used

by

aqua

tic

life

Fre

shw

ater

Mar

ine

Gro

und

wat

er u

sed

for

live

stoc

k w

ater

ing

Gro

und

wat

er u

sed

for

irri

gati

on

35 2.5

6.5

100

2.5

6.5

100

NS

NS

2.5

6.5

NS

NS

100

2.5

6.5

NS

100

2.5

6.5

NS

250

2.5

6.5

NS

250

2.5

6.5

250

2.5

6.5

4 4 4 4



Schedule 3.1


to t

ime,

a d

irec

tor’

s pr

otoc

ol o

r al

tern

ate

met

hods

acc

epta

ble

to a

dir

ecto

r.

2.T

he s

ite-

spec

ific

fac

tors

of

hum

an i

ntak

e of

con

tam

inat

ed s

oil

and

tox

icit

y to

soi

l in

vert

ebra

tes

and

plan

ts s

peci

fied

in

this

mat

rix

appl

y at

all

sit

es. T

he h

igh

dens

ity

resi

dent

ial

land

use

sta

ndar

ds o

f th

is m

atri

x as

sum

e th

e pr

ohib

itio

n of

the

use

of

the

land

(a)

to

gro

w p

lant

s fo

r hu

man

co

nsum

ptio

n, a

nd(b

) as

a c

hild

ren’

s pl

aygr

ound

, spo

rts

fiel

d, p

icni

c ar

ea o

r an

y ot

her

use

that

pro

mot

es f

requ

ent

cont

act

by

chil

dren

. C

onsu

lt a

dir

ecto

r fo

r fu

rthe

r ad

vice

.3.

In

take

pat

hway

of

expo

sure

mod

elle

d is

ina

dver

tent

ing

esti

on

of s

oil.

4.

NS

–no

sta

ndar

d. I

nsuf

fici

ent

acce

ptab

le s

cien

tifi

c da

ta e

xist

s to

cal

cula

te a

sta

ndar

d or

no

appr

opri

ate

stan

dard

s, g

uide

line

or

crit

erio

nex

ists

to

deve

lop

a so

il q

uali

ty s

tand

ard.





MAT

RIX

5 -N

UMER

ICAL

SO

IL S

TAND

ARDS

1

BENZ

O(A

)PYR

ENE

( CH

EMIC

AL A

BSTR

ACT

SERV

ICE

NUM

BER

50-3

2-8)

Not

es1.

All

val

ues

in µ

g/g

unle

ss o

ther

wis

e st

ated

. S

ubst

ance

s m

ust

be a

naly

zed

usin

g m

etho

ds s

peci

fied

in

the

2015

Bri

tish

Col

umbi

a E

nvir

onm

enta

l L

abor

ator

y M

anua

l, a

s up

date

d fr

om

tim

e to

tim

e, a

dir

ecto

r’s

prot

ocol

or

alte

rnat

e m

etho

ds a

ccep

tabl

e to

a d

irec

tor.

2.

The

sit

e-sp

ecif

ic f

acto

rs o

f hu

man

int

ake

of

cont

amin

ated

soi

l an

d to

xici

ty t

o so

il i

nver

tebr

ates

and

pla

nts

spec

ifie

d in

thi

s m

atri

x ap

ply

at a

ll s

ites

. The

hig

h de

nsit

y re

side

ntia

lla

nd u

se s

tand

ards

of

this

mat

rix

assu

me

the

proh

ibit

ion

ofth

e us

e of

the

lan

d (a

) to

gro

w p

lant

s fo

r hu

man

con

sum

ptio

n, a

nd (

b)

as a

chi

ldre

n’s

play

gro

und,

spo

rts

fiel

d, p

icni

c ar

eaor

any

oth

er u

se t

hat

pro

mot

es f

requ

ent

cont

act

by

chil

dren

. C

onsu

lt a

dir

ecto

r fo

r fu

rthe

r ad

vice

.

COLU

MN

1CO

LUM

N2

COLU

MN

3CO

LUM

N4

COLU

MN

5CO

LUM

N6

COLU

MN

7CO

LUM

N8

COLU

MN

9No

te

Site

-spe

cific

Fac

tor

Wild

land

sNa

tura

l(W

L N)

Wild

land

sRe

verte

d(W

L R)

Agric

ultu

ral

(AL)

Urba

n Pa

rk(P

L)

Resi

dent

ial

Low

Den

sity

(RL L

D)

Resi

dent

ial

High

Den

sity

(RL H

D)

Com

mer

cial

(CL)

Indu

stria

l(IL

)2

HU

MA

N H

EALT

H P

RO

TECT

ION

Inta

ke o

f co

ntam

inat

ed s

oil

Gro

und

wat

er u

sed

for

drin

king

wat

er

10 NS

10 NS

5 NS

10 NS

5 NS

10 NS

30 NS

50 NS

3 4

ENVI

RONM

ENTA

L

PRO

TEC

TIO

NT

oxic

ity

to s

oil

inve

rteb

rate

s an

d pl

ants

Liv

esto

ck i

nges

ting

soi

l an

d fo

dder

Maj

or m

icro

bial

fun

ctio

nal

impa

irm

ent

Gro

und

wat

er f

low

to

surf

ace

wat

er

used

by

aqua

tic

life

Gro

und

wat

er u

sed

for

live

stoc

k w

ater

ing

Gro

und

wat

er u

sed

for

irri

gati

on

15 NS

20 NS

20 NS

NS

NS

NS

NS

20 NS

NS

20 NS

NS

70 NS

NS

70 NS

70 NS

5 6 6 4 6 6



Schedule 3.1


3.

Inta

ke p

athw

ay o

f ex

posu

re m

odel

led

is i

nadv

erte

nt i

nges

tion

of

soil

.4.

N

S –

no s

tand

ard.

Soi

l to

gro

undw

ater

tra

nspo

rt m

odel

pre

dict

s ap

plic

able

wat

er u

se s

tand

ard

for

the

subs

tanc

e w

ill

not

be e

xcee

ded

at t

he p

oint

of

rece

ptor

exp

osur

e.

5.A

L, P

L C

L a

nd I

L s

tand

ards

are

set

equa

l to

the

cor

resp

ondi

ng 2

010

Can

adia

n C

ounc

il o

f M

inis

ters

or

the

Env

iron

men

t (C

CM

E)

soil

qua

lity

cri

teri

a. W

LN

stan

dard

is

deri

ved

by d

ivid

ing

the

2010

CC

ME

par

klan

d so

il q

uali

ty c

rite

rion

by

the

Pro

toco

l 28

, “20

16 S

tand

ards

Der

ivat

ion

Met

hods

”, W

ildl

ands

div

isor

. WL

Rst

anda

rd i

sse

t eq

ual

to t

he 2

010

CC

ME

par

klan

d so

il q

uali

ty

crit

erio

n. R

LL

Dst

anda

rd i

s se

t eq

ual

to t

he 2

010

CC

ME

res

iden

tial

soi

l qu

alit

y cr

iter

ion.

RL

HD

stan

dard

is

set

equa

l to

the

201

0 C

CM

E c

omm

erci

al s

oil

qual

ity

crit

erio

n.

6.N

S –

no s

tand

ard.

Ins

uffi

cien

t ac

cept

able

sci

enti

fic

data

exi

sts

to c

alcu

late

a s

tand

ard

or n

o ap

prop

riat

e st

anda

rd, g

uide

line

or

crit

erio

n ex

ists

to

deve

lop

a so

il q

uali

ty s

tand

ard.





MAT

RIX

6 -N

UMER

ICAL

SO

IL S

TAND

ARDS

1

BERY

LLIU

M ( C

HEM

ICAL

ABS

TRAC

T SE

RVIC

E NU

MBE

R 74

40-4

1-7)

CO

LUM

N1

COLU

MN

2CO

LUM

N3

COLU

MN

4CO

LUM

N5

COLU

MN

6CO

LUM

N7

COLU

MN

8CO

LUM

N9

Note

Site

-spe

cific

Fac

tor

Wild

land

sNa

tura

l(W

L N)

Wild

land

sRe

verte

d(W

L R)

Agric

ultu

ral

(AL)

Urba

n Pa

rk(P

L)

Resi

dent

ial

Low

Den

sity

(RL L

D)

Resi

dent

ial

High

Den

sity

(RL H

D)

Com

mer

cial

(CL)

Indu

stria

l(IL

)2

HU

MA

N H

EALT

H P

RO

TECT

ION

Inta

ke o

f co

ntam

inat

ed s

oil

Gro

und

wat

er u

sed

for

drin

king

wat

er

pH <

5.5

pH 5

.5 -

< 6

.0pH

6.0

-<

6.5

pH 6

.5 -

< 7

.0pH

7.0

-<

7.5

pH 7

.5 -

< 8

.0

150 1 1.5 4 20 150

1 00

02

500

150

1 1.5 4 20 150

1 00

02

500

85 1 1.5 4 20 150

1 00

02

500

150 1 1.5 4 20 150

1 00

02

500

85 1 1.5 4 20 150

1 00

02

500

150 1 1.5 4 20 150

1 00

02

500

500

1 1.5 4 20 150

1 00

02

500

15 0

00

1 1.5 4 20 150

1 00

02

500

3 4,5 4 4 4 4 4 4

ENVI

RONM

ENTA

L

PRO

TEC

TIO

NT

oxic

ity

to s

oil

inve

rteb

rate

s an

d pl

ants

Liv

esto

ck i

nges

ting

soi

l an

d fo

dder

Maj

or m

icro

bial

fun

ctio

nal

impa

irm

ent

Gro

und

wat

er f

low

to

surf

ace

wat

er

used

by

aqua

tic

life

Fre

shw

ater

pH <

6.5

pH 6

.5 -

< 7

.0

75 1 4

150

1 4

150

NS

NS 1 4

150 1 4

150

1 4

350 1 4

350

1 4

350 1 4

6 6 4,5 4



Schedule 3.1


pH 7

.0 -

< 7

.5pH

7.5

-<

8.0

Mar

ine

pH <

5.0

pH 5

.0 -

< 5

.5pH

5.5

-<

6.0

pH 6

.0 -

< 6

.5pH

6.5

-<

7.0

pH 7

.0 -

< 7

.5pH

7.5

-<

8.0

Gro

und

wat

er u

sed

for

live

stoc

k w

ater

ing

pH <

5.0

pH 5

.0 -

< 5

.5pH

5.5

-<

6.0

pH 6

.0 -

< 6

.5pH

6.5

-<

7.0

pH 7

.0 -

< 7

.5pH

7.5

-<

8.0

Gro

und

wat

er u

sed

for

irri

gati

on

pH <

5.0

pH 5

.0 -

< 5

.5pH

5.5

-<

6.0

pH 6

.0 -

< 6

.5pH

6.5

-<

7.0

pH 7

.0 -

< 7

.5pH

7.5

-<

8.0

30 250

500

85 100

200

550

2 50

020

000

150

000

350

000

30 250

500

85 100

200

550

2 50

020

000

150

000

350

000

30 250

500

85 100

200

550

2 50

020

000

150

000

350

000

8.5

10 20 55 250

2 00

015

000

35 0

00

8.5

10 20 55 250

2 00

015

000

35 0

00

30 250

500

85 100

200

550

2 50

020

000

150

000

350

000

8.5

10 20 55 250

2 00

015

000

35 0

00

30 250

500

85 100

200

550

2 50

020

000

150

000

350

000

8.5

10 20 55 250

2 00

015

000

35 0

00

30 250

500

85 100

200

550

2 50

020

000

150

000

350

000

8.5

10 20 55 250

2 00

015

000

35 0

00

30 250

500

85 100

200

550

2 50

020

000

150

000

350

000

30 250

500

85 100

200

550

2 50

020

000

150

000

350

000

4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4

N

otes

1. A

ll v

alue

s in

µg/

g un

less

oth

erw

ise

stat

ed.

Sub

stan

ces

mus

tbe

ana

lyze

d us

ing

met

hods

spe

cifi

ed i

n th

e 20

15 B

riti

sh C

olum

bia

Env

iron

men

tal

Lab

orat

ory

Man

ual,

as

upda

ted

from

ti

me

to t

ime,

a d

irec

tor’

s pr

otoc

ol, o

r al

tern

ate

met

hods

acc

epta

ble

to a

dir

ecto

r.





2.

The

site

-sp

ecif

ic f

acto

rs o

f hu

man

in

take

of

conta

min

ated

so

il a

nd

to

xic

ity t

o s

oil

in

ver

teb

rate

s an

d p

lants

sp

ecif

ied

in

this

mat

rix a

pp

ly a

t al

l si

tes.

The

hig

h d

ensi

tyre

sid

enti

al l

and

use

sta

nd

ard

s o

f th

is m

atri

x a

ssu

me

the

pro

hib

itio

n o

f th

e use

of

the

land

(a)

to

gro

w p

lants

fo

r hu

man

co

nsu

mp

tio

n,

and

(b

) as

a c

hil

dre

n’s

pla

ygro

und

, sp

ort

s fi

eld

, p

icnic

are

a o

r an

yo

ther

use

that

pro

mo

tes

freq

uen

t co

nta

ct b

y c

hil

dre

n.

Co

nsu

lt a

dir

ecto

r fo

r fu

rther

ad

vic

e.3

. I

nta

ke

pat

hw

ay o

f ex

po

sure

mo

del

led

is

inad

ver

tent

inges

tio

n o

f so

il.

4.

The

pH

is

the

pH

of

the

soil

at

a si

te.

5.

Sta

nd

ard

s hav

e b

een a

dju

sted

bas

ed o

n 2

01

6 r

efer

ence

Pro

vin

cial

bac

kgro

und

so

il c

once

ntr

atio

n f

or

the

sub

stan

ce.

6.

NS

–no

sta

nd

ard

. I

nsu

ffic

ient

acce

pta

ble

sci

enti

fic

dat

a ex

ists

to

cal

cula

te a

sta

nd

ard

or

no

app

rop

riat

e st

and

ard

, guid

elin

e o

r cr

iter

ion e

xis

ts t

o d

evel

op

a s

oil

qual

ity s

tand

ard

.



Schedule 3.1


MAT

RIX

7 -N

UMER

ICAL

SO

IL S

TAND

ARDS

1

CADM

IUM

( CH

EMIC

AL A

BSTR

ACT

SERV

ICE

NUM

BER

7440

-43-

9)

COLU

MN

1CO

LUM

N2

COLU

MN

3CO

LUM

N4

COLU

MN

5CO

LUM

N6

COLU

MN

7CO

LUM

N8

COLU

MN

9No

te

Site

-spe

cific

Fac

tor

Wild

land

sNa

tura

l(W

L N)

Wild

land

sRe

verte

d(W

L R)

Agric

ultu

ral

(AL)

Urba

n Pa

rk(P

L)

Resi

dent

ial

Low

Den

sity

(RL L

D)

Resi

dent

ial

High

Den

sity

(RL H

D)

Com

mer

cial

(CL)

Indu

stria

l(IL

)2

HU

MA

N H

EALT

H P

RO

TECT

ION

Inta

ke o

f co

ntam

inat

ed s

oil

Gro

und

wat

er u

sed

for

drin

king

wat

er

pH <

7.0

pH 7

.0 -

< 7

.5pH

7.5

-<

8.0

40 1 4.5

30 70

40 1 4.5

30 70

20 1 4.5

30 70

40 1 4.5

30 70

20 1 4.5

30 70

40 1 4.5

30 70

150

1 4.5

30 70

3 50

0

1 4.5

30 70

3 4,5 4 4 4

ENVI

RONM

ENTA

L

PRO

TEC

TIO

NT

oxic

ity

to s

oil

inve

rteb

rate

s an

d pl

ants

Liv

esto

ck i

nges

ting

soi

l an

d fo

dder

Maj

or m

icro

bial

fun

ctio

nal

impa

irm

ent

Gro

und

wat

er f

low

to

surf

ace

wat

er

used

by

aqua

tic

life

Fre

shw

ater

pH <

7.0

pH 7

.0 -

< 7

.5pH

7.5

-<

8.0

Mar

ine

pH <

5.5

pH 5

.5 -

< 6

.0

15 1 3 20 50 1 1.5

30 1 3 20 50 1 1.5

30 10 55 1 3 20 50 1 1.5

30 1 3 20 50 1 1.5

30 1 3 20 50 1 1.5

75 1 3 20 50 1 1.5

75 1 3 20 50 1 1.5

75 1 3 20 50 1 1.5

6

4,5,

74,

74,

74,

7

4,5 4





pH 6

.0 -

< 6

.5pH

6.5

-<

7.0

pH 7

.0 -

< 7

.5pH

7.5

-<

8.0

Gro

und

wat

er u

sed

for

live

stoc

k w

ater

ing

pH <

5.0

pH 5

.0 -

< 5

.5pH

5.5

-<

6.0

pH 6

.0 -

< 6

.5pH

6.5

-<

7.0

pH 7

.0 -

< 7

.5pH

7.5

-<

8.0

Gro

und

wat

er u

sed

for

irri

gati

on

pH <

7.0

pH 7

.0 -

< 7

.5pH

7.5

-<

8.0

2 3.5

15 95 200

2 3.5

15 95 200

2 3.5

15 95 200

4.5 6 8.5

10 20 75 500

1 00

0

1 4.5

30 70

2 3.5

15 95 200 1 4.5

30 70

2 3.5

15 95 200

1 4.5

30 70

2 3.5

15 95 200 1 4.5

30 70

2 3.5

15 95 200

2 3.5

15 95 200

4 4 4 4 4 4 4 4 4 4 4 4 4 4,5 4 4 4

N

otes

1. A

ll v

alue

s in

µg/

g un

less

oth

erw

ise

stat

ed.

Sub

stan

ces

mus

tbe

ana

lyze

d us

ing

met

hods

spe

cifi

ed i

n th

e 20

15 B

riti

sh C

olum

bia

Env

iron

men

tal

Lab

orat

ory

Man

ual,

as

upda

ted

from

ti

me

to t

ime,

a d

irec

tor’

s pr

otoc

ol, o

r al

tern

ate

met

hods

acc

epta

ble

to a

dir

ecto

r.

2. T

he s

ite-

spec

ific

fac

tors

of

hum

an i

ntak

e o

f co

ntam

inat

ed s

oil

and

toxi

city

to

soil

inv

erte

brat

es a

nd p

lant

s sp

ecif

ied

in t

his

mat

rix

appl

y at

all

sit

es. T

he h

igh

dens

ity

resi

dent

ial

land

us

e st

anda

rds

of t

his

mat

rix

assu

me

the

proh

ibit

ion

of t

he u

se o

f th

e la

nd (

a) t

o gr

ow p

lant

s fo

r hu

man

con

sum

ptio

n, a

nd (

b) a

s a

chil

dren

’s p

layg

roun

d, s

port

s fi

eld,

pic

nic

area

or

any

othe

r us

e th

at p

rom

otes

fre

quen

t co

ntac

t b

y ch

ildr

en. C

ons

ult

a di

rect

or f

or f

urth

er a

dvic

e.3.

Int

ake

path

way

of

expo

sure

mod

elle

d is

ina

dver

tent

ing

esti

on o

f so

il.

4. T

he p

H i

s th

e pH

of

the

soil

at

a si

te.

5. S

tand

ards

hav

e be

en a

djus

ted

base

d on

the

201

6 re

fere

nce

Pro

vinc

ial

back

grou

nd s

oil

conc

entr

atio

n fo

r th

e su

bsta

nce.

6. S

tand

ard

is s

et e

qual

to

1999

Can

adia

n C

ounc

il o

f M

inis

ters

of

the

Env

iron

men

t, “

Nut

rien

t an

d en

ergy

cyc

ling

che

ck v

alue

”.7.

Sta

ndar

d va

ries

wit

h re

ceiv

ing

wat

er h

ardn

ess

(H).

H =

150

to

< 2

10 m

g/L

as

CaC

O3

is a

ssum

ed.

Con

sult

dir

ecto

r fo

r fu

rthe

r ad

vice

.



Schedule 3.1


MAT

RIX

8 -N

UMER

ICAL

SO

IL S

TAND

ARDS

1

CHLO

RIDE

ION

( CH

EMIC

AL A

BSTR

ACT

SERV

ICE

NUM

BER

1688

7-00

-6)

Not

es1.

All

val

ues

in µ

g/g

unle

ss o

ther

wis

e st

ated

. S

ubst

ance

s m

ust

be a

naly

zed

usin

g m

etho

ds s

peci

fied

in

the

2015

Bri

tish

Col

umbi

a E

nvir

onm

enta

l L

abor

ator

y M

anua

l, a

s up

date

d fr

om

tim

e to

tim

e, a

dir

ecto

r’s

prot

ocol

or

alte

rnat

e m

etho

ds a

ccep

tabl

e to

a d

irec

tor.

2.

The

sit

e-sp

ecif

ic f

acto

rs o

f hu

man

int

ake

of c

onta

min

ated

so

il a

nd t

oxic

ity

to s

oil

inve

rteb

rate

s an

d pl

ants

spe

cifi

ed i

n th

is m

atri

x ap

ply

at a

ll s

ites

. The

hig

h de

nsit

y re

side

ntia

l la

ndus

e st

anda

rds

of t

his

mat

rix

assu

me

the

proh

ibit

ion

of t

he u

se o

f th

e la

nd (

a) t

o gr

ow p

lant

s fo

r hu

man

con

sum

ptio

n, a

nd (

b) a

s a

chil

dren

’s p

layg

roun

d, s

port

s fi

eld,

pic

nic

area

or

any

othe

r us

e th

at p

rom

otes

fre

quen

t co

ntac

t b

y ch

ildr

en.

Con

sult

a d

irec

tor

for

furt

her

advi

ce.

COLU

MN

1CO

LUM

N2

COLU

MN

3CO

LUM

N4

COLU

MN

5CO

LUM

N6

COLU

MN

7CO

LUM

N8

COLU

MN

9No

te

Site

-spe

cific

Fac

tor

Wild

land

sNa

tura

l(W

L N)

Wild

land

sRe

verte

d(W

L R)

Agric

ultu

ral

(AL)

Urba

n Pa

rk(P

L)

Resi

dent

ial

Low

Den

sity

(RL L

D)

Resi

dent

ial

High

Den

sity

(RL H

D)

Com

mer

cial

(CL)

Indu

stria

l(IL

)2

HU

MA

N H

EALT

H P

RO

TECT

ION

Inta

ke o

f co

ntam

inat

ed s

oil

Gro

und

wat

er u

sed

for

drin

king

wat

er

> 1

000

mg/

g

100

> 1

000

mg/

g

100

> 1

000

mg/

g

100

> 1

000

mg/

g

100

> 1

000

mg/

g

100

> 1

000

mg/

g

100

> 1

000

mg/

g

100

> 1

000

mg/

g

100

3 4

ENVI

RONM

ENTA

L

PRO

TEC

TIO

NT

oxic

ity

to s

oil

inve

rteb

rate

s an

d pl

ants

Liv

esto

ck i

nges

ting

soi

l an

d fo

dder

Maj

or m

icro

bial

fun

ctio

nal

impa

irm

ent

Gro

und

wat

er f

low

to

surf

ace

wat

er

used

by

aqua

tic

life

Gro

und

wat

er u

sed

for

live

stoc

k w

ater

ing

Gro

und

wat

er u

sed

for

irri

gati

on

200

600

350

600

350

NS

NS

600

250

40

350

600

40

350

600

40

2 50

0

600

40

2 50

0

600

2 50

0

600

5 5 4,6 4 4





Inta

ke p

athw

ay o

f ex

posu

re m

odel

led

is i

nadv

erte

nt i

nges

tio

n of

soi

l. S

tand

ard

vari

es w

ith

Kd

for

chlo

ride

ion

in

the

soil

of

a si

te. S

tand

ard

is a

ppro

pria

te t

o a

chlo

ride

:soi

l K

d ra

nge

of 0

to

0.1

mL

/g.

Con

sult

a d

irec

tor

for

furt

her

advi

ce.

NS

–no

sta

ndar

d. I

nsuf

fici

ent

acce

ptab

le s

cien

tifi

c da

ta e

xist

s to

cal

cula

te a

sta

ndar

d or

no a

ppro

pria

te s

tand

ard,

gui

deli

ne o

r cr

iter

ion

exis

ts t

o de

velo

p a

soil

qua

lity

sta

ndar

d. S

tand

ard

to p

rote

ct f

resh

wat

er a

quat

ic l

ife.



Schedule 3.1


MAT

RIX

9-N

UMER

ICAL

SOIL

STAN

DARD

S1,2

C HRO

MIU

M(C

HEM

ICAL

ABST

RACT

SERV

ICE

NUM

BER

7440

-47-

3)

COLU

MN

1CO

LUM

N2

COLU

MN

3CO

LUM

N4

COLU

MN

5CO

LUM

N6

COLU

MN

7CO

LUM

N8

COLU

MN

9No

te

Site

-spe

cific

Fac

tor

Wild

land

sNa

tura

l(W

L N)

Wild

land

sRe

verte

d(W

L R)

Agric

ultu

ral

(AL)

Urba

n Pa

rk(P

L)

Resi

dent

ial

Low

Den

sity

(RL L

D)

Resi

dent

ial

High

Den

sity

(RL H

D)

Com

mer

cial

(CL)

Indu

stria

l(IL

)3

HUM

AN H

EALT

H

PRO

TEC

TIO

NIn

take

of

cont

amin

ated

soi

l

Gro

und

wat

er u

sed

for

drin

king

w

ater

250

60>

1 0

00 m

g/g

250

60>

1 0

00 m

g/g

100

60>

1 0

00 m

g/g

250

60>

1 00

0 m

g/g

100

60>

1 0

00 m

g/g

250

60>

1 0

00 m

g/g

750

60>

1 0

00 m

g/g

20 0

00

60>

1 0

00 m

g/g

4,5

6,7 8

ENVI

RONM

ENTA

L

PRO

TEC

TIO

NT

oxic

ity

to s

oil

inve

rteb

rate

s an

d pl

ants

Liv

esto

ck i

nges

ting

soi

l an

d fo

dder

Maj

or m

icro

bial

fun

ctio

nal

impa

irm

ent

Gro

und

wat

er f

low

to

surf

ace

wat

er u

sed

by

aqua

tic

life

Fre

shw

ater

Mar

ine

Gro

und

wat

er u

sed

for

live

stoc

k w

ater

ing

100

6030

0 00

0

60>

1 0

00 m

g/g

200

6030

0 00

0

60>

1 0

00 m

g/g

200

150

60 60 6030

0 00

0

60>

1 0

00m

g/g

6015

0 00

0

200

6030

0 00

0

60>

1 0

00 m

g/g

200

6030

0 00

0

60>

1 0

00 m

g/g

250

6030

0 00

0

60>

1 0

00 m

g/g

250

6030

0 00

0

60>

1 0

00 m

g/g

250

6030

0 00

0

60>

1 0

00 m

g/g

5 6 7,8

7,9

6,7 8 6,7 8 6,7 8





Gro

und

wat

er u

sed

for

irri

gati

on

6015

000

6015

000

6015

000

6015

000

6,7 8

Not

es1.

All

val

ues

in µ

g/g

unle

ss o

ther

wis

e st

ated

. S

ubst

ance

s m

ust

be a

naly

zed

usin

g m

etho

ds s

peci

fied

in

the

2015

Bri

tish

Col

umbi

a E

nvir

onm

enta

l L

abor

ator

y M

anua

l, a

s up

date

d fr

om

tim

e to

tim

e, a

dir

ecto

r’s

prot

ocol

, or

alte

rnat

e m

etho

ds a

ccep

tabl

e to

a d

irec

tor.

2.

Ana

lyti

cal

resu

lts

for

chro

miu

m (

all

spec

ies)

in

soil

may

be

used

to

dem

onst

rate

co

mpl

ianc

e w

ith

the

stan

dard

s of

thi

s m

atri

x. W

here

the

sta

ndar

ds c

anno

t be

met

bas

ed o

n an

alyt

ical

resu

lts

for

chro

miu

m (

all

spec

ies)

, det

erm

inat

ion

of c

hro

miu

m, t

riva

lent

and

chr

om

ium

, hex

aval

ent

conc

entr

atio

ns i

n so

il m

ay b

e ne

cess

ary.

3.T

he s

ite-

spec

ific

fac

tors

of

hum

an i

ntak

e of

con

tam

inat

ed s

oil

and

tox

icit

y to

soi

l in

vert

ebra

tes

and

plan

ts s

peci

fied

in

this

mat

rix

appl

y at

all

sit

es. T

he h

igh

dens

ity

resi

dent

ial

land

use

st

anda

rds

of t

his

mat

rix

assu

me

the

proh

ibit

ion

of t

heus

e of

the

lan

d (a

) to

gro

w p

lant

s fo

r hu

man

con

sum

ptio

n, a

nd (

b) a

s a

chil

dren

’s p

layg

roun

d, s

port

s fi

eld,

pic

nic

area

or

any

othe

r us

e th

at p

rom

otes

fre

que

nt c

ont

act

by

chil

dren

. Co

nsul

t a

dire

ctor

for

fur

ther

adv

ice.

4.In

take

pat

hway

of

expo

sure

mod

elle

dis

ina

dver

tent

ing

esti

on

of s

oil.

5.S

tand

ard

is b

ased

on

chro

miu

m (

all

spec

ies)

.6.

Sta

ndar

d is

for

chr

om

ium

, hex

aval

ent.

7.

Sta

ndar

d ha

s be

en a

djus

ted

base

d on

201

6 re

fere

nce

Pro

vinc

ial

back

grou

nd s

oil

conc

entr

atio

n fo

r th

e su

bsta

nce.

8.

Sta

ndar

d is

for

chr

om

ium

,tri

vale

nt.

9.S

tand

ard

is s

et e

qual

to

1999

Can

adia

n C

ounc

il o

f M

inis

ters

of

the

Env

iron

men

t, “

Nut

rien

t an

d en

ergy

cyc

ling

che

ck v

alue

”.



Schedule 3.1


MAT

RIX

10 -

NUM

ERIC

AL S

OIL

STA

NDAR

DS1

COBA

LT (C

HEM

ICAL

ABS

TRAC

T SE

RVIC

E NU

MBE

R74

40-4

8-4)

COLU

MN

1CO

LUM

N2

COLU

MN

3CO

LUM

N4

COLU

MN

5CO

LUM

N6

COLU

MN

7CO

LUM

N8

COLU

MN

9No

te

Site

-spe

cific

Fac

tor

Wild

land

sNa

tura

l(W

L N)

Wild

land

sRe

verte

d(W

L R)

Agric

ultu

ral

(AL)

Urba

n Pa

rk(P

L)

Resi

dent

ial

Low

Den

sity

(RL L

D)

Resi

dent

ial

High

Den

sity

(RL H

D)

Com

mer

cial

(CL)

Indu

stria

l(IL

)2

HU

MA

N H

EALT

H P

RO

TECT

ION

Inta

ke o

f co

ntam

inat

ed s

oil

Gro

und

wat

er u

sed

for

drin

king

wat

er

25 25

25 25

25 25

25 25

25 25

25 25

75 25

2 00

0

25

3,4 5

ENVI

RONM

ENTA

L

PRO

TEC

TIO

NT

oxic

ity

to s

oil

inve

rteb

rate

s an

d pl

ants

Liv

esto

ck i

nges

ting

soi

l an

d fo

dder

Maj

or m

icro

bial

fun

ctio

nal

impa

irm

ent

Gro

und

wat

er f

low

to

surf

ace

wat

er

used

by

aqua

tic

life

Gro

und

wat

er u

sed

for

live

stoc

k w

ater

ing

Gro

und

wat

er u

sed

for

irri

gati

on

25 25

45 25

45 250

NS

25 150

25

45 25 25

45 25 25

200

25 25

200

25

200

25

6 5 5

Not

es1.

All

val

ues

in µ

g/g

unle

ss o

ther

wis

e st

ated

. S

ubst

ance

s m

ust

be a

naly

zed

usin

g m

etho

ds s

peci

fied

in

the

2015

Bri

tish

Col

umbi

a E

nvir

onm

enta

l L

abor

ator

y M

anua

l, a

s up

date

d fr

om

tim

e to

tim

e, a

dir

ecto

r’s

prot

ocol

, or

alte

rnat

e m

etho

ds a

ccep

tabl

e to

a d

irec

tor.

2.

The

sit

e-sp

ecif

ic f

acto

rs o

f hu

man

int

ake

of

cont

amin

ated

soi

l an

d to

xici

ty t

o so

il i

nver

tebr

ates

and

pla

nts

spec

ifie

d in

thi

s m

atri

x ap

ply

at a

ll s

ites

. The

hig

h de

nsit

y re

side

ntia

l la

nd

use

stan

dard

s of

thi

s m

atri

x as

sum

e th

e pr

ohib

itio

n of

the

use

of

the

land

(a)

to

grow

pla

nts

for

hum

an c

onsu

mpt

ion,

and

(b)

as

a ch

ildr

en’s

pla

ygro

und,

spo

rts

fiel

d, p

icni

c ar

ea o

r an

yot

her

use

that

pro

mot

es f

requ

ent

cont

act

by

chil

dren

. C

onsu

lt a

dir

ecto

r fo

r fu

rthe

r ad

vice

.3.

Int

ake

path

way

of

expo

sure

mod

elle

d is

ina

dver

tent

ing

esti

on o

f so

il.





4. S

ome

stan

dard

s ha

ve b

een

adju

sted

bas

ed o

n 20

16 r

efer

ence

Pro

vinc

ial

back

grou

nd s

oil

conc

entr

atio

n fo

r th

e su

bsta

nce.

5.

Sta

ndar

ds h

ave

been

adj

uste

d ba

sed

on 2

016

refe

renc

e pr

ovin

cial

bac

kgro

und

soil

con

cent

rati

on f

or t

he s

ubst

ance

.6.

NS

–no

sta

ndar

d. I

nsuf

fici

ent

acce

ptab

le s

cien

tifi

c da

ta e

xist

s to

cal

cula

te a

sta

ndar

d, o

r no

app

ropr

iate

sta

ndar

d, g

uide

line

or

crit

erio

n ex

ists

to

use

to d

evel

op a

soi

l qu

alit

y st

anda

rd.



Schedule 3.1


MAT

RIX

11 -

NUM

ERIC

AL S

OIL

STA

NDAR

DS1

COPP

ER ( C

HEM

ICAL

ABS

TRAC

T SE

RVIC

E NU

MBE

R 74

40-5

0-8)

CO

LUM

N1

COLU

MN

2CO

LUM

N3

COLU

MN

4CO

LUM

N5

COLU

MN

6CO

LUM

N7

COLU

MN

8CO

LUM

N9

Note

Site

-spe

cific

Fac

tor

Wild

land

sNa

tura

l(W

L N)

Wild

land

sRe

verte

d(W

L R)

Agric

ultu

ral

(AL)

Urba

n Pa

rk(P

L)

Resi

dent

ial

Low

Den

sity

(RL L

D)

Resi

dent

ial

High

Den

sity

(RL H

D)

Com

mer

cial

(CL)

Indu

stria

l(IL

)2

HU

MA

N H

EALT

H P

RO

TECT

ION

Inta

ke o

f co

ntam

inat

ed s

oil

Gro

und

wat

er u

sed

for

drin

king

wat

er

pH <

5.0

pH 5

.0 -

< 5

.5pH

5.5

-<

6.0

pH 6

.0 -

< 6

.5pH

6.5

-<

7.0

7 50

0

250

500

2 00

010

000

50 0

0010

0 00

0

7 50

0

250

500

2 00

010

000

50 0

0010

0 00

0

3 50

0

250

500

2 00

010

000

50 0

0010

0 00

0

7 50

0

250

500

2 00

010

000

50 0

0010

0 00

0

3 50

0

250

500

2 00

010

000

50 0

0010

000

0

7 50

0

250

500

2 00

010

000

50 0

0010

0 00

0

25 0

00

250

500

2 00

010

000

50 0

0010

0 00

0

700

000

250

500

2 00

010

000

50 0

0010

0 00

0

3 4 4 4 4 4 4

ENVI

RONM

ENTA

L

PRO

TEC

TIO

NT

oxic

ity

to s

oil

inve

rteb

rate

s an

d pl

ants

Liv

esto

ck i

nges

ting

soi

l an

d fo

dder

Maj

or m

icro

bial

fun

ctio

nal

impa

irm

ent

Gro

und

wat

er f

low

to

surf

ace

wat

er

used

by

aqua

tic

life

Fre

shw

ater

pH <

5.5

pH 5

.5 -

< 6

.0pH

6.0

-<

6.5

pH 6

.5 -

< 7

.0

85 75 100

700

3 00

0

150

75 100

700

3 00

0

150

150

350

75 100

700

3 00

0

150

75 100

700

3 00

0

150

75 100

700

3 00

0

300

75 100

700

3 00

0

300

75 100

700

3 00

0

300

75 100

700

3 00

0

5

4,6,

74,

74,

74,

7





Not

es1.

All

val

ues

in µ

g/g

unle

ss o

ther

wis

e st

ated

. S

ubst

ance

s m

ust

be a

naly

zed

usin

g m

etho

ds s

peci

fied

in

the

2015

Bri

tish

Col

umbi

a E

nvir

onm

enta

l L

abor

ator

y M

anua

l, a

s up

date

d fr

om

tim

e to

tim

e, a

dir

ecto

r’s

prot

ocol

or

alte

rnat

e m

etho

ds a

ccep

tabl

e to

a d

irec

tor.

2.

The

sit

e-sp

ecif

ic f

acto

rs o

f hu

man

int

ake

of c

onta

min

ated

so

il a

nd t

oxic

ity

to s

oil

inve

rteb

rate

s an

d pl

ants

spe

cifi

ed i

n th

is m

atri

x ap

ply

at a

ll s

ites

. The

hig

h de

nsit

y re

side

ntia

l la

ndus

e st

anda

rds

of t

his

mat

rix

assu

me

the

proh

ibit

ion

of t

he u

se o

f th

e la

nd (

a) t

o gr

ow p

lant

s fo

r hu

man

con

sum

ptio

n, a

nd (

b) a

s a

chil

dren

’s p

layg

roun

d, s

port

s fi

eld,

pic

nic

area

or

any

othe

r us

e th

at p

rom

otes

fre

quen

t co

ntac

t b

y ch

ildr

en. C

ons

ult

a di

rect

orfo

r fu

rthe

r ad

vice

.3.

In

take

pat

hway

of

expo

sure

mod

elle

d is

ina

dver

tent

ing

esti

on

of s

oil.

4.

The

pH

is

the

pH o

f th

e so

il a

t a

site

. 5.

S

tand

ard

is s

et e

qual

to

1999

Can

adia

n C

ounc

il o

f M

inis

ters

of

the

Env

iron

men

t, “

Nut

rien

t an

d en

ergy

cyc

ling

che

ck v

alue

”.6.

S

tand

ards

hav

e be

en a

djus

ted

base

d on

201

6 re

fere

nce

Pro

vinc

ial

back

grou

nd s

oil

conc

entr

atio

n fo

r th

e su

bsta

nce.

7.

S

tand

ard

vari

es w

ith

rece

ivin

g w

ater

har

dnes

s (H

).

as C

aCO

3is

ass

umed

. C

onsu

lt a

dir

ecto

r fo

r fu

rthe

r ad

vice

.

pH 7

.0 -

< 7

.5

Mar

ine

pH <

6.0

pH 6

.0 -

< 6

.5pH

6.5

-<

7.0

7.0

Gro

und

wat

er u

sed

for

live

stoc

k w

ater

ing

pH <

5.0

pH 5

.0 -

< 5

.5pH

5.5

-<

6.0

pH 6

.0 -

< 6

.5pH

6.5

-<

7.0

pH 7

.0 -

< 7

.5

Gro

und

wat

er u

sed

for

irri

gati

on

pH <

5.5

pH 5

.5 -

< 6

.0pH

6.0

-<

6.5

pH 6

.5 -

< 7

.0

6 50

07

500

75 150

650

1 50

0

6 50

07

500

75 150

650

1 50

0

6 50

07

500

75 150

650

1 50

0

75 100

400

2 50

010

000

20 0

0025

000

75 300

1 50

06

500

15 0

00

6 50

07

500

75 150

650

1 50

0

75 300

1 50

06

500

15 0

00

6 50

07

500

75 150

650

1 50

0

75 300

1 50

06

500

15 0

00

6 50

07

500

75 150

650

1 50

0

75 300

1 50

06

500

15 0

00

6 50

07

500

75 150

650

1 50

0

6 50

07

500

75 150

650

1 50

0

4,7

4,7

4,6 4 4 4 4,6 4 4 4 4 4 4 4,6 4 4 4 4



Schedule 3.1


MAT

RIX

12 -

NUM

ERIC

AL S

OIL

STA

NDAR

DS1,

2

CYAN

IDE

( CH

EMIC

AL A

BSTR

ACT

SERV

ICE

NUM

BER

57-1

2-5)

Not

es1.

All

val

ues

in µ

g/g

unle

ss o

ther

wis

e st

ated

. S

ubst

ance

s m

ust

be a

naly

zed

usin

g m

etho

ds s

peci

fied

in

the

2015

Bri

tish

Col

umbi

a E

nvir

onm

enta

l L

abor

ator

y M

anua

l, a

s up

date

d fr

om

COLU

MN

1CO

LUM

N2

COLU

MN

3CO

LUM

N4

COLU

MN

5CO

LUM

N6

COLU

MN

7CO

LUM

N8

COLU

MN

9No

te

Site

-spe

cific

Fac

tor

Wild

land

sNa

tura

l(W

L N)

Wild

land

sRe

verte

d(W

L R)

Agric

ultu

ral

(AL)

Urba

n Pa

rk(P

L)

Resi

dent

ial

Low

Den

sity

(RL L

D)

Resi

dent

ial

High

Den

sity

(RL H

D)

Com

mer

cial

(CL)

Indu

stria

l(IL

)3

HU

MA

N H

EALT

H P

RO

TECT

ION

Inta

ke o

f co

ntam

inat

ed s

oil

Gro

und

wat

er u

sed

for

drin

king

wat

er

50 6.5

50 6.5

25 6.5

50 6.5

25 6.5

50 6.5

150

6.5

4 00

0

6.5

4

ENVI

RONM

ENTA

L

PRO

TEC

TIO

NT

oxic

ity

to s

oil

inve

rteb

rate

s an

d pl

ants

Liv

esto

ck i

nges

ting

soi

l an

d fo

dder

Maj

or m

icro

bial

fun

ctio

nal

impa

irm

ent

Gro

und

wat

er f

low

to

surf

ace

wat

er

used

by

aqua

tic

life

Fre

shw

ater

Mar

ine

Gro

und

wat

er u

sed

for

live

stoc

k w

ater

ing

Gro

und

wat

er u

sed

for

irri

gati

on

2 1.5

0.35

3 1.5

0.35

3 11 NS

1.5

0.35

NS

NS

3 1.5

0.35

NS

3 1.5

0.35

NS

10 1.5

0.35

NS

10 1.5

0.35

10 1.5

0.35

5 6 6 6





tim

e to

tim

e, a

dir

ecto

r’s

prot

ocol

or

alte

rnat

e m

etho

ds a

ccep

tabl

e to

a d

irec

tor.

2

.S

amp

les

for

cyan

ide

in s

oil

mus

t b

e an

alyz

ed u

sin

g th

e ap

pro

pri

ate

“Cya

nid

e W

eak

Aci

d D

isso

ciab

le (

WA

D)”

ana

lyti

cal

met

hod

as

spec

ifie

d i

n th

e 2

01

5 B

riti

sh C

olu

mb

ia E

nvi

ron

men

tal

Lab

ora

tory

M

anua

l, a

s up

dat

ed f

rom

tim

e to

tim

e.3

.T

he s

ite-

spec

ific

fac

tors

of

hu

man

int

ake

of

con

tam

inat

ed s

oil

and

tox

icit

y to

soil

inv

erte

brat

es a

nd p

lant

s sp

ecif

ied

in t

his

mat

rix

app

ly a

t al

l si

tes.

The

hig

h d

ensi

ty r

esid

enti

al l

and

use

stan

dar

ds

of

this

mat

rix

assu

me

the

pro

hib

itio

n o

f th

e u

se o

f th

e la

nd (

a) t

o g

row

pla

nts

for

hu

man

co

nsu

mp

tio

n, a

nd (

b)

as a

chi

ldre

n’s

pla

ygro

und

, sp

ort

s fi

eld

, p

icni

c ar

ea o

r an

y o

ther

use

tha

t p

rom

ote

s fr

eque

nt c

ont

act

by

chil

dre

n. C

ons

ult

a d

irec

tor

for

furt

her

adv

ice.

4.

Inta

ke p

ath

way

of

exp

osu

re m

od

elle

d i

s in

adve

rten

t in

gest

ion

of

soil

.5

.S

tand

ard

is

set

equa

l to

the

19

97

CC

ME

agr

icu

ltur

al s

oil

& f

oo

d i

nges

tio

n cr

iter

ion.

6.

N

S –

No

stan

dard

. I

nsu

ffic

ient

acc

epta

ble

scie

ntif

ic d

ata

exis

ts t

o ca

lcul

ate

a st

anda

rd o

r no

app

rop

riat

e st

anda

rd,

guid

elin

e o

rcr

iter

ion

exis

ts t

o d

evel

op

a s

oil

qua

lity

sta

ndar

d.



Schedule 3.1


MA

TR

IX 1

3 -N

UM

ER

ICA

L S

OIL

ST

AN

DA

RD

S1,2

DIC

HL

OR

OD

IPH

ENY

LT

RIC

HL

OR

OE

TH

AN

E, T

OT

AL

[DD

T]

( CH

EMIC

AL

AB

STR

AC

T SE

RV

ICE

NU

MB

ER n

ot

app

lica

ble

)

Not

es1

.A

ll v

alues

in µ

g/g

un

less

oth

erw

ise

stat

ed.

Sub

stan

ces

mu

stb

e an

alyze

d u

sin

g m

etho

ds

spec

ifie

d i

n t

he

20

15

Bri

tish

Co

lum

bia

Env

iro

nm

enta

l L

abo

rato

ry M

anual

, as

up

dat

ed

fro

m t

ime

to t

ime,

a d

irec

tor’

s p

roto

col

or

alte

rnat

e m

etho

ds

acce

pta

ble

to

a d

irec

tor.

2

.S

tand

ard

s ar

e fo

r th

e su

m o

f D

DT

(2

,4’

+ 4

,4’

iso

mer

s),

DD

D (

2,4

’ +

4,4

” is

om

ers)

and

DD

E (

2,4

’ +

4,4

’ is

om

ers)

.3

.T

he

site

-sp

ecif

ic f

acto

rs o

f h

um

an i

nta

ke

of

con

tam

inat

ed s

oil

and

to

xic

ity t

o s

oil

in

ver

teb

rate

s an

d p

lants

sp

ecif

ied

in t

his

mat

rix a

pp

ly a

t al

l si

tes.

The

hig

h d

ensi

ty r

esid

enti

al l

and

CO

LUM

N1

CO

LUM

N2

CO

LUM

N3

CO

LUM

N4

CO

LUM

N5

CO

LUM

N6

CO

LUM

N7

CO

LUM

N8

CO

LUM

N9

Not

e

Site

-spe

cific

Fac

tor

Wild

land

sN

atur

al(W

L N)

Wild

land

sR

ever

ted

(WL R

)Ag

ricul

tura

l(A

L)U

rban

Par

k(P

L)

Res

iden

tial

Low

Den

sity

(RL L

D)

Res

iden

tial

Hig

h D

ensi

ty(R

L HD)

Com

mer

cial

(CL)

Indu

stria

l(IL

)3

HU

MA

N H

EALT

H P

RO

TEC

TIO

NIn

take

of

conta

min

ated

so

il

Gro

und

wat

er u

sed

fo

r d

rinkin

g w

ater

40

NS

40

NS

20

NS

40

NS

20

NS

40

NS

15

0

NS

1 0

00

NS

4 5

ENV

IRO

NM

ENTA

L

PRO

TE

CT

ION

To

xic

ity t

o s

oil

in

ver

teb

rate

s an

d

pla

nts

Liv

esto

ck i

nges

tin

g s

oil

and

fo

dd

er

Maj

or

mic

rob

ial

funct

ional

im

pai

rmen

t

Gro

und

wat

er f

low

to

surf

ace

wat

er

use

d b

y a

quat

ic l

ife

Gro

und

wat

er u

sed

fo

r li

ves

tock

w

ater

ing

Gro

und

wat

er u

sed

fo

r ir

rigat

ion

0.4

5

NS

0.7

NS

0.7

NS

NS

NS

NS

NS

0.7

NS

NS

0.7

NS

NS

10

NS

NS

10

NS

10

NS

6 7 7 5 5 5,7





use

stan

dar

ds

of

this

mat

rix a

ssu

me

the

pro

hib

itio

n o

f th

e u

se o

f th

e la

nd

(a)

to

gro

w p

lants

fo

r h

um

an c

on

sum

pti

on,

and

(b

) as

ach

ild

ren’s

pla

ygro

und

, sp

ort

s fi

eld

, p

icnic

are

a o

r an

yo

ther

use

that

pro

mo

tes

freq

uen

t co

nta

ct b

y ch

ild

ren.

Co

nsu

lt a

dir

ecto

rfo

r fu

rther

ad

vic

e.4

.In

take

pat

hw

ay o

f ex

po

sure

mo

del

led

is

inad

ver

tent

inges

tio

n o

f so

il.

5.

NS

–no

sta

nd

ard

. N

o a

pp

rop

riat

e so

il t

o g

round

wat

er m

od

el i

s av

aila

ble

to

pre

dic

t th

e su

bsu

rfac

e fa

te a

nd

tra

nsp

ort

of

com

ple

x m

ixtu

res.

6.

AL

and

PL

sta

nd

ard

s ar

e se

t eq

ual

to

the

corr

esp

ond

ing 1

99

9 C

anad

ian C

ou

nci

l o

f M

inis

ters

or

the

Envir

on

men

t (C

CM

E)

seco

nd

ary c

on

sum

er s

oil

& f

oo

d i

nges

tio

n c

rite

ria.

CL

an

d I

L

stan

dar

ds

are

set

equal

to

the

corr

esp

ond

ing 1

99

9 C

CM

E s

oil

co

nta

ct c

rite

ria.

WL

Nst

and

ard

is

der

ived

by

div

idin

g t

he

19

99

CC

ME

par

kla

nd

sec

ond

ary c

onsu

mer

so

il &

fo

od

inges

tio

n

crit

erio

n b

y th

e P

roto

col

28,

“20

16

Sta

nd

ard

s D

eriv

atio

n M

etho

ds”

, W

ild

land

s d

ivis

or.

WL

Rst

and

ard

is

set

equal

to

the

19

99 C

CM

E p

arkla

nd

sec

ond

ary

consu

mer

so

il &

fo

od

inges

tio

n

crit

erio

n.

RL

LD

stan

dar

d i

sse

t eq

ual

to

the

19

99

CC

ME

res

iden

tial

sec

ond

ary

consu

mer

so

il &

fo

od

in

ges

tio

n c

rite

rio

n.

RL

HD

stan

dar

d i

sse

t eq

ual

to

the

19

99

CC

ME

co

mm

erci

al s

oil

co

nta

ct

crit

erio

n.

7.

NS

–no

sta

nd

ard

. In

suff

icie

nt

acce

pta

ble

sci

enti

fic

dat

a ex

ists

to

cal

cula

te a

sta

nd

ard

, o

r no a

pp

rop

riat

e st

and

ard

, guid

elin

e o

rcr

iter

ion e

xis

ts t

o d

evel

op

a s

oil

qual

ity

stan

dar

d.



Schedule 3.1


MAT

RIX

14 -

NUM

ERIC

AL S

OIL

STA

NDAR

DS1

DIIS

OPR

OPA

NOLA

MIN

E [D

IPA]

( CH

EMIC

AL A

BSTR

ACT

SERV

ICE

NUM

BER

110-

97-4

)

Note

s1.

All

val

ues

in µ

g/g

unle

ss o

ther

wis

e st

ated

. S

ubst

ance

s m

ust

be a

naly

zed

usin

g m

etho

ds s

peci

fied

in

the

2015

Bri

tish

Col

umbi

a E

nvir

onm

enta

l L

abor

ator

y M

anua

l, a

s up

date

d fr

om

tim

e to

tim

e, a

dir

ecto

r’s

prot

ocol

or

alte

rnat

e m

etho

ds a

ccep

tabl

e to

a d

irec

tor.

2.

The

sit

e-sp

ecif

ic f

acto

rs o

f hu

man

int

ake

of c

onta

min

ated

so

il a

nd t

oxic

ity

to s

oil

inve

rteb

rate

s an

d pl

ants

spe

cifi

ed i

n th

is m

atri

x ap

ply

at a

ll s

ites

. The

hig

h de

nsit

y re

side

ntia

l la

ndus

e st

anda

rds

of t

his

mat

rix

assu

me

the

proh

ibit

ion

of t

he u

se o

f th

e la

nd (

a) t

o gr

ow p

lant

s fo

r hu

man

con

sum

ptio

n, a

nd (

b) a

s a

chil

dren

’s p

layg

roun

d, s

port

s fi

eld,

pic

nic

area

or

any

othe

r us

e th

at p

rom

otes

fre

quen

t co

ntac

t b

y ch

ildr

en.

Con

sult

a d

irec

tor

for

furt

her

advi

ce.

3.

Inta

ke p

athw

ay o

f ex

posu

re m

odel

led

is i

nadv

erte

nt i

nges

tio

n of

soi

l.

COLU

MN

1CO

LUM

N2

COLU

MN

3CO

LUM

N4

COLU

MN

5CO

LUM

N6

COLU

MN

7CO

LUM

N8

COLU

MN

9No

te

Site

-spe

cific

Fac

tor

Wild

land

sNa

tura

l(W

L N)

Wild

land

sRe

verte

d(W

L R)

Agric

ultu

ral

(AL)

Urba

n Pa

rk(P

L)

Resi

dent

ial

Low

Den

sity

(RL L

D)

Resi

dent

ial

High

Den

sity

(RL H

D)

Com

mer

cial

(CL)

Indu

stria

l(IL

)2

HUM

AN H

EALT

H P

ROTE

CTIO

NIn

take

of

cont

amin

ated

soi

l

Gro

und

wat

er u

sed

for

drin

king

wat

er

30 0

00

1.5

30 0

00

1.5

1500

0

1.5

30 0

00

1.5

15 0

00

1.5

30 0

00

1.5

100

000

1.5

> 1

000

mg/

g

1.5

3 4

ENVI

RONM

ENTA

L

PRO

TEC

TIO

NT

oxic

ity

to s

oil

inve

rteb

rate

s an

d pl

ants

Liv

esto

ck i

nges

ting

soi

l an

d fo

dder

Maj

or m

icro

bial

fun

ctio

nal

impa

irm

ent

Gro

und

wat

er f

low

to

surf

ace

wat

er

used

by

aqua

tic

life

Gro

und

wat

er u

sed

for

live

stoc

k w

ater

ing

Gro

und

wat

er u

sed

for

irri

gati

on

600 6

750

6

750

NS

NS 6 15 15

750 6 15

750

6 15

1 00

0

6 15

1 00

0

6

100

0

6

5 5 4 4 4





4.

S

tand

ard

s ap

ply

to

a s

ite

use

d f

or

an i

nd

ust

rial

or

com

mer

cial

purp

ose

or

acti

vit

y a

s se

t o

ut

in S

ched

ule

2 a

s it

em F

2,

F3,

F7

or

F10

. 5

.

NS

–no

sta

nd

ard

. In

suff

icie

nt

acce

pta

ble

sci

enti

fic

dat

a ex

ists

to

cal

cula

te a

sta

nd

ard

, o

r no

ap

pro

pri

ate

stan

dar

d,

guid

elin

e o

r cr

iter

ion e

xis

ts t

o d

evel

op

a s

oil

qual

ity s

tand

ard

.



Schedule 3.1


MAT

RIX

15 -

NUM

ERIC

AL S

OIL

STA

NDAR

DS1

ETH

YLBE

NZEN

E ( C

HEM

ICAL

ABS

TRAC

T SE

RVIC

E NU

MBE

R 10

0-41

-4)

Not

es1.

All

val

ues

in µ

g/g

unle

ss o

ther

wis

e st

ated

. S

ubst

ance

s m

ust

be a

naly

zed

usin

g m

etho

ds s

peci

fied

in

the

2015

Bri

tish

Col

umbi

a E

nvir

onm

enta

l L

abor

ator

y M

anua

l, a

s up

date

d fr

om

COLU

MN

1CO

LUM

N2

COLU

MN

3CO

LUM

N4

COLU

MN

5CO

LUM

N6

COLU

MN

7CO

LUM

N8

COLU

MN

9No

te

Site

-spe

cific

Fac

tor

Wild

land

sNa

tura

l(W

L N)

Wild

land

sRe

verte

d(W

L R)

Agric

ultu

ral

(AL)

Urba

n Pa

rk(P

L)

Resi

dent

ial

Low

Den

sity

(RL L

D)

Resi

dent

ial

High

Den

sity

(RL H

D)

Com

mer

cial

(CL)

Indu

stria

l(IL

)2

HU

MA

N H

EALT

H P

RO

TECT

ION

Inta

ke o

f co

ntam

inat

ed s

oil

Gro

und

wat

er u

sed

for

drin

king

wat

er

8 50

0

15

8 50

0

15

4 00

0

15

8 50

0

15

4 00

0

15

8 50

0

15

25 0

00

15

700

000

15

3

ENVI

RONM

ENTA

L

PRO

TEC

TIO

NT

oxic

ity

to s

oil

inve

rteb

rate

s an

d pl

ants

Liv

esto

ck i

nges

ting

soi

l an

d fo

dder

Maj

or m

icro

bial

fun

ctio

nal

impa

irm

ent

Gro

und

wat

er f

low

to

surf

ace

wat

er

used

by

aqua

tic

life

Fre

shw

ater

Mar

ine

Gro

und

wat

er u

sed

for

live

stoc

k w

ater

ing

Gro

und

wat

er u

sed

for

irri

gati

on

100

200

200

200

200

200

200

NS

NS

200

200

NS

NS

200

200

200

NS

200

200

200

NS

650

200

200

NS

650

200

200

650

200

200

4 4 5 5 4 4





tim

e to

tim

e, a

dir

ecto

r’s

prot

ocol

or

alte

rnat

e m

etho

ds a

ccep

tabl

e to

a d

irec

tor.

2.

The

sit

e-sp

ecif

ic f

acto

rs o

f hu

man

int

ake

of c

onta

min

ated

so

il a

nd t

oxic

ity

to s

oil

inve

rteb

rate

s an

d pl

ants

spe

cifi

ed i

n th

is m

atri

x ap

ply

at a

ll s

ites

. The

hig

h de

nsit

y re

side

ntia

lla

nd u

se s

tand

ards

of

this

mat

rix

assu

me

the

proh

ibit

ion

of t

he u

se o

f th

e la

nd (

a) t

o gr

ow

pla

nts

for

hum

an c

onsu

mpt

ion,

and

(b)

as a

chi

ldre

n’s

play

gro

und,

spo

rts

fiel

d, p

icni

c ar

eaor

any

oth

er u

se t

hat

pro

mot

es f

requ

ent

cont

act

by

chil

dren

. C

onsu

lt a

dir

ecto

r fo

r fu

rthe

r ad

vice

.3.

In

take

pat

hway

of

expo

sure

mod

elle

d is

ina

dver

tent

ing

esti

on

of s

oil.

4.

NS

–no

sta

ndar

d. I

nsuf

fici

ent

acce

ptab

le s

cien

tifi

c da

ta e

xist

s to

cal

cula

te a

sta

ndar

d, o

r no

app

ropr

iate

sta

ndar

d, g

uide

line

or

crit

erio

n ex

ists

to

deve

lop

a so

il q

uali

ty s

tand

ard.

5.S

tand

ard

has

been

adj

uste

d ba

sed

on a

mod

elle

d le

acha

te c

once

ntra

tion

equ

ival

ent

to t

he s

ubst

ance

sol

ubil

ity

lim

it f

or u

se i

n th

e so

il t

o gr

ound

wat

er t

rans

port

mod

el.



Schedule 3.1


MAT

RIX

16 -

NUM

ERIC

AL S

OIL

STA

NDAR

DS1

ETH

YLEN

E G

LYCO

L ( C

HEM

ICAL

ABS

TRAC

T SE

RVIC

E NU

MBE

R 10

7-21

-1)

Note

s1.

All

val

ues

in µ

g/g

unle

ss o

ther

wis

e st

ated

. S

ubst

ance

s m

ust

be a

naly

zed

usin

g m

etho

ds s

peci

fied

in

the

2015

Bri

tish

Col

umbi

a E

nvir

onm

enta

l L

abor

ator

y M

anua

l, a

s up

date

d fr

om

tim

e to

tim

e, a

dir

ecto

r’s

prot

ocol

or

alte

rnat

e m

etho

ds a

ccep

tabl

e to

a d

irec

tor.

2.

The

sit

e-sp

ecif

ic f

acto

rs o

f hu

man

int

ake

of c

onta

min

ated

so

il a

nd t

oxic

ity

to s

oil

inve

rteb

rate

s an

d pl

ants

spe

cifi

ed i

n th

is m

atri

x ap

ply

at a

ll s

ites

. The

hig

h de

nsit

y re

side

ntia

l la

ndus

e st

anda

rds

of t

his

mat

rix

assu

me

the

proh

ibit

ion

of t

he u

se o

f th

e la

nd (

a) t

o gr

ow p

lant

s fo

r hu

man

con

sum

ptio

n, a

nd (

b) a

s a

chil

dren

’s p

layg

roun

d, s

port

s fi

eld,

pic

nic

area

or

any

othe

r us

e th

at p

rom

otes

fre

quen

t co

ntac

t b

y ch

ildr

en.

Con

sult

a d

irec

tor

for

furt

her

advi

ce.

COLU

MN

1CO

LUM

N2

COLU

MN

3CO

LUM

N4

COLU

MN

5CO

LUM

N6

COLU

MN

7CO

LUM

N8

COLU

MN

9No

te

Site

-spe

cific

Fac

tor

Wild

land

sNa

tura

l(W

L N)

Wild

land

sRe

verte

d(W

L R)

Agric

ultu

ral

(AL)

Urba

n Pa

rk(P

L)

Resi

dent

ial

Low

Den

sity

(RL L

D)

Resi

dent

ial

High

Den

sity

(RL H

D)

Com

mer

cial

(CL)

Indu

stria

l(IL

)2

HUM

AN H

EALT

H P

ROTE

CTIO

NIn

take

of

cont

amin

ated

soi

l

Gro

und

wat

er u

sed

for

drin

king

wat

er

150

000

10

150

000

10

85 0

00

10

150

000

10

85 0

00

10

150

000

10

500

000

10

> 1

000

mg/

g

10

3 4

ENVI

RONM

ENTA

L

PRO

TEC

TIO

NT

oxic

ity

to s

oil

inve

rteb

rate

s an

d pl

ants

Liv

esto

ck i

nges

ting

soi

l an

d fo

dder

Maj

or m

icro

bial

fun

ctio

nal

impa

irm

ent

Gro

und

wat

er f

low

to

surf

ace

wat

er

used

by

aqua

tic

life

Gro

und

wat

er u

sed

for

live

stoc

k w

ater

ing

Gro

und

wat

er u

sed

for

irri

gati

on

3 00

0

700

4 00

0

700

4 00

0

NS

NS

700

NS

NS

4 00

0

700

NS

4 00

0

700

NS

6 00

0

700

NS

6 00

0

700

6 00

0

700

5 5 5 5





3.

Inta

ke p

athw

ay o

f ex

posu

re m

odel

led

is i

nadv

erte

nt i

nges

tio

n of

soi

l.4.

S

tand

ards

hav

e be

en a

djus

ted

base

d on

201

6 B

riti

sh C

olum

bia

Env

iron

men

tal

Lab

orat

ory

Tec

hnic

al A

dvis

ory

Co

mm

itte

e re

fere

nce

anal

ytic

al d

etec

tio

n li

mit

for

the

sub

stan

ce.

5.N

S –

no s

tand

ard.

Ins

uffi

cien

t ac

cept

able

sci

enti

fic

data

exi

sts

to c

alcu

late

a s

tand

ard,

or

no a

ppro

pria

te s

tand

ard,

gui

deli

ne

or c

rite

rion

exi

sts

to d

evel

op a

soil

qua

lity

sta

ndar

d.



Schedule 3.1


MAT

RIX

17 -

NUM

ERIC

AL S

OIL

STA

NDAR

DS1

FLUO

RANT

HEN

E ( C

HEM

ICAL

ABS

TRAC

T SE

RVIC

E NU

MBE

R 20

6-44

-0)

Not

es1.

All

val

ues

in µ

g/g

unle

ss o

ther

wis

e st

ated

. S

ubst

ance

s m

ust

be a

naly

zed

usin

g m

etho

ds s

peci

fied

in

the

2015

Bri

tish

Col

umbi

a E

nvir

onm

enta

l L

abor

ator

y M

anua

l, a

s up

date

d fr

om

tim

e to

tim

e, a

dir

ecto

r’s

prot

ocol

or

alte

rnat

e m

etho

ds a

ccep

tabl

e to

a d

irec

tor.

2.

The

sit

e-sp

ecif

ic f

acto

rs o

f hu

man

int

ake

of

cont

amin

ated

soi

l an

d to

xici

ty t

o so

il i

nver

tebr

ates

and

pla

nts

spec

ifie

d in

thi

s m

atri

x ap

ply

at a

ll s

ites

. The

hig

h de

nsit

y re

side

ntia

l la

ndus

e st

anda

rds

of t

his

mat

rix

assu

me

the

proh

ibit

ion

of t

he u

se o

f th

e la

nd (

a) t

o gr

ow p

lant

s fo

r hu

man

con

sum

ptio

n, a

nd (

b) a

s a

chil

dren

’s p

layg

roun

d, s

port

s fi

eld,

pic

nic

area

or

any

othe

r us

e th

at p

rom

otes

fre

quen

t co

ntac

t b

y ch

ildr

en. C

ons

ult

a di

rect

or f

or f

urth

er a

dvic

e.

COLU

MN

1CO

LUM

N2

COLU

MN

3CO

LUM

N4

COLU

MN

5CO

LUM

N6

COLU

MN

7CO

LUM

N8

COLU

MN

9No

te

Site

-spe

cific

Fac

tor

Wild

land

sNa

tura

l(W

L N)

Wild

land

sRe

verte

d(W

L R)

Agric

ultu

ral

(AL)

Urba

n Pa

rk(P

L)

Resi

dent

ial

Low

Den

sity

(RL L

D)

Resi

dent

ial

High

Den

sity

(RL H

D)

Com

mer

cial

(CL)

Indu

stria

l(IL

)2

HU

MA

N H

EALT

H P

RO

TECT

ION

Inta

ke o

f co

ntam

inat

ed s

oil

Gro

und

wat

er u

sed

for

drin

king

wat

er

3 50

0

NS

3 50

0

NS

1 50

0

NS

3 50

0

NS

1 50

0

NS

3 50

0

NS

10 0

00

NS

300

000

NS

3 4

ENVI

RONM

ENTA

L

PRO

TEC

TIO

NT

oxic

ity

to s

oil

inve

rteb

rate

s an

d pl

ants

Liv

esto

ck i

nges

ting

soi

l an

d fo

dder

Maj

or m

icro

bial

fun

ctio

nal

impa

irm

ent

Gro

und

wat

er f

low

to

surf

ace

wat

er

used

by

aqua

tic

life

Gro

und

wat

er u

sed

for

live

stoc

k w

ater

ing

Gro

und

wat

er u

sed

for

irri

gati

on

30 NS

50 NS

50 NS

NS

NS

NS

NS

50 NS

NS

50 NS

NS

200

NS

NS

200

NS

200

NS

5 6 6 4 6 6





3.

Inta

ke p

athw

ay o

f ex

posu

re m

odel

led

is i

nadv

erte

nt i

nges

tio

n of

soi

l.4.

N

S –

no s

tand

ard.

Soi

l to

gro

und

wat

er t

rans

port

mod

el p

redi

cts

appl

icab

le w

ater

use

sta

ndar

d fo

r th

e su

bsta

nce

wil

l no

t be

exc

eede

d at

the

poi

nt o

f re

cept

or e

xpos

ure.

5.A

L, P

L C

L a

nd I

L s

tand

ards

are

set

equa

l to

the

cor

resp

ondi

ng 2

010

Can

adia

n C

ounc

il o

f M

inis

ters

or

the

Env

iron

men

t (C

CM

E)

soil

qua

lity

cri

teri

a. W

LN

stan

dard

is

deri

ved

by d

ivid

ing

the

2010

CC

ME

par

klan

d so

il q

uali

ty c

rite

rion

by

the

Pro

toco

l 28

, “20

16 S

tand

ards

Der

ivat

ion

Met

hods

”,W

ildl

ands

div

isor

. WL

Rst

anda

rd i

s se

t eq

ual

to t

he 2

010

CC

ME

par

klan

d so

il q

uali

ty

crit

erio

n. R

LL

Dst

anda

rd i

sse

t eq

ual

to t

he 2

010

CC

ME

res

iden

tial

soi

l qu

alit

y cr

iter

ion.

R

LH

Dst

anda

rd i

sse

t eq

ual

to t

he 2

010

CC

ME

co

mm

erci

al s

oil

qual

ity

crit

erio

n.

6.N

S –

no s

tand

ard.

Ins

uffi

cien

t ac

cept

able

sci

enti

fic

data

exi

sts

to c

alcu

late

a s

tand

ard,

or

no a

ppro

pria

te s

tand

ard,

gui

deli

ne o

rcr

iter

ion

exis

ts t

o de

velo

p a

soil

qua

lity

sta

ndar

d.



Schedule 3.1


MAT

RIX

18 -

NUM

ERIC

AL S

OIL

STA

NDAR

DS1

LEAD

( CH

EMIC

AL A

BSTR

ACT

SERV

ICE

NUM

BER

7439

-92-

1)

COLU

MN

1CO

LUM

N2

COLU

MN

3CO

LUM

N4

COLU

MN

5CO

LUM

N6

COLU

MN

7CO

LUM

N8

COLU

MN

9No

te

Site

-spe

cific

Fac

tor

Wild

land

sNa

tura

l(W

L N)

Wild

land

sRe

verte

d(W

L R)

Agric

ultu

ral

(AL)

Urba

n Pa

rk(P

L)

Resi

dent

ial

Low

Den

sity

(RL L

D)

Resi

dent

ial

High

Den

sity

(RL H

D)

Com

mer

cial

(CL)

Indu

stria

l(IL

)2

HU

MA

N H

EALT

H P

RO

TECT

ION

Inta

ke o

f co

ntam

inat

ed s

oil

Gro

und

wat

er u

sed

for

drin

king

wat

er

pH <

5.5

pH 5

.5 -

< 6

.0pH

6.0

-<

6.5

pH 6

.5 -

< 7

.0pH

7.0

-<

7.5

120

120

150

800

3 50

07

500

8 50

0

120

120

150

800

3 50

07

500

8 50

0

120

120

150

800

3 50

07

500

8 50

0

120

120

150

800

3 50

07

500

8 50

0

120

120

150

800

3 50

07

500

8 50

0

120

120

150

800

3 50

07

500

8 50

0

150

120

150

800

3 50

07

500

8 50

0

4 00

0

120

150

800

3 50

07

500

8 50

0

3 4,5 4 4 4 4 4

ENVI

RONM

ENTA

L

PRO

TEC

TIO

NT

oxic

ity

to s

oil

inve

rteb

rate

s an

d pl

ants

Liv

esto

ck i

nges

ting

soi

l an

d fo

dder

Maj

or m

icro

bial

fun

ctio

nal

impa

irm

ent

Gro

und

wat

er f

low

to

surf

ace

wat

er

used

by

aqua

tic

life

Fre

shw

ater

pH <

5.0

pH 5

.0 -

< 5

.5pH

5.5

-<

6.0

pH 6

.0 -

< 6

.5pH

6.5

-<

7.0

400

200

350

1 50

08

500

35 0

00

550

200

350

1 50

08

500

35 0

00

550

350

700

200

350

1 50

08

500

35 0

00

550

200

350

1 50

08

500

35 0

00

550

200

350

1 50

08

500

35 0

00

1 00

0

200

350

1 50

08

500

35 0

00

1 00

0

200

350

1 50

08

500

35 0

00

1 00

0

200

350

1 50

08

500

35 0

00

6 4,7

4,7

4,7

4,7

4,7





pH 7

.0 -

< 7

.5

Mar

ine

pH <

5.5

pH 5

.5 -

< 6

.0pH

6.0

-<

6.5

pH 6

.5 -

< 7

.0

Gro

und

wat

er u

sed

for

live

stoc

k w

ater

ing

pH <

5.0

pH 5

.0 -

< 5

.5pH

5.5

-<

6.0

pH 6

.0 -

< 6

.5pH

6.5

-<

7.0

pH 7

.0 -

< 7

.5

Gro

und

wat

er u

sed

for

irri

gati

on

pH <

5.0

pH 5

.0 -

< 5

.5pH

5.5

-<

6.0

pH 6

.0 -

< 6

.5pH

6.5

-<

7.0

80 0

0090

000

120

300

1 50

06

500

15 0

00

80 0

0090

000

120

300

1 50

06

500

15 0

00

80 0

0090

000

120

300

1 50

06

500

15 0

00

150

350

1 50

08

000

35 0

0075

000

85 0

00

350

650

3 00

015

000

65 0

0015

0 00

0

80 0

0090

000

120

300

1 50

06

500

15 0

00

350

650

3 00

015

000

65 0

0015

0 00

0

80 0

0090

000

120

300

1 50

06

500

15 0

00

350

650

3 00

015

000

65 0

0015

0 00

0

80 0

0090

000

120

300

1 50

06

500

15 0

00

350

650

3 00

015

000

65 0

0015

0 00

0

80 0

0090

000

120

300

1 50

06

500

15 0

00

80 0

0090

000

120

300

1 50

06

500

15 0

00

4,7

4,7

4,5 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4

N

otes

1.

All

val

ues

in µ

g/g

unle

ss o

ther

wis

e st

ated

. S

ubst

ance

s m

ust

be a

naly

zed

usin

g m

etho

ds s

peci

fied

in

the

2015

Bri

tish

Col

umbi

a E

nvir

onm

enta

l L

abor

ator

y M

anua

l, a

s up

date

d fr

om

tim

e to

tim

e, a

dir

ecto

r’s

prot

ocol

, or

alte

rnat

e m

etho

ds a

ccep

tabl

e to

a d

irec

tor.

2.

T

he s

ite-

spec

ific

fac

tors

of

hum

an i

ntak

e of

co

ntam

inat

ed s

oil

and

toxi

city

to

soil

inv

erte

brat

es a

nd p

lant

s sp

ecif

ied

in t

his

mat

rix

appl

y at

all

sit

es.

The

hig

h de

nsit

y re

side

ntia

l la

nd

use

stan

dard

s of

thi

s m

atri

x as

sum

e th

e pr

ohib

itio

n of

the

use

of

the

land

(a)

to

gro

w p

lant

s fo

r hu

man

con

sum

ptio

n, a

nd (

b) a

s a

chil

dren

’s p

layg

roun

d, s

port

s fi

eld,

pic

nic

area

or

any

othe

r us

e th

at p

rom

otes

fre

quen

t co

ntac

t b

y ch

ildr

en. C

ons

ult

a di

rect

or f

or f

urth

er a

dvic

e.3.

In

take

path

way

of

expo

sure

mod

elle

d is

ina

dver

tent

ing

esti

on o

f so

il.

Sta

ndar

ds f

or:

WL

N, W

LR,

AL

, PL

, RL

LD

and

RL

HD

have

bee

n ad

just

ed b

ased

on

2016

ref

eren

ce P

rovi

ncia

l ba

ckgr

ound

soi

l co

ncen

trat

ion

for

the

subs

tanc

e.4.

The

pH

is

the

pH o

f th

e so

il a

t a

site

. 5.

Sta

ndar

ds h

ave

been

adj

uste

d ba

sed

on 2

016

refe

renc

e P

rovi

ncia

l ba

ckgr

ound

soi

l co

ncen

trat

ion

for

the

subs

tanc

e.



Schedule 3.1


6.

Sta

nd

ard

is

set

equal

to

19

99

Can

adia

n C

ou

nci

l o

f M

inis

ters

of

the

En

vir

on

men

t, N

utr

ient

and

ener

gy c

ycl

ing c

hec

k v

alue.

7.

Sta

nd

ard

var

ies

wit

h r

ecei

vin

g w

ater

har

dnes

s (H

). H

= 2

00

to

< 3

00

mg/L

as

CaC

O3

is a

ssu

med

. C

on

sult

dir

ecto

r fo

r fu

rther

ad

vic

e.





MAT

RIX

19 -

NUM

ERIC

AL S

OIL

STA

NDAR

DS1

MAN

GAN

ESE

( CH

EMIC

AL A

BSTR

ACT

SERV

ICE

NUM

BER

7439

-96-

5)

Not

es1.

All

val

ues

in µ

g/g

unle

ss o

ther

wis

e st

ated

. S

ubst

ance

s m

ust

be a

naly

zed

usin

g m

etho

ds s

peci

fied

in

the

2015

Bri

tish

Col

umbi

a E

nvir

onm

enta

l L

abor

ator

y M

anua

l, a

s up

date

d fr

om

tim

e to

tim

e, a

dir

ecto

r’s

prot

ocol

or

alte

rnat

e m

etho

ds a

ccep

tabl

e to

a d

irec

tor.

2.

The

sit

e-sp

ecif

ic f

acto

rs o

f hu

man

int

ake

of

cont

amin

ated

soi

l an

d to

xici

ty t

o so

il i

nver

tebr

ates

and

pla

nts

spec

ifie

d in

thi

s m

atri

x ap

ply

at a

ll s

ites

. The

hig

h de

nsit

y re

side

ntia

l la

ndus

e st

anda

rds

of t

his

mat

rix

assu

me

the

proh

ibit

ion

of t

he u

se o

f th

e la

nd (

a) t

o gr

ow p

lant

s fo

r hu

man

con

sum

ptio

n, a

nd (

b) a

s a

chil

dren

’s p

layg

roun

d, s

port

s fi

eld,

pic

nic

area

or

any

othe

r us

e th

at p

rom

otes

fre

quen

t co

ntac

t b

ych

ildr

en.

Con

sult

a d

irec

tor

for

furt

her

advi

ce.

3. I

ntak

e pa

thw

ay o

f ex

posu

re m

odel

led

is i

nadv

erte

nt i

nges

tion

of

soil

.

COLU

MN

1CO

LUM

N2

COLU

MN

3CO

LUM

N4

COLU

MN

5CO

LUM

N6

COLU

MN

7CO

LUM

N8

COLU

MN

9No

te

Site

-spe

cific

Fac

tor

Wild

land

sNa

tura

l(W

L N)

Wild

land

sRe

verte

d(W

L R)

Agric

ultu

ral

(AL)

Urba

n Pa

rk(P

L)

Resi

dent

ial

Low

Den

sity

(RL L

D)

Resi

dent

ial

High

Den

sity

(RL H

D)

Com

mer

cial

(CL)

Indu

stria

l(IL

)2

HU

MA

N H

EALT

H P

RO

TECT

ION

Inta

ke o

f co

ntam

inat

ed s

oil

Gro

und

wat

er u

sed

for

drin

king

wat

er

10 0

00

2 00

0

10 0

00

2 00

0

6 00

0

2 00

0

1000

0

2 00

0

6 00

0

2 00

0

10 0

00

2 00

0

35 0

00

2 00

0

> 1

000

mg/

g

2 00

0

3

4,5,

6

ENVI

RONM

ENTA

L

PRO

TEC

TIO

NT

oxic

ity

to s

oil

inve

rteb

rate

s an

d pl

ants

Liv

esto

ck i

nges

ting

soi

l an

d fo

dder

Maj

or m

icro

bial

fun

ctio

nal

impa

irm

ent

Gro

und

wat

er f

low

to

surf

ace

wat

er

used

by

aqua

tic

life

Gro

und

wat

er u

sed

for

live

stoc

k w

ater

ing

Gro

und

wat

er u

sed

for

irri

gati

on

2 00

0

NS

2 00

0

NS

2 00

0

NS

NS

NS

NS

2 00

0

2 00

0

NS

2 00

0

2 00

0

NS

2 00

0

2 00

0

NS

200

0

2 00

0

NS

2 00

0

NS

6 7 7 7 7

4,5,

6



Schedule 3.1


4. S

tand

ards

app

ly t

o a

site

use

d fo

r an

ind

ustr

ial

or c

omm

erci

al p

urpo

se o

r ac

tivi

ty s

et o

ut i

n S

ched

ule

2 as

(a)

ite

m B

1,(b

) i

tem

C1,

C3

or C

4,(c

) i

tem

D2,

D3,

D5

or D

6,(d

) i

tem

E4,

or

(e)

ite

m H

3 or

H14

.5.

Sta

ndar

ds a

pply

to

a si

te u

sed

for

an i

ndus

tria

l or

com

mer

cial

pur

pose

or

acti

vity

set

out

in

Sch

edul

e 2

as i

tem

H11

or

H20

but

onl

y if

the

sit

e w

as u

sed

for

that

pur

pose

or

acti

vity

in

conj

unct

ion

wit

h or

as

a re

sult

of

the

site

als

o b

eing

use

d fo

r at

lea

st o

ne o

f th

e pu

rpos

es o

r ac

tivi

ties

set

out

in

Not

e 4.

6. S

tand

ards

hav

e be

en a

djus

ted

base

d on

201

6 re

fere

nce

Pro

vinc

ial

back

grou

nd s

oil

conc

entr

atio

n fo

r th

e su

bsta

nce.

7.

NS

–no

sta

ndar

d. I

nsuf

fici

ent

acce

ptab

le s

cien

tifi

c da

ta e

xist

s to

cal

cula

te a

sta

ndar

d, o

r no

app

ropr

iate

sta

ndar

d, g

uide

line

or

crit

erio

n ex

ists

to

use

to d

evel

op a

soi

l qu

alit

y st

anda

rd.





MAT

RIX

20 -

NUM

ERIC

AL S

OIL

STA

NDAR

DS1,

2

MER

CURY

( CH

EMIC

AL A

BSTR

ACT

SERV

ICE

NUM

BER

7439

-97-

6)

Not

es1.

All

val

ues

in µ

g/g

unle

ss o

ther

wis

e st

ated

. S

ubst

ance

s m

ust

be a

naly

zed

usin

g m

etho

ds s

peci

fied

in

the

2015

Bri

tish

Col

umbi

a E

nvir

onm

enta

l L

abor

ator

y M

anua

l, a

s up

date

d fr

om

tim

e to

tim

e, a

dir

ecto

r’s

prot

ocol

or

alte

rnat

e m

etho

ds a

ccep

tabl

e to

a d

irec

tor.

2.

Ana

lyti

cal

resu

lts

for

mer

cury

(al

l sp

ecie

s) i

n so

il m

ay b

e us

ed t

o de

mon

stra

te c

om

plia

nce

wit

h th

e st

anda

rds

of t

his

mat

rix.

3. T

he s

ite-

spec

ific

fac

tors

of

hum

an i

ntak

e o

f co

ntam

inat

ed s

oil

and

toxi

city

to

soil

inv

erte

brat

es a

nd p

lant

s sp

ecif

ied

in t

his

mat

rix

appl

y at

all

sit

es. T

he h

igh

dens

ity

resi

dent

ial

land

use

stan

dard

s of

thi

s m

atri

x as

sum

e th

e pr

ohib

itio

n of

the

use

of

the

land

(a)

to

grow

pla

nts

for

hum

an c

onsu

mpt

ion,

and

(b)

as

a ch

ildr

en’s

pla

ygro

und,

spo

rts

fiel

d, p

icni

c ar

ea o

ran

y ot

her

use

that

pro

mot

es f

requ

ent

cont

act

by

chil

dren

. C

onsu

lt a

dir

ecto

r fo

r fu

rthe

r ad

vice

.

COLU

MN

1CO

LUM

N2

COLU

MN

3CO

LUM

N4

COLU

MN

5CO

LUM

N6

COLU

MN

7CO

LUM

N8

COLU

MN

9No

te

Site

-spe

cific

Fac

tor

Wild

land

sNa

tura

l(W

L N)

Wild

land

sRe

verte

d(W

L R)

Agric

ultu

ral

(AL)

Urba

n Pa

rk(P

L)

Resi

dent

ial

Low

Den

sity

(RL L

D)

Resi

dent

ial

High

Den

sity

(RL H

D)

Com

mer

cial

(CL)

Indu

stria

l(IL

)3

HU

MA

N H

EALT

H P

RO

TECT

ION

Inta

ke o

f co

ntam

inat

ed s

oil

Gro

und

wat

er u

sed

for

drin

king

wat

er

25 NS

25 NS

10 NS

25 NS

10 NS

25 NS

75 NS

2 00

0

NS

4 5

ENVI

RONM

ENTA

L

PRO

TEC

TIO

NT

oxic

ity

to s

oil

inve

rteb

rate

s an

d pl

ants

Liv

esto

ck i

nges

ting

soi

l an

d fo

dder

Maj

or m

icro

bial

fun

ctio

nal

impa

irm

ent

Gro

und

wat

er f

low

to

surf

ace

wat

er

used

by

aqua

tic

life

Gro

und

wat

er u

sed

for

live

stoc

k w

ater

ing

Gro

und

wat

er u

sed

for

irri

gati

on

25 NS

40 NS

40 0.6

20 NS

NS

NS

40 NS

NS

40 NS

NS

75 NS

NS

75 NS

75 NS

6 5 5 5



Schedule 3.1


4.

Inta

ke

pat

hw

ay o

f ex

po

sure

mo

del

led

is

inad

ver

tent

inges

tio

n o

f so

il.

5.

NS

–no

sta

nd

ard

. I

nsu

ffic

ient

acce

pta

ble

sci

enti

fic

dat

a ex

ists

to

cal

cula

te a

sta

nd

ard

, o

r no

ap

pro

pri

ate

stan

dar

d,

guid

elin

e o

r cr

iter

ion e

xis

ts t

o u

se t

o d

evel

op

a s

oil

qual

ity

stan

dar

d.

6.

Sta

nd

ard

is

set

equal

to

19

99

Can

adia

n C

ou

nci

l o

f M

inis

ters

of

the

En

vir

on

men

t, “

Nutr

ient

and

ener

gy c

ycl

ing c

hec

k v

alue”

.





M

AT

RIX

21

- NU

MER

ICA

L S

OIL

ST

AN

DA

RD

S1

ME

TH

AN

OL

( CH

EMIC

AL

ABS

TRA

CT

SER

VIC

E N

UM

BER

67-

56-1

)

Not

es

1.

All

val

ues

in

μg

/g u

nle

ss o

ther

wis

e st

ated

. S

ub

stan

ces

mu

st b

e an

alyze

d u

sin

g m

eth

od

s sp

ecif

ied

in t

he

20

15

Bri

tish

Co

lum

bia

Envir

on

men

tal

Lab

ora

tory

Man

ual

, as

updat

ed f

rom

pro

toco

l o

r al

tern

ate

met

hods

acce

pta

ble

to a

dir

ecto

r.

CO

LUM

N 1

CO

LUM

N

2 C

OLU

MN

3

CO

LUM

N

4 C

OLU

MN

5

CO

LUM

N

6 C

OLU

MN

7

CO

LUM

N

8 C

OLU

MN

9

Not

e

Si

te-s

peci

fic F

acto

r

W

ildla

nds

Nat

ural

(W

L N)

W

ildla

nds

Reve

rted

(WL R

)

Ag

ricul

tura

l (A

L)

U

rban

Par

k (P

L)

R

esid

entia

l Lo

w D

ensi

ty

(RL L

D)

R

esid

entia

l H

igh

Den

sity

(R

L HD)

C

omm

erci

al

(CL)

In

dust

rial

(IL)

2

HU

MA

N H

EA

LT

H P

RO

TEC

TIO

N

Inta

ke

of

conta

min

ated

soil

G

round

wat

er u

sed f

or

dri

nkin

g w

ater

4

0 0

00

1

5

4

0 0

00

15

2

0 0

00

1

5

4

0 0

00

15

2

0 0

00

1

5

4

0 0

00

15

1

50

00

0

1

5

>

1 0

00 m

g/g

15

3

EN

VIR

ON

MEN

TA

L

PRO

TEC

TIO

N

To

xic

ity

to s

oil

in

ver

teb

rate

s an

d

pla

nts

L

ives

tock

in

ges

tin

g s

oil

an

d f

od

der

M

ajo

r m

icro

bia

l fu

nct

ional

im

pai

rmen

t G

rou

nd

wat

er f

low

to

surf

ace

wat

er

use

d b

y a

quat

ic l

ife

Gro

und

wat

er u

sed f

or

lives

tock

w

ater

ing

G

round

wat

er u

sed f

or

irri

gat

ion

7

50

N

S

1

00

0

N

S

1

00

0

N

S

N

S

N

S

N

S

N

S

1

00

0

N

S

N

S

1

00

0

N

S

N

S

1

50

0

N

S

N

S

1

50

0

N

S

1

50

0

N

S

4 5 5 5 5 5



Schedule 3.1


2.

The

site

-sp

ecif

ic f

acto

rs o

f hum

an i

nta

ke

of

conta

min

ated

so

il a

nd

toxic

ity t

o s

oil

inver

teb

rate

s an

d p

lants

sp

ecif

ied i

n t

his

mat

rix

ap

ply

at

all

site

s. T

he

hig

h d

ensi

ty r

esid

enti

al

la

nd

use

sta

nd

ard

s o

f th

is m

atri

x a

ssu

me

the

pro

hib

itio

n o

f th

e u

se o

f th

e la

nd

(a)

to

gro

w p

lants

fo

r h

um

an c

on

sum

pti

on

, an

d

any o

ther

use

that

pro

mo

tes

freq

uen

t co

nta

ct b

y ch

ildre

n. C

onsu

lt a

dir

ecto

r fo

r fu

rther

ad

vic

e.

3.

Inta

ke

pat

hw

ay o

f ex

po

sure

mo

del

led i

s in

adver

tent

inges

tio

n o

f so

il.

4.

AL

, P

L, C

L a

nd I

L s

tandar

ds

are

set

equal

to t

he

corr

esp

ondin

g 2

01

6 D

raft

Can

adia

n C

ou

nci

l of

Min

iste

rs o

f th

e E

nvir

onm

ent

(CC

ME

) so

il q

ual

ity c

rite

ria.

WL

N s

tand

ard

is

der

ived

by d

ivid

ing

the

20

16

Dra

ft C

CM

E p

ark

lan

d s

oil

qual

ity c

rite

rio

n b

y t

he

Wil

dla

nd

s d

ivis

or.

W

LR s

tandar

d i

s se

t eq

ual

to t

he

20

16 D

raft

CC

ME

par

kla

nd

soil

qu

alit

y c

rite

rio

n.

RL

LD

sta

nd

ard

is

set

equal

to

the

20

16

Dra

ft C

CM

E r

esid

enti

al s

oil

qual

ity c

rite

rio

n.

RL

HD s

tand

ard i

s se

t eq

ual

to

the

20

16

Dra

ft C

CM

E c

om

mer

cial

so

il q

ual

ity c

rite

rio

n.

5

. N

S

no s

tandar

d. In

suff

icie

nt

acce

pta

ble

sci

enti

fic

dat

a ex

ists

to

cal

cula

te a

sta

ndar

d, o

r no a

ppro

pri

ate

stan

dar

d,

guid

elin

e or

crit

erio

n e

xis

ts t

o d

evel

op a

so

il q

ual

ity s

tandar

d.





MAT

RIX

22 -

NUM

ERIC

AL S

OIL

STA

NDAR

DS1

MO

LYBD

ENUM

( CH

EMIC

AL A

BSTR

ACT

SERV

ICE

NUM

BER

7439

-98-

7)

Note

s1.

All

val

ues

in µ

g/g

unle

ss o

ther

wis

e st

ated

. S

ubst

ance

s m

ust

be a

naly

zed

usin

g m

etho

ds s

peci

fied

in

the

2015

Bri

tish

Col

umbi

a E

nvir

onm

enta

l L

abor

ator

y M

anua

l, a

s up

date

d fr

omti

me

to t

ime,

a d

irec

tor’

s pr

otoc

ol o

r al

tern

ate

met

hods

acc

epta

ble

to a

dir

ecto

r.

2.T

he s

ite-

spec

ific

fac

tors

of

hum

an i

ntak

e of

con

tam

inat

ed s

oil a

nd t

oxic

ity

to s

oil

inve

rteb

rate

s an

d pl

ants

spe

cifi

ed i

n th

is m

atri

x ap

ply

at a

ll s

ites

. The

hig

h de

nsit

y re

side

ntia

lla

nd u

se s

tand

ards

of

this

mat

rix

assu

me

the

proh

ibit

ion

of t

he u

se o

f th

e la

nd (

a) t

o gr

ow p

lant

s fo

r hu

man

con

sum

ptio

n, a

nd (

b) a

s a

chil

dren

’s p

layg

roun

d, s

port

s fi

eld,

pic

nic

area

or

any

othe

r us

e th

at p

rom

otes

fre

quen

t co

ntac

t by

chi

ldre

n. C

onsu

lt a

dir

ecto

r fo

r fu

rthe

r ad

vice

.

COLU

MN

1CO

LUM

N2

COLU

MN

3CO

LUM

N4

COLU

MN

5CO

LUM

N6

COLU

MN

7CO

LUM

N8

COLU

MN

9No

te

Site

-spe

cific

Fac

tor

Wild

land

sNa

tura

l(W

L N)

Wild

land

sRe

verte

d(W

L R)

Agric

ultu

ral

(AL)

Urba

n Pa

rk(P

L)

Resi

dent

ial

Low

Dens

ity(R

L LD)

Resi

dent

ial

High

Den

sity

(RL H

D)

Com

mer

cial

(CL)

Indu

stria

l(IL

)2

HUM

AN H

EALT

H P

ROTE

CTIO

NIn

take

of

cont

amin

ated

soi

l

Gro

undw

ater

use

d fo

r dr

inki

ng w

ater

400

15

400

15

200

15

400

15

200

15

400

15

1 50

0

15

35 0

00

15

3

ENVI

RONM

ENTA

L

PRO

TECT

ION

Tox

icit

y to

soi

l in

vert

ebra

tes

and

plan

ts

Liv

esto

ck i

nges

ting

soi

l an

d fo

dder

Maj

or m

icro

bial

fun

ctio

nal

impa

irm

ent

Gro

undw

ater

flo

w t

o su

rfac

e w

ater

us

ed b

y aq

uati

c li

fe

Gro

undw

ater

use

d fo

r li

vest

ock

wat

erin

g

Gro

undw

ater

use

d fo

r ir

riga

tion

60 650

80 650

80 NS

NS

650

3.5 3

80 650 3

80 650 3

150

650 3

150

650

150

650

4 4 5,6



Schedule 3.1


3.

Inta

ke p

athw

ay o

f ex

posu

re m

odel

led

is i

nadv

erte

nt i

nges

tion

of

soil

.4.

N

S –

no s

tand

ard.

Ins

uffi

cien

t ac

cept

able

sci

enti

fic

data

exi

sts

to c

alcu

late

a s

tand

ard,

or

no a

ppro

pria

te s

tand

ard,

gui

deli

ne o

rcr

iter

ion

exis

ts t

o de

velo

p a

soil

qua

lity

sta

ndar

d.

5.S

tand

ards

hav

e be

en a

djus

ted

base

d on

the

201

6 re

fere

nce

Pro

vinc

ial

back

grou

nd s

oil

conc

entr

atio

n fo

r th

e su

bsta

nce.

6.

Wat

er s

tand

ard

for

irri

gati

on w

ater

(IW

) us

ed i

n th

e so

il to

gro

undw

ater

tra

nspo

rt m

odel

to

deri

ve t

he g

roun

dwat

er u

sed

for

irri

gati

on s

oil

stan

dard

var

ies

wit

h cr

op, s

oil

drai

nage

and

Mo:

Cu

rati

o. A

n IW

sta

ndar

d of

10

g/L

was

ass

umed

in

deri

ving

the

gro

undw

ater

use

d fo

r ir

riga

tion

soi

l st

anda

rds.

Con

sult

a d

irec

tor

for

furt

her

advi

ce.





MAT

RIX

23 -

NUM

ERIC

AL S

OIL

STA

NDAR

DS1

NAPH

THAL

ENE

( CH

EMIC

AL A

BSTR

ACT

SERV

ICE

NUM

BER

91-2

0-3)

Not

es1.

All

val

ues

in µ

g/g

unle

ss o

ther

wis

e st

ated

. S

ubst

ance

s m

ust

be a

naly

zed

usin

g m

etho

ds s

peci

fied

in

the

2015

Bri

tish

Col

umbi

a E

nvir

onm

enta

l L

abor

ator

y M

anua

l, a

s up

date

d fr

om

tim

eto

tim

e, a

dir

ecto

r’s

prot

ocol

or

alte

rnat

e m

etho

ds a

ccep

tabl

e to

a d

irec

tor.

2.

The

sit

e-sp

ecif

ic f

acto

rs o

f hu

man

int

ake

of c

onta

min

ated

so

il a

nd t

oxic

ity

to s

oil

inve

rteb

rate

s an

d pl

ants

spe

cifi

ed i

n th

is m

atri

x ap

ply

at a

ll s

ites

. The

hig

h de

nsit

y re

side

ntia

l la

ndus

e st

anda

rds

of t

his

mat

rix

assu

me

the

proh

ibit

ion

of t

he u

se o

f th

e la

nd (

a) t

o gr

ow p

lant

s fo

r hu

man

con

sum

ptio

n, a

nd (

b) a

s a

chil

dren

’s p

layg

roun

d, s

port

s fi

eld,

pic

nic

area

or

any

othe

r us

e th

at p

rom

otes

fre

quen

t co

ntac

t b

y ch

ildr

en.C

ons

ult

a di

rect

or f

or f

urth

er a

dvic

e.

COLU

MN

1CO

LUM

N2

COLU

MN

3CO

LUM

N4

COLU

MN

5CO

LUM

N6

COLU

MN

7CO

LUM

N8

COLU

MN

9No

te

Site

-spe

cific

Fac

tor

Wild

land

sNa

tura

l(W

L N)

Wild

land

sRe

verte

d(W

L R)

Agric

ultu

ral

(AL)

Urba

n Pa

rk(P

L)

Resi

dent

ial

Low

Den

sity

(RL L

D)

Resi

dent

ial

High

Den

sity

(RL H

D)

Com

mer

cial

(CL)

Indu

stria

l(IL

)2

HU

MA

N H

EALT

H P

RO

TECT

ION

Inta

ke o

f co

ntam

inat

ed s

oil

Gro

und

wat

er u

sed

for

drin

king

wat

er

150

0

100

1 50

0

100

850

100

1 50

0

100

850

100

1 50

0

100

5 00

0

100

150

000

100

3 4

ENVI

RONM

ENTA

L

PRO

TEC

TIO

NT

oxic

ity

to s

oil

inve

rteb

rate

s an

d pl

ants

Liv

esto

ck i

nges

ting

soi

l an

d fo

dder

Maj

or m

icro

bial

fun

ctio

nal

impa

irm

ent

Gro

und

wat

er f

low

to

surf

ace

wat

er

used

by

aqua

tic

life

Gro

und

wat

er u

sed

for

live

stoc

k w

ater

ing

Gro

und

wat

er u

sed

for

irri

gati

on

0.4

75

0.6

75

0.6

NS

NS

75 NS

NS

0.6

75 NS

0.6

75 NS

20 75 NS

20 75

20 75

5 6 6 6 6



Schedule 3.1


3.

Inta

ke p

athw

ay o

f ex

posu

re m

odel

led

is i

nadv

erte

nt i

nges

tio

n of

soi

l.4.

Sta

ndar

d ha

s be

en a

djus

ted

base

d on

a m

odel

led

leac

hate

con

cent

rati

on

equi

vale

nt t

o th

e su

bsta

nce

solu

bili

ty l

imit

for

use

in

the

soil

to

grou

ndw

ater

tra

nspo

rt m

odel

.

5.A

L, P

L, C

L a

nd I

L s

tand

ards

are

set

equ

al t

o th

e co

rres

pond

ing

1997

Can

adia

n C

ounc

il o

f M

inis

ters

of

the

Env

iron

men

t (C

CM

E)

prov

isio

nal

soil

qua

lity

cri

teri

a. W

LN

stan

dard

is

deri

ved

by

divi

ding

the

199

7 C

CM

E p

arkl

and

prov

isio

nal

soil

qua

lity

cri

teri

on b

y th

e P

roto

col

28, “

2016

Sta

ndar

ds D

eriv

atio

n M

etho

ds”,

Wil

dlan

ds d

ivis

or.

WL

Rst

anda

rd i

s se

t eq

ual

to t

he 1

997

CC

ME

park

land

pro

visi

onal

soi

l qu

alit

y cr

iter

ion.

RL

LD

stan

dard

is

set

equa

l to

the

199

7 C

CM

E r

esid

enti

al p

rovi

sion

al s

oil

qua

lity

cri

teri

on. R

LH

Dst

anda

rd i

s se

t eq

ual

to t

he 1

997

CC

ME

com

mer

cial

prov

isio

nal

soil

qua

lity

cri

teri

on.

6.

NS

–no

sta

ndar

d. I

nsuf

fici

ent

acce

ptab

le s

cien

tifi

c da

ta e

xist

s to

cal

cula

te a

sta

ndar

d, o

r no

app

ropr

iate

sta

ndar

d, g

uide

line

or c

rite

rion

exi

sts

to d

evel

op a

soi

l qu

alit

y st

anda

rd.





MAT

RIX

24 -

NUM

ERIC

AL S

OIL

STA

NDAR

DS1

NICK

EL ( C

HEM

ICAL

ABS

TRAC

T SE

RVIC

E NU

MBE

R 74

40-0

2-0)

CO

LUM

N1

COLU

MN

2CO

LUM

N3

COLU

MN

4CO

LUM

N5

COLU

MN

6CO

LUM

N7

COLU

MN

8CO

LUM

N9

Note

Site

-spe

cific

Fac

tor

Wild

land

sNa

tura

l(W

L N)

Wild

land

sRe

verte

d(W

L R)

Agric

ultu

ral

(AL)

Urba

n Pa

rk(P

L)

Resi

dent

ial

Low

Den

sity

(RL L

D)

Resi

dent

ial

High

Den

sity

(RL H

D)

Com

mer

cial

(CL)

Indu

stria

l(IL

)2

HU

MA

N H

EALT

H P

RO

TEC

TIO

NIn

take

of

cont

amin

ated

soi

l

Gro

und

wat

er u

sed

for

drin

king

wat

er

pH <

7.5

pH 7

.5 -

< 8

.0

900

70 250

500

900

70 250

500

450

70 250

500

900

70 250

500

450

70 250

500

900

70 250

500

3 00

0

70 250

500

80 0

00

70 250

500

3 4,5 4 4

ENVI

RONM

ENTA

L

PRO

TEC

TIO

NT

oxic

ity

to s

oil

inve

rteb

rate

s an

d pl

ants

Liv

esto

ck i

nges

ting

soi

l an

d fo

dder

Maj

or m

icro

bial

fun

ctio

nal

impa

irm

ent

Gro

und

wat

er f

low

to

surf

ace

wat

er

used

by

aqua

tic

life

Fre

shw

ater

pH <

5.0

pH 5

.0 -

< 5

.5pH

5.5

-<

6.0

pH 6

.0 -

< 6

.5pH

6.5

-<

7.0

pH 7

.0 -

< 7

.5pH

7.5

-<

8.0

100

90 100

150

200

300

900

5 00

09

500

150

90 100

150

200

300

900

5 00

09

500

150

250

150

90 100

150

200

300

900

5 00

09

500

150

90 100

150

200

300

900

5 00

09

500

150

90 100

150

200

300

900

5 00

09

500

250

90 100

150

200

300

900

5 00

09

500

250

90 100

150

200

300

900

5 00

09

500

250

90 100

150

200

300

900

5 00

09

500

6 4,7

4,7

4,7

4,7

4,7

4,7

4,7

4,7



Schedule 3.1


Mar

ine

pH <

7.5

pH 7

.5 -

< 8

.0

Gro

und

wat

er u

sed

for

live

stoc

k w

ater

ing

pH <

5.0

pH 5

.0 -

< 5

.5pH

5.5

-<

6.0

pH 6

.0 -

< 6

.5pH

6.5

-<

7.0

pH 7

.0 -

< 7

.5pH

7.5

-<

8.0

Gro

und

wat

er u

sed

for

irri

gati

on

pH <

7.0

pH 7

.0 -

< 7

.5pH

7.5

-<

8.0

70 250

500

70 250

500

70 250

500

70 80 100

150

200

600

3 50

06

500

70 100

650

1 50

0

70 250

500

70 100

650

1 50

0

70 250

500

70 100

650

1 50

0

70 250

500

70 100

650

1 50

0

70 250

500

70 250

500

4,5 4 4 4,5 4 4 4 4 4 4 4 4,5 4 4 4

N

otes

1.

All

val

ues

in µ

g/g

unle

ss o

ther

wis

e st

ated

. S

ubst

ance

s m

ust

be a

naly

zed

usin

g m

etho

ds s

peci

fied

in

the

2015

Bri

tish

Col

umbi

a E

nvir

onm

enta

l L

abor

ator

y M

anua

l, a

s up

date

d fr

om

tim

e to

tim

e, a

dir

ecto

r’s

prot

ocol

, or

alte

rnat

e m

etho

ds a

ccep

tabl

e to

a d

irec

tor.

2.

T

he s

ite-

spec

ific

fac

tors

of

hum

an i

ntak

e of

cont

amin

ated

soi

l an

d to

xici

ty t

o so

il i

nver

tebr

ates

and

pla

nts

spec

ifie

d in

thi

s m

atri

x ap

ply

at a

ll s

ites

. T

he h

igh

dens

ity

resi

dent

ial

land

us

e st

anda

rds

of t

his

mat

rix

assu

me

the

proh

ibit

ion

of t

he u

se o

f th

e la

nd (

a) t

o gr

ow

pla

nts

for

hum

an c

onsu

mpt

ion,

and

(b)

as

a ch

ildr

en’s

pla

ygro

und,

spo

rts

fiel

d, p

icni

c ar

ea o

r an

yot

her

use

that

pro

mot

es f

requ

ent

cont

act

by

chil

dren

. Co

nsul

t a

dire

ctor

for

fur

ther

adv

ice.

3.

Inta

ke p

athw

ay o

f ex

posu

re m

odel

led

is i

nadv

erte

nt i

nges

tion

of

soil

.4.

The

pH

is

the

pH o

f th

e so

il a

t a

site

. 5.

Sta

ndar

ds h

ave

been

adj

uste

d ba

sed

on 2

016

refe

renc

e P

rovi

ncia

l ba

ckgr

ound

soi

l co

ncen

trat

ion

for

the

subs

tanc

e.

6. S

tand

ard

is s

et e

qual

to

2015

Can

adia

n C

ounc

il o

f M

inis

ters

of

the

Env

iron

men

t, N

utri

ent

and

ener

gy c

ycli

ng c

heck

val

ue.

7. S

tand

ard

vari

es w

ith

rece

ivin

g w

ater

har

dnes

s (H

). H

> 1

80 m

g/L

as

CaC

O3

is a

ssum

ed.

Con

sult

dir

ecto

r fo

r fu

rthe

r ad

vice

.





MA

TR

IX 2

5 - N

UM

ERIC

AL

SO

IL S

TAN

DA

RD

S1,2

NO

NY

LPH

EN

OL

AN

D N

ON

YL

PHE

NO

L E

TH

OX

YL

AT

ES

( C

HEM

ICA

L A

BST

RA

CT

SER

VIC

E N

UM

BER

N/A

)

COL

UMN

1

C

OL

UMN

2

C

OL

UMN

3

C

OL

UMN

4

C

OL

UMN

5

C

OL

UMN

6

C

OL

UMN

7

C

OL

UMN

8

C

OL

UMN

9

Note

Site-specific

Factor

Wildlands

Natural

(WLN)

Wildlands

Reverted

(WLR)

Agricultural

(AL)

Urban

Park

(PL)

Residential

Low

Density

(RLLD)

Residential

High

Density

(RLHD)

Commercial

(CL)

Industrial

(IL)

3

HU

MA

N H

EA

LT

H P

RO

TEC

TIO

N

Inta

ke o

f con

tam

inat

ed so

il

Gro

undw

ater

use

d fo

r drin

king

wat

er

40

0 20

40

0 20

20

0 20

40

0 20

20

0 20

40

0 20

1

000 20

35

000

20

4 5 E

NV

IRO

NM

ENT

AL

PR

OTE

CT

ION

To

xici

ty to

soil

inve

rtebr

ates

and

pl

ants

Li

vest

ock

inge

stin

g so

il an

d fo

dder

M

ajor

mic

robi

al fu

nctio

nal i

mpa

irmen

t G

roun

dwat

er fl

ow to

surf

ace

wat

er

used

by

aqua

tic li

fe

Fr

eshw

ater

Mar

ine

Gro

undw

ater

use

d fo

r liv

esto

ck

wat

erin

g

3.5 4 3

5.5 4 3

5.5 NS NS 4 3 NS

5.5 4 3

5.5 4 3

15 4 3

15 4 3

15 4 3

6 7 7 5 5 7



Schedule 3.1


Not

es

1.

All

valu

es in

μg/

g un

less

oth

erw

ise

stat

ed.

Subs

tanc

es m

ust b

e an

alyz

ed u

sing

met

hods

spe

cifi

ed in

the 20

15 B

ritis

h C

olum

bia

Env

iron

men

tal L

abor

ator

y M

anua

l, as

upd

ated

from

prot

ocol

or a

ltern

ate

met

hods

acc

epta

ble

to a

dire

ctor

. 2.

N

onyl

phen

ol in

clud

es re

late

d no

nylp

heno

lic a

nd o

ctyl

phen

olic

com

poun

ds, i

nclu

ding

eth

oxyl

ates

. Con

sult

a di

rect

or fo

r fur

ther

adv

ice.

3.

T

he s

ite-s

peci

fic fa

ctor

s of

hum

an in

take

of c

onta

min

ated

soi

l and

toxi

city

to s

oil i

nver

tebr

ates

and

pla

nts

spec

ifie

d in

this

mat

rix

appl

y at

all

site

s. T

he h

igh

dens

ity re

side

ntia

l

land

use

sta

ndar

ds o

f thi

s m

atri

x as

sum

e th

e pr

ohib

ition

of t

he u

se o

f the

land

(a) t

o gr

ow p

lant

s fo

r hum

an c

onsu

mpt

ion,

and

(b) a

s

or

any

oth

er u

se th

at p

rom

otes

freq

uent

con

tact

by

child

ren.

Con

sult

a di

rect

or fo

r fur

ther

adv

ice.

4.

In

take

pat

hway

of e

xpos

ure

mod

elle

d is

inad

vert

ent i

nges

tion

of s

oil.

5.

Stan

dard

s ap

ply

to a

site

use

d fo

r an

indu

stria

l or c

omm

erci

al p

urpo

se o

r act

ivity

set

out

in S

ched

ule 2

as

(a

) ite

m A

6, A

8, A

10 o

r A12

,

(b) i

tem

H11

, H18

or H

19, o

r

(c) i

tem

I2 o

r I3.

6.

A

L, P

L, C

L an

d IL

sta

ndar

ds a

re s

et e

qual

to th

e co

rres

pond

ing 20

02 C

anad

ian

Cou

ncil

of M

inis

ters

of t

he E

nvir

onm

ent (

CC

ME

) soi

l qua

lity

crite

ria.

WL

N s

tand

ard

is d

eriv

ed b

y di

vidi

ng th

e 20

02 C

CM

E p

arkl

and

soil

qual

ity c

rite

rion

by

the

Wild

land

s di

viso

r. W

LR s

tand

ard

is s

et e

qual

to th

e 20

02 C

CM

E p

arkl

and

soil

qual

ity

crite

rion

. RL

LD s

tand

ard

is s

et e

qual

to th

e 20

02 C

CM

E re

side

ntia

l soi

l qua

lity

crite

rion

. RL

HD s

tand

ard

is s

et e

qual

to th

e 20

02 C

CM

E c

omm

erci

al s

oil q

ualit

y cr

iteri

on.

7.

N

S n

o st

anda

rd. I

nsuf

fici

ent a

ccep

tabl

e sc

ient

ific

data

exi

sts

to c

alcu

late

a s

tand

ard,

or n

o ap

prop

riat

e st

anda

rd, g

uide

line

or c

rite

rion

exi

sts

to d

evel

op a

soi

l qua

lity

stan

dard

.

Gro

undw

ater

use

d fo

r irr

igat

ion

N

S

NS

N

S

NS

7





MA

TRIX

26

-NU

MER

ICA

L SO

IL S

TAN

DA

RD

S1

PEN

TAC

HLO

RO

PHEN

OL

[PC

P] ( C

HEM

ICA

L A

BSTR

AC

T SE

RV

ICE

NU

MBE

R 87

-86-

5) CO

LUM

N1

COLU

MN

2CO

LUM

N3

COLU

MN

4CO

LUM

N5

COLU

MN

6CO

LUM

N7

COLU

MN

8CO

LUM

N9

Note

Site

-spe

cific

Fac

tor

Wild

land

sNa

tura

l(W

L N)

Wild

land

sRe

verte

d(W

L R)

Agric

ultu

ral

(AL)

Urba

n Pa

rk(P

L)

Resi

dent

ial

Low

Den

sity

(RL L

D)

Resi

dent

ial

High

Den

sity

(RL H

D)

Com

mer

cial

(CL)

Indu

stria

l(IL

)2

HU

MA

N H

EALT

H P

RO

TEC

TIO

NIn

take

of

cont

amin

ated

so

il

Gro

und

wat

er u

sed

for

drin

king

wat

er

pH <

5.0

pH 5

.0 -

< 5

.5pH

5.5

-<

6.0

pH 6

.0 -

< 6

.5pH

6.5

-<

7.0

20

0

30

02

00

75 9 2.5

1.5

20

0

30

02

00

75 9 2.5

1.5

90

30

02

00

75 9 2.5

1.5

20

0

30

02

00

75 9 2.5

1.5

90

30

02

00

75 9 2.5

1.5

20

0

30

02

00

75 9 2.5

1.5

55

0

30

02

00

75 9 2.5

1.5

90

0

30

02

00

75 9 2.5

1.5

3 4,5

4,5 4 4 4 4

ENV

IRO

NM

ENTA

L

PRO

TEC

TIO

NT

oxi

city

to

so

il i

nve

rteb

rate

s an

d

plan

ts

Liv

esto

ck i

nge

stin

g so

il a

nd f

od

der

Maj

or

mic

rob

ial

func

tio

nal

imp

airm

ent

Gro

und

wat

er f

low

to

surf

ace

wat

er

used

by

aqua

tic

life

pH <

5.0

pH 5

.0 -

< 5

.5pH

5.5

-<

6.0

pH 6

.0 -

<6.

5

10

30

01

50

20.

250.

1

25

30

01

50

20.

250.

1

25

NS

NS

30

01

50

20.

250.

1

25

30

01

50

20.

250.

1

25

30

01

50

20.

250.

1

55

30

01

50

20.

250.

1

55

30

01

50

20.

250.

1

55

30

01

50

20.

250.

1

6 6

4,5,

74,

74,

74,

74,

7



Schedule 3.1


Gro

und

wat

er u

sed

for

live

stoc

k w

ater

ing

pH <

5.0

pH 5

.0 -

< 5

.5pH

5.5

-<

6.0

pH 6

.0 -

< 6

.5pH

6.5

-<

7.0

Gro

und

wat

er u

sed

for

irri

gati

on

300

200

65 4.5

1.5

0.75

NS

NS

NS

NS

4,5

4,5 4 4 4 4 6

N

otes

1. A

ll v

alue

s in

µg/

g un

less

oth

erw

ise

stat

ed.

Sub

stan

ces

mus

tbe

ana

lyze

d us

ing

met

hods

spe

cifi

ed i

n th

e 20

15 B

riti

sh C

olum

bia

Env

iron

men

tal

Lab

orat

ory

Man

ual,

as

upda

ted

from

ti

me

to t

ime,

a d

irec

tor’

s pr

otoc

ol, o

r al

tern

ate

met

hods

acc

epta

ble

to a

dir

ecto

r.

2. T

he s

ite-

spec

ific

fac

tors

of

hum

an i

ntak

e o

f co

ntam

inat

ed s

oil

and

toxi

city

to

soil

inv

erte

brat

es a

nd p

lant

s sp

ecif

ied

in t

his

mat

rix

appl

y at

all

sit

es. T

he h

igh

dens

ity

resi

dent

ial

land

us

e st

anda

rds

of t

his

mat

rix

assu

me

the

proh

ibit

ion

of t

he u

se o

f th

e la

nd (

a) t

o gr

ow p

lant

s fo

r hu

man

con

sum

ptio

n, a

nd (

b) a

s a

chil

dren

’s p

layg

roun

d, s

port

s fi

eld,

pic

nic

area

or

any

othe

r us

e th

at p

rom

otes

fre

quen

t co

ntac

t b

y ch

ildr

en. C

ons

ult

a di

rect

or f

or f

urth

er a

dvic

e.3.

Int

ake

path

way

of

expo

sure

mod

elle

d is

ina

dver

tent

ing

esti

on o

f so

il.

4. T

he p

H i

s th

e pH

of

the

soil

at

a si

te.

5. S

tand

ard

has

been

adj

uste

d ba

sed

on a

mod

elle

d le

acha

te c

once

ntra

tio

n eq

uiva

lent

to

the

subs

tanc

e so

lubi

lity

lim

it f

or u

se i

n th

e so

il t

o gr

ound

wat

er t

rans

port

mod

el.

6. N

S –

no s

tand

ard.

Ins

uffi

cien

t ac

cept

able

sci

enti

fic

data

exi

sts

to c

alcu

late

a s

tand

ard,

or

no a

ppro

pria

te s

tand

ard,

gui

deli

ne o

rcr

iter

ion

exis

ts t

o de

velo

p a

soil

qua

lity

sta

ndar

d.

7. W

ater

sta

ndar

d fo

r aq

uati

c li

fe (

AW

) us

ed i

n th

e so

il t

o gr

ound

wat

er t

rans

port

mod

el t

o de

rive

the

gro

und

wat

er f

low

to

surf

ace

wat

er u

sed

by

aqua

tic

life

soi

l st

anda

rds

vari

es w

ith

the

tem

pera

ture

of

the

surf

ace

wat

er u

sed

by

aqua

tic

life

. A

sur

face

wat

er t

empe

ratu

re o

f 2

0o C w

as a

ssum

ed i

n de

rivi

ng t

he g

roun

dw

ater

flo

w t

o su

rfac

e w

ater

use

d b

y aq

uati

c li

fe s

oil

sta

ndar

d.

Con

sult

a d

irec

tor

for

furt

her

advi

ce.





MAT

RIX

27-N

UMER

ICAL

SO

IL S

TAND

ARDS

1

PERF

LUO

ROO

CTAN

E SU

LFO

NATE

[PFO

S] ( C

HEM

ICAL

ABS

TRAC

T SE

RVIC

E N

UMBE

R 17

63-2

3-1)

Not

es1.

All

val

ues

in µ

g/g

unle

ss o

ther

wis

e st

ated

. S

ubst

ance

s m

ust

be a

naly

zed

usin

g m

etho

ds s

peci

fied

in

the

2015

Bri

tish

Col

umbi

a E

nvir

onm

enta

l L

abor

ator

y M

anua

l, a

s up

date

d fr

om

tim

e to

tim

e, a

dir

ecto

r’s

prot

ocol

or

alte

rnat

e m

etho

ds a

ccep

tabl

e to

a d

irec

tor.

2.

The

sit

e-sp

ecif

ic f

acto

rs o

f hu

man

int

ake

of c

onta

min

ated

so

il a

nd t

oxic

ity

to s

oil

inve

rteb

rate

s an

d pl

ants

spe

cifi

ed i

n th

is m

atri

x ap

ply

at a

ll s

ites

. The

hig

h de

nsit

y re

side

ntia

lla

nd u

se s

tand

ards

of

this

mat

rix

assu

me

the

proh

ibit

ion

of t

he u

se o

f th

e la

nd (

a) t

o gr

ow

pla

nts

for

hum

an c

onsu

mpt

ion,

and

(b)

as a

chi

ldre

n’s

play

gro

und,

spo

rts

fiel

d, p

icni

c ar

ea o

ran

y ot

her

use

that

pro

mot

es f

requ

ent

cont

act

by

chil

dren

. Co

nsul

t a

dire

ctor

for

fur

ther

adv

ice.

3.

Inta

ke p

athw

ay o

f ex

posu

re m

odel

led

is i

nadv

erte

nt i

nges

tio

n of

soi

l.

COLU

MN

1CO

LUM

N2

COLU

MN

3CO

LUM

N4

COLU

MN

5CO

LUM

N6

COLU

MN

7CO

LUM

N8

COLU

MN

9No

te

Site

-spe

cific

Fac

tor

Wild

land

sNa

tura

l(W

L N)

Wild

land

sRe

verte

d(W

L R)

Agric

ultu

ral

(AL)

Urba

n Pa

rk(P

L)

Resi

dent

ial

Low

Den

sity

(RL L

D)

Resi

dent

ial

High

Den

sity

(RL H

D)

Com

mer

cial

(CL)

Indu

stria

l(IL

)2

HU

MA

N H

EALT

H P

RO

TECT

ION

Inta

ke o

f co

ntam

inat

ed s

oil

Gro

und

wat

er u

sed

for

drin

king

wat

er

2.5

0.35

2.5

0.35

1

0.35

2.5

0.35

1

0.35

2.5

0.35

7.5

0.35

200

0.35

3 4

ENVI

RONM

ENTA

L

PRO

TEC

TIO

NT

oxic

ity

to s

oil

inve

rteb

rate

s an

d pl

ants

Liv

esto

ck i

nges

ting

soi

l an

d fo

dder

Maj

or m

icro

bial

fun

ctio

nal

impa

irm

ent

Gro

und

wat

er f

low

to

surf

ace

wat

er

used

by

aqua

tic

life

Gro

und

wat

er u

sed

for

live

stoc

k w

ater

ing

Gro

und

wat

er u

sed

for

irri

gati

on

40 9

70 9

70 NS

NS 9 NS

NS

70 9 NS

70 9 NS

150

9 NS

150 9

150 9

5 5 4,6 5 5



Schedule 3.1


4.

Sta

nd

ard

s ap

ply

to

a s

ite

use

d f

or

an i

nd

ust

rial

or

com

mer

cial

purp

ose

or

acti

vit

y s

et o

ut

in S

ched

ule

2 a

s(a

) i

tem

A4

,(b

) i

tem

C3

,(c

) i

tem

E1

0,

or

(d)

ite

m G

1.

5.

NS

–no

sta

nd

ard

. In

suff

icie

nt

acce

pta

ble

sci

enti

fic

dat

a ex

ists

to

cal

cula

te a

sta

nd

ard

, o

r no

ap

pro

pri

ate

stan

dar

d,

guid

elin

e o

rcr

iter

ion e

xis

ts t

o d

evel

op

a s

oil

qual

ity s

tand

ard

.6

. S

tand

ard

has

bee

n a

dju

sted

bas

ed o

n a

mo

del

led

lea

chat

e co

nce

ntr

atio

n e

quiv

alen

t to

th

e su

bst

ance

so

lub

ilit

y l

imit

fo

r use

in t

he

soil

to

gro

und

wat

er t

ransp

ort

mo

del

.





MAT

RIX

28-N

UMER

ICAL

SO

IL S

TAND

ARDS

1

PHEN

OL

( CH

EMIC

AL A

BSTR

ACT

SERV

ICE

NUM

BER

108-

95-2

)

Not

es1.

All

val

ues

in µ

g/g

unle

ss o

ther

wis

e st

ated

. S

ubst

ance

s m

ust

be a

naly

zed

usin

g m

etho

ds s

peci

fied

in

the

2015

Bri

tish

Col

umbi

a E

nvir

onm

enta

l L

abor

ator

y M

anua

l, a

s up

date

d fr

om

tim

e to

tim

e, a

dir

ecto

r’s

prot

ocol

or

alte

rnat

e m

etho

ds a

ccep

tabl

e to

a d

irec

tor.

2.

The

sit

e-sp

ecif

ic f

acto

rs o

f hu

man

int

ake

of c

onta

min

ated

so

il a

nd t

oxic

ity

to s

oil

inve

rteb

rate

s an

d pl

ants

spe

cifi

ed i

n th

is m

atri

x ap

ply

at a

ll s

ites

. The

hig

h de

nsit

y re

side

ntia

l la

ndus

e st

anda

rds

of t

his

mat

rix

assu

me

the

proh

ibit

ion

of t

he u

se o

f th

e la

nd (

a) t

o gr

ow p

lant

s fo

r hu

man

con

sum

ptio

n, a

nd (

b) a

s a

chil

dren

’s p

layg

roun

d, s

port

s fi

eld,

pic

nic

area

or

any

othe

r us

e th

at p

rom

otes

fre

quen

t co

ntac

t b

y ch

ildr

en. C

ons

ult

a di

rect

or f

or f

urth

er a

dvic

e.3.

In

take

pat

hway

of

expo

sure

mod

elle

d is

ina

dver

tent

ing

esti

on

of s

oil.

COLU

MN

1CO

LUM

N2

COLU

MN

3CO

LUM

N4

COLU

MN

5CO

LUM

N6

COLU

MN

7CO

LUM

N8

COLU

MN

9No

te

Site

-spe

cific

Fac

tor

Wild

land

sNa

tura

l(W

L N)

Wild

land

sRe

verte

d(W

L R)

Agric

ultu

ral

(AL)

Urba

n Pa

rk(P

L)

Resi

dent

ial

Low

Den

sity

(RL L

D)

Resi

dent

ial

High

Den

sity

(RL H

D)

Com

mer

cial

(CL)

Indu

stria

l(IL

)2

HU

MA

N H

EALT

H P

RO

TECT

ION

Inta

ke o

f co

ntam

inat

ed s

oil

Gro

und

wat

er u

sed

for

drin

king

wat

er

25 0

00

7.5

25 0

00

7.5

10 0

00

7.5

25 0

00

7.5

10 0

00

7.5

25 0

00

7.5

75 0

00

7.5

> 1

000

mg/

g

7.5

3

ENVI

RONM

ENTA

L

PRO

TEC

TIO

NT

oxic

ity

to s

oil

inve

rteb

rate

s an

d pl

ants

Liv

esto

ck i

nges

ting

soi

l an

d fo

dder

Maj

or m

icro

bial

fun

ctio

nal

impa

irm

ent

Gro

und

wat

er f

low

to

surf

ace

wat

er

used

by

aqua

tic

life

Gro

und

wat

er u

sed

for

live

stoc

k w

ater

ing

Gro

und

wat

er u

sed

for

irri

gati

on

80 15

150

15

150

NS

NS

15 NS

NS

150

15 NS

150

15 NS

200

15 NS

200

15

200

15

4 4 4 4



Schedule 3.1


4.

NS

–no

sta

nd

ard

. In

suff

icie

nt

acce

pta

ble

sci

enti

fic

dat

a ex

ists

to

cal

cula

te a

sta

nd

ard

, o

r no a

pp

rop

riat

e st

and

ard

, guid

elin

e o

rcr

iter

ion e

xis

ts t

o d

evel

op

a s

oil

qual

ity s

tand

ard

.





MA

TRIX

29

-NU

MER

ICA

L SO

IL S

TAN

DA

RD

S1,2

POLY

CH

LOR

INA

TED

BIP

HEN

YLS

, TO

TAL

[PC

B S]

( CH

EMIC

AL

AB

STR

AC

T SE

RV

ICE

NU

MB

ER 1

336-

36-3

)

Not

es1

.A

ll v

alues

in µ

g/g

un

less

oth

erw

ise

stat

ed.

Sub

stan

ces

mu

stb

e an

alyze

d u

sin

g m

etho

ds

spec

ifie

d i

n t

he

20

15

Bri

tish

Co

lum

bia

Env

iro

nm

enta

l L

abo

rato

ry M

anual

, as

up

dat

ed f

rom

tim

eto

tim

e, a

dir

ecto

r’s

pro

toco

l o

r al

tern

ate

met

ho

ds

acce

pta

ble

to

a d

irec

tor.

2

.P

CB

s, t

ota

l in

so

il r

epre

sent

the

sum

of

Aro

clo

rs 1

01

6, 1

221

, 1

23

2,

124

2, 1

248

, 12

54,

126

0,

12

62

, an

d 1

26

8.

Dio

xin

-lik

e p

oly

chlo

rinat

ed b

iphen

yls

mu

st a

lso

be

eval

uat

ed a

s p

oly

chlo

rinat

ed d

ioxin

s an

d f

ura

ns.

3

. T

he

site

-sp

ecif

ic f

acto

rs o

f hu

man

in

take

of

conta

min

ated

so

il a

nd

to

xic

ity t

o s

oil

in

ver

teb

rate

s an

d p

lants

sp

ecif

ied

in

this

mat

rix a

pp

ly a

t al

l si

tes.

The

hig

h d

ensi

ty r

esid

enti

al l

and

CO

LUM

N1

CO

LUM

N2

CO

LUM

N3

CO

LUM

N4

CO

LUM

N5

CO

LUM

N6

CO

LUM

N7

CO

LUM

N8

CO

LUM

N9

Not

e

Site

-spe

cific

Fac

tor

Wild

land

sN

atur

al(W

L N)

Wild

land

sR

ever

ted

(WL R

)Ag

ricul

tura

l(A

L)U

rban

Par

k(P

L)

Res

iden

tial

Low

Den

sity

(RL L

D)

Res

iden

tial

Hig

h D

ensi

ty(R

L HD)

Com

mer

cial

(CL)

Indu

stria

l(IL

)3

HU

MA

N H

EALT

H P

RO

TEC

TIO

NIn

take

of

conta

min

ated

so

il

Gro

und

wat

er u

sed

fo

r d

rinkin

g w

ater

10

NS

10

NS

5 NS

10

NS

5 NS

10

NS

35

NS

90

0

NS

4 5

ENV

IRO

NM

ENTA

L

PRO

TEC

TIO

NT

oxic

ity t

o s

oil

in

ver

teb

rate

s an

d

pla

nts

Liv

esto

ck i

nges

tin

g s

oil

and

fo

dd

er

Maj

or

mic

rob

ial

funct

ional

im

pai

rmen

t

Gro

und

wat

er f

low

to

surf

ace

wat

er

use

d b

y a

quat

ic l

ife

Gro

und

wat

er u

sed

fo

r li

ves

tock

w

ater

ing

Gro

und

wat

er u

sed

fo

r ir

rigat

ion

0.8

NS

1.5

NS

1.5

NS

NS

NS

NS

NS

1.5

NS

NS

1.5

NS

NS

35

NS

NS

35

NS

35

NS

6 5 5 5 5 5



Schedule 3.1


use

sta

nd

ard

s o

f th

is m

atri

x a

ssu

me

the

pro

hib

itio

n o

f th

e u

se o

f th

e la

nd

(a)

to

gro

w p

lants

fo

r h

um

an c

on

sum

pti

on,

and

(b

) as

a c

hil

dre

n’s

pla

ygro

und

,sp

ort

s fi

eld

, p

icnic

are

a o

ran

y o

ther

use

that

pro

mo

tes

freq

uen

t co

nta

ct b

y c

hil

dre

n.

Co

nsu

lt a

dir

ecto

r fo

r fu

rther

ad

vic

e.4

. In

take

pat

hw

ay o

f ex

po

sure

mo

del

led

is

inad

ver

tent

inges

tio

n o

f so

il.

5.

NS

–no

sta

nd

ard

. In

suff

icie

nt

acce

pta

ble

sci

enti

fic

dat

a ex

ists

to

cal

cula

te a

sta

nd

ard

, o

r no a

pp

rop

riat

e st

and

ard

, guid

elin

e o

rcr

iter

ion e

xis

ts t

o d

evel

op

a s

oil

qual

ity s

tand

ard

.6

. A

L a

nd

PL

sta

nd

ard

s ar

e se

t eq

ual

to

the

corr

esp

ond

ing 1

99

9 C

anad

ian C

ou

nci

l o

f M

inis

ters

of

the

En

vir

on

men

t (C

CM

E)

tert

iary

co

nsu

mer

so

il &

fo

od

inges

tio

n c

rite

ria.

CL

an

d

IL s

tand

ard

s ar

e se

t eq

ual

to

the

corr

esp

ond

ing 1

99

9 C

CM

E s

oil

co

nta

ct c

rite

ria.

W

LN

stan

dar

d i

s d

eriv

ed b

y d

ivid

ing t

he

19

99

CC

ME

par

kla

nd

ter

tiar

y c

onsu

mer

so

il &

fo

od

inges

tio

n c

rite

rio

n b

y t

he

Pro

toco

l 28

, “2

01

6 S

tand

ard

s D

eriv

atio

ns

Met

ho

ds”

,W

ild

lan

ds

div

iso

r.

WL

Rst

and

ard

is

set

equal

to

the

19

99

CC

ME

par

kla

nd

ter

tiar

y c

onsu

mer

so

il &

fo

od

inges

tio

n c

rite

rio

n.

RL

LD

stan

dar

d i

s se

t eq

ual

to

the

19

99

CC

ME

res

iden

tial

ter

tiar

y c

on

sum

er s

oil

& f

oo

d i

nges

tio

n c

rite

rio

n.

RL

HD

stan

dar

d i

s se

t eq

ual

to

the

19

99

CC

ME

co

mm

erci

al s

oil

conta

ct c

rite

rio

n.





MAT

RIX

30-N

UMER

ICAL

SO

IL S

TAND

ARDS

1,2

POLY

CHLO

RINA

TED

DIO

XINS

AND

FUR

ANS

, TO

TAL

[PCD

DsAN

D PC

DFs]

( CH

EMIC

AL A

BSTR

ACT

SERV

ICE

NUM

BER

1746

-01-

6)

Not

es1.

All

val

ues

in µ

g/g

unle

ss o

ther

wis

e st

ated

. S

ubst

ance

s m

ust

be a

naly

zed

usin

g m

etho

ds s

peci

fied

in

the

2015

Bri

tish

Col

umbi

a E

nvir

onm

enta

l L

abor

ator

y M

anua

l, a

s up

date

d fr

om

tim

e to

tim

e, a

dir

ecto

r’s

prot

ocol

or

alte

rnat

e m

etho

ds a

ccep

tabl

e to

a d

irec

tor.

2.

Pol

ychl

orin

ated

dib

enzo

-p-d

ioxi

ns (

PC

DD

s) a

nd p

olyc

hlor

inat

ed d

iben

zofu

rans

(P

CD

Fs)

exp

ress

ed a

s 2,

3,7,

8-te

trac

hlor

odib

enzo

-p-d

ioxi

n (2

,3,7

,8-T

CD

D)

toxi

city

eq

uiva

lent

in

clud

es t

hose

sub

stan

ces

for

whi

ch 2

005

Wor

ld H

ealt

h O

rgan

izat

ion,

Int

erna

tio

nal

Pro

gram

me

on C

hem

ical

Saf

ety,

2,3

,7,8

-TC

DD

To

xici

ty E

quiv

alen

cy F

acto

rs (

IPC

S-T

EF

s) a

re

prov

ided

bel

ow:

COLU

MN

1CO

LUM

N2

COLU

MN

3CO

LUM

N4

COLU

MN

5CO

LUM

N6

COLU

MN

7CO

LUM

N8

COLU

MN

9No

te

Site

-spe

cific

Fac

tor

Wild

land

sNa

tura

l(W

L N)

Wild

land

sRe

verte

d(W

L R)

Agric

ultu

ral

(AL)

Urba

n Pa

rk(P

L)

Resi

dent

ial

Low

Den

sity

(RL L

D)

Resi

dent

ial

High

Den

sity

(RL H

D)

Com

mer

cial

(CL)

Indu

stria

l(IL

)3

HU

MA

N H

EALT

H P

RO

TECT

ION

Inta

ke o

f co

ntam

inat

ed s

oil

Gro

und

wat

er u

sed

for

drin

king

wat

er

0.00

02

NS

0.00

02

NS

0.00

0095

NS

0.00

02

NS

0.00

0095

NS

0.00

02

NS

0.00

06

NS

0.01

5

NS

4 5

ENVI

RONM

ENTA

L

PRO

TEC

TIO

NT

oxic

ity

to s

oil

inve

rteb

rate

s an

d pl

ants

Liv

esto

ck i

nges

ting

soi

l an

d fo

dder

Maj

or m

icro

bial

fun

ctio

nal

impa

irm

ent

Gro

und

wat

er f

low

to

surf

ace

wat

er

used

by

aqua

tic

life

Gro

und

wat

er u

sed

for

live

stoc

k w

ater

ing

Gro

und

wat

er u

sed

for

irri

gati

on

0.00

065

NS

0.00

1

NS

0.00

001

NS

NS

NS

NS

NS

0.00

1

NS

NS

0.00

1

NS

NS

0.00

25

NS

NS

0.00

25

NS

0.00

25

NS

6 5 5 5 5 5



Schedule 3.1


3. T

he s

ite-

spec

ific

fac

tors

of

hum

an i

ntak

e o

f co

ntam

inat

ed s

oil

and

toxi

city

to

soil

inv

erte

brat

es a

nd p

lant

s sp

ecif

ied

in t

his

mat

rix

appl

y at

all

sit

es. T

he h

igh

dens

ity

resi

dent

ial

land

use

stan

dard

s of

thi

s m

atri

x as

sum

e th

e pr

ohib

itio

n of

the

use

of

the

land

(a)

to

gro

w p

lant

s fo

r hu

man

con

sum

ptio

n, a

nd (

b) a

s a

chil

dren

’s p

layg

roun

d, s

port

s fi

eld,

pic

nic

area

or a

ny o

ther

use

tha

t pr

omo

tes

freq

uent

con

tact

by

chil

dren

. Con

sult

a d

irec

tor

for

furt

her

advi

ce.

4.

Inta

ke p

athw

ay o

f ex

posu

re m

odel

led

is i

nadv

erte

nt i

nges

tio

n of

soi

l.5.

N

S –

no s

tand

ard.

Ins

uffi

cien

t ac

cept

able

sci

enti

fic

data

exi

sts

to c

alcu

late

a s

tand

ard,

or

no a

ppro

pria

te s

tand

ard,

gui

deli

ne o

rcr

iter

ion

exis

ts t

ode

velo

p a

soil

qua

lity

sta

ndar

d.

6. A

L, P

L, C

L a

nd I

L s

tand

ards

are

set

equ

al t

o th

e co

rres

pond

ing

1991

Can

adia

n C

ounc

il o

f M

inis

ters

of

the

Env

iron

men

t (C

CM

E)

inte

rim

soi

l qu

alit

y cr

iter

ia.

WL

Nst

anda

rd i

s

WH

O, 2

005

2,3

,7,8

-TCD

D To

xici

ty E

quiv

alen

cy F

acto

rs (I

PCS-

TEFs

) for

Dio

xins

, Fur

ans a

nd

Diox

in-li

ke P

olyc

hlor

inat

ed B

iphe

nyls

(PCB

s)

Poly

chlo

rinat

ed d

iben

zo-p

-dio

xins

IPCS

-TEF

Poly

chlo

rinat

ed d

iben

zofu

rans

IPCS

-TEF

2,3,

7,8-

T4C

DD

1.0

2,3,

7,8-

T4C

DF

0.1

1,2,

3,7,

8-P

5C

DD

1.0

1,2,

3,7,

8-P

5C

DF

0.03

1,2,

3,4,

7,8-

H6C

DD

0.1

2,3,

4,7,

8-P

5C

DF

0.3

1,2,

3,6,

7,8-

H6C

DD

0.1

1,2,

3,4,

7,8-

H6C

DF

0.1

1,2,

3,7,

8,9-

H6C

DD

0.1

1,2,

3,6,

7,8-

H6C

DF

0.1

1,2,

3,4,

6,7,

8,-H

7C

DD

0.01

1,2,

3,7,

8,9-

H6C

DF

0.1

O8C

DD

0.00

032,

3,4,

6,7,

8-H

6C

DF

0.1

1,2,

3,4,

6,7,

8-H

7C

DF

0.01

1,2,

3,4,

7,8,

9-H

7C

DF

0.01

O8C

DF

0.00

03

Non-ortho

subs

titut

ed P

CBs

IPC

S-TE

FM

ono-ortho

subs

titut

ed P

CBs

IPC

S-TE

F3,

3’,4

,4’-

T4C

B (

PC

B 7

7)0.

0001

2,3,

3’,4

,4’-

P5C

B (

PC

B 1

05)

0.00

003

3,4,

4’,5

-T

4C

B (

PC

B 8

1)0.

0003

2,3,

4,4’

,5-P

5C

B (

PC

B 1

14)

0.00

003

3,3’

,4,4

’,5-

P5C

B (

PC

B 1

26)

0.1

2,3’

,4,4

’,5-

P5C

B (

PC

B 1

18)

0.00

003

3,3’

,4,4

’,5,

5’-H

6C

B (

PC

B 1

69)

0.03

2’,3

,4,4

’,5-

H6C

B (

PC

B 1

23)

0.00

003

2,3,

3’,4

,4’,

5-H

6C

B (

PC

B 1

56)

0.00

003

2,3,

3’,4

,4’,

5’-H

6C

B (

PC

B 1

57)

0.00

003

2,3’

,4,4

’,5,

5’-H

6C

B (

PC

B 1

67)

0.00

003

2,3,

3’,4

,4’,

5,5’

-H7C

B (

PC

B 1

89)

0.00

003





deri

ved

by d

ivid

ing

the

1991

CC

ME

int

erim

par

klan

d so

il q

uali

ty c

rite

rio

n b

y th

e P

roto

col

28, “

2016

Sta

ndar

ds D

eriv

atio

ns M

etho

ds”,

Wil

dlan

ds d

ivis

or.

WL

Rst

anda

rd i

s se

t

equa

l to

the

199

1CC

ME

int

erim

par

klan

d so

il q

uali

ty c

rite

rion

. RL

LD

stan

dard

is

set

equa

l to

the

199

1 C

CM

E i

nter

im r

esid

enti

al s

oil

qual

ity

crit

erio

n. R

LH

Dst

anda

rd i

s se

t eq

ual

to t

he 1

991

CC

ME

inte

rim

com

mer

cial

soi

l qu

alit

y cr

iter

ion.



Schedule 3.1


MAT

RIX

31 -

NUM

ERIC

AL S

OIL

STA

NDAR

DS1

SELE

NIUM

( CH

EMIC

AL A

BSTR

ACT

SERV

ICE

NUM

BER

7782

-49-

2)CO

LUM

N1

COLU

MN

2CO

LUM

N3

COLU

MN

4CO

LUM

N5

COLU

MN

6CO

LUM

N7

COLU

MN

8CO

LUM

N9

Note

Site

-spe

cific

Fac

tor

Wild

land

sNa

tura

l(W

L N)

Wild

land

sRe

verte

d(W

L R)

Agric

ultu

ral

(AL)

Urba

n Pa

rk(P

L)

Resi

dent

ial

Low

Den

sity

(RL L

D)

Resi

dent

ial

High

Den

sity

(RL H

D)

Com

mer

cial

(CL)

Indu

stria

l(IL

)2

HU

MA

N H

EALT

H P

RO

TECT

ION

Inta

ke o

f co

ntam

inat

ed s

oil

Gro

und

wat

er u

sed

for

drin

king

wat

er

400 1

400

1

200

1

400 1

200

1

400 1

1 50

0

1

35 0

00

1

3 4

ENVI

RONM

ENTA

L

PRO

TEC

TIO

NT

oxic

ity

to s

oil

inve

rteb

rate

s an

d pl

ants

Liv

esto

ck i

nges

ting

soi

l an

d fo

dder

Maj

or m

icro

bial

fun

ctio

nal

impa

irm

ent

Gro

und

wat

er f

low

to

surf

ace

wat

er

used

by

aqua

tic

life

Gro

und

wat

er u

sed

for

live

stoc

k w

ater

ing

Gro

und

wat

er u

sed

for

irri

gati

on

1.5 1

1.5 1

1.5 2 NS 1 1 1

1.5 1 1

1.5 1 1

2 1 1

2 1

2 1

5 4 4 6

Not

es1.

All

val

ues

in µ

g/g

unle

ss o

ther

wis

e st

ated

. S

ubst

ance

s m

ust

be a

naly

zed

usin

g m

etho

ds s

peci

fied

in

the

2015

Bri

tish

Col

umbi

a E

nvir

onm

enta

l L

abor

ator

y M

anua

l, a

s up

date

d fr

om

tim

e to

tim

e, a

dir

ecto

r’s

prot

ocol

, or

alte

rnat

e m

etho

ds a

ccep

tabl

e to

a di

rect

or.

2. T

he s

ite-

spec

ific

fac

tors

of

hum

an i

ntak

e o

f co

ntam

inat

ed s

oil

and

toxi

city

to

soil

inv

erte

brat

es a

nd p

lant

s sp

ecif

ied

in t

his

mat

rix

appl

y at

all

sit

es. T

he h

igh

dens

ity

resi

dent

ial

land

us

e st

anda

rds

of t

his

mat

rix

assu

me

the

proh

ibit

ion

of t

he u

se o

f th

e la

nd (

a) t

o gr

ow p

lant

s fo

r hu

man

con

sum

ptio

n, a

nd (

b) a

s a

chil

dren

’s p

layg

roun

d, s

port

s fi

eld,

pic

nic

area

or

any

othe

r us

e th

at p

rom

otes

fre

quen

t co

ntac

t b

y ch

ildr

en. C

ons

ult

a di

rect

or f

or f

urth

er a

dvic

e.





3. I

ntak

e pa

thw

ay o

f ex

posu

re m

odel

led

is i

nadv

erte

nt i

nges

tion

of

soil

. 4.

Sta

ndar

ds h

ave

been

adj

uste

d ba

sed

on 2

016

refe

renc

e P

rovi

ncia

l ba

ckgr

ound

soi

l co

ncen

trat

ion

for

the

subs

tanc

e.

5. N

S –

no s

tand

ard.

Ins

uffi

cien

t ac

cept

able

sci

enti

fic

data

exi

sts

to c

alcu

late

a s

tand

ard,

or

no a

ppro

pria

te s

tand

ard,

gui

deli

ne o

r cr

iter

ion

exis

ts t

o us

e to

dev

elop

a s

oil

qual

ity

stan

dard

.

6. S

tand

ard

appl

ies

whe

re i

rrig

atio

n w

ater

is

used

for

con

tinu

ous

or i

nter

mit

tent

irr

igat

ion

of c

rops

.



Schedule 3.1


MAT

RIX

32 -

NUM

ERIC

AL S

OIL

STA

NDAR

DS1

SODI

UM IO

N ( C

HEM

ICAL

ABS

TRAC

T SE

RVIC

E NU

MBE

R 17

341-

25-2

)

Note

s1.

All

val

ues

in µ

g/g

unle

ss o

ther

wis

e st

ated

. S

ubst

ance

s m

ust

be a

naly

zed

usin

g m

etho

ds s

peci

fied

in

the

2015

Bri

tish

Col

umbi

a E

nvir

onm

enta

l L

abor

ator

y M

anua

l, a

s up

date

d F

RO

Mti

me

to t

ime,

a d

irec

tor’

s pr

otoc

ol o

r al

tern

ate

met

hods

acc

epta

ble

to a

dir

ecto

r.

2.T

he s

ite-

spec

ific

fac

tors

of

hum

an i

ntak

e of

con

tam

inat

ed s

oil

and

toxi

city

to

soil

inv

erte

brat

es a

nd p

lant

s sp

ecif

ied

in t

his

mat

rix

appl

y at

all

sit

es. T

he h

igh

dens

ity

resi

dent

ial

land

use

stan

dard

s of

thi

s m

atri

x as

sum

e th

e pr

ohib

itio

n of

the

use

of

the

land

(a)

to

grow

pla

nts

for

hum

an c

onsu

mpt

ion,

and

(b)

as a

chi

ldre

n’s

play

grou

nd, s

port

s fi

eld,

pic

nic

area

or

any

othe

r us

e th

at p

rom

otes

fre

quen

t co

ntac

t by

chi

ldre

n. C

onsu

lt a

dir

ecto

r fo

r fu

rthe

r ad

vice

.3.

In

take

pat

hway

of

expo

sure

mod

elle

d is

ina

dver

tent

ing

esti

on o

f so

il.

COLU

MN

1CO

LUM

N2

COLU

MN

3CO

LUM

N4

COLU

MN

5CO

LUM

N6

COLU

MN

7CO

LUM

N8

COLU

MN

9No

te

Site

-spe

cific

Fac

tor

Wild

land

sNa

tura

l(W

L N)

Wild

land

sRe

verte

d(W

L R)

Agric

ultu

ral

(AL)

Urba

n Pa

rk(P

L)

Resi

dent

ial

Low

Den

sity

(RL L

D)

Resi

dent

ial

High

Den

sity

(RL H

D)

Com

mer

cial

(CL)

Indu

stria

l(IL

)2

HUM

AN H

EALT

H P

ROTE

CTIO

NIn

take

of

cont

amin

ated

soi

l

Gro

undw

ater

use

d fo

r dr

inki

ng w

ater

> 1

000

mg/

g

15 0

00

> 1

000

mg/

g

15 0

00

> 1

000

mg/

g

15 0

00

> 1

000

mg/

g

15 0

00

> 1

000

mg/

g

15 0

00

> 1

000

mg/

g

15 0

00

> 1

000

mg/

g

15 0

00

> 1

000

mg/

g

15 0

00

3

ENVI

RONM

ENTA

L

PRO

TECT

ION

Tox

icit

y to

soi

l in

vert

ebra

tes

and

plan

ts

Liv

esto

ck i

nges

ting

soi

l an

d fo

dder

Maj

or m

icro

bial

fun

ctio

nal

impa

irm

ent

Gro

undw

ater

flo

w t

o su

rfac

e w

ater

us

ed b

y aq

uati

c li

fe

Gro

undw

ater

use

d fo

r li

vest

ock

wat

erin

g

Gro

undw

ater

use

d fo

r ir

riga

tion

150

NS

200

NS

200

NS

NS

NS

NS

NS

200

NS

NS

200

NS

NS

1 00

0

NS

NS

1 00

0

NS

1 00

0

NS

4 4 4 4 4





4.

NS

–no

sta

ndar

d. I

nsuf

fici

ent

acce

ptab

le s

cien

tifi

c da

ta e

xist

s to

cal

cula

te a

sta

ndar

d, o

r no

app

ropr

iate

sta

ndar

d, g

uide

line

or

crit

erio

n ex

ists

to

deve

lop

a so

il q

uali

ty s

tand

ard.



Schedule 3.1


MAT

RIX

33 -

NUM

ERIC

AL S

OIL

STA

NDAR

DS1

SULF

OLA

NE ( C

HEM

ICAL

ABS

TRAC

T SE

RVIC

E NU

MBE

R 12

6-33

-0)

Note

s1.

All

val

ues

in µ

g/g

unle

ss o

ther

wis

e st

ated

. S

ubst

ance

s m

ust

be a

naly

zed

usin

g m

etho

ds s

peci

fied

in

the

2015

Bri

tish

Col

umbi

a E

nvir

onm

enta

l L

abor

ator

y M

anua

l, a

s up

date

d fr

omti

me

to t

ime,

a d

irec

tor’

s pr

otoc

ol o

r al

tern

ate

met

hods

acc

epta

ble

to a

dir

ecto

r.

2.T

he s

ite-

spec

ific

fac

tors

of

hum

an i

ntak

e of

con

tam

inat

ed s

oil

and

toxi

city

to

soil

inv

erte

brat

es a

nd p

lant

s sp

ecif

ied

in t

his

mat

rix

appl

y at

all

sit

es. T

he h

igh

dens

ity

resi

dent

ial

land

use

stan

dard

s of

thi

s m

atri

x as

sum

e th

e pr

ohib

itio

n of

the

use

of

the

land

(a)

to

grow

pla

nts

for

hum

an c

onsu

mpt

ion,

and

(b)

as

a ch

ildr

en’s

pla

ygro

und,

spo

rts

fiel

d, p

icni

c ar

ea o

ran

y ot

her

use

that

pro

mot

es f

requ

ent

cont

act

by c

hild

ren.

Con

sult

a d

irec

tor

for

furt

her

advi

ce.

COLU

MN

1CO

LUM

N2

COLU

MN

3CO

LUM

N4

COLU

MN

5CO

LUM

N6

COLU

MN

7CO

LUM

N8

COLU

MN

9No

te

Site

-spe

cific

Fac

tor

Wild

land

sNa

tura

l(W

L N)

Wild

land

sRe

verte

d(W

L R)

Agric

ultu

ral

(AL)

Urba

n Pa

rk(P

L)

Resi

dent

ial

Low

Den

sity

(RL L

D)

Resi

dent

ial

High

Den

sity

(RL H

D)

Com

mer

cial

(CL)

Indu

stria

l(IL

)2

HUM

AN H

EALT

H P

ROTE

CTIO

NIn

take

of

cont

amin

ated

soi

l

Gro

undw

ater

use

d fo

r dr

inki

ng w

ater

800

0.1

800

0.1

400

0.1

800

0.1

400

0.1

800

0.1

2 50

0

0.1

70 0

00

0.1

3 4,5

ENVI

RONM

ENTA

L

PRO

TECT

ION

Tox

icit

y to

soi

l in

vert

ebra

tes

and

plan

ts

Liv

esto

ck i

nges

ting

soi

l an

d fo

dder

Maj

or m

icro

bial

fun

ctio

nal

impa

irm

ent

Gro

undw

ater

flo

w t

o su

rfac

e w

ater

us

ed b

y aq

uati

c li

fe

Gro

undw

ater

use

d fo

r li

vest

ock

wat

erin

g

Gro

undw

ater

use

d fo

r ir

riga

tion

250

200

350

200

350

NS

NS

200

5.5 3

350

200 3

350

200 3

500

200 3

500

200

500

200

6 6 4 4 4





3.

Int

ake

pat

hw

ay o

f ex

po

sure

mo

del

led

is

inad

vert

ent

inges

tio

n o

f so

il.

4.

S

tand

ard

s ap

ply

to

a s

ite

use

d f

or

an i

ndus

tria

l o

r co

mm

erci

al p

urp

ose

or

acti

vit

y se

t o

ut

in S

ched

ule

2 a

s it

em F

2,

F3

,F

7 o

r F

10.

5.

S

tand

ard

has

bee

n ad

just

ed b

ased

on

the

20

16

Bri

tish

Co

lum

bia

Env

iro

nm

enta

l L

abo

rato

ry T

echn

ical

Ad

viso

ry C

om

mit

tee

refe

renc

e an

alyt

ical

det

ecti

on

lim

it f

or

the

sub

stan

ce.

6.

NS

–no

sta

ndar

d.

Insu

ffic

ient

acc

epta

ble

sci

enti

fic

dat

a ex

ists

to

cal

cula

te a

sta

ndar

d,

or

no a

pp

rop

riat

e st

and

ard

, gu

idel

ine

or

crit

erio

n ex

ists

to

dev

elo

p a

so

il q

uali

ty s

tand

ard

.



Schedule 3.1


MAT

RIX

34 -

NUM

ERIC

AL S

OIL

STA

NDAR

DS1

TETR

ACH

LORO

ETH

YLEN

E ( C

HEM

ICAL

ABS

TRAC

T SE

RVIC

E NU

MBE

R 12

7-18

-4)

Not

es1.

All

val

ues

in µ

g/g

unle

ss o

ther

wis

e st

ated

. S

ubst

ance

s m

ust

be a

naly

zed

usin

g m

etho

ds s

peci

fied

in

the

2015

Bri

tish

Col

umbi

a E

nvir

onm

enta

l L

abor

ator

y M

anua

l, a

s up

date

d fr

om

tim

e to

tim

e, a

dir

ecto

r’s

prot

ocol

or

alte

rnat

e m

etho

ds a

ccep

tabl

e to

a d

irec

tor.

2.

The

sit

e-sp

ecif

ic f

acto

rs o

f hu

man

int

ake

of c

onta

min

ated

so

il a

nd t

oxic

ity

to s

oil

inve

rteb

rate

s an

d pl

ants

spe

cifi

ed i

n th

is m

atri

x ap

ply

at a

ll s

ites

. The

hig

h de

nsit

y re

side

ntia

l la

ndus

e st

anda

rds

of t

his

mat

rix

assu

me

the

proh

ibit

ion

of t

he u

se o

f th

e la

nd (

a) t

o gr

ow p

lant

s fo

r hu

man

con

sum

ptio

n, a

nd(b

) as

a c

hild

ren’

s pl

aygr

ound

, spo

rts

fiel

d, p

icni

c ar

ea o

ran

y ot

her

use

that

pro

mot

es f

requ

ent

cont

act

by

chil

dren

. Co

nsul

t a

dire

ctor

for

fur

ther

adv

ice.

COLU

MN

1CO

LUM

N2

COLU

MN

3CO

LUM

N4

COLU

MN

5CO

LUM

N6

COLU

MN

7CO

LUM

N8

COLU

MN

9No

te

Site

-spe

cific

Fac

tor

Wild

land

sNa

tura

l(W

L N)

Wild

land

sRe

verte

d(W

L R)

Agric

ultu

ral

(AL)

Urba

n Pa

rk(P

L)

Resi

dent

ial

Low

Den

sity

(RL L

D)

Resi

dent

ial

High

Den

sity

(RL H

D)

Com

mer

cial

(CL)

Indu

stria

l(IL

)2

HU

MA

N H

EALT

H P

RO

TECT

ION

Inta

ke o

f co

ntam

inat

ed s

oil

Gro

und

wat

er u

sed

for

drin

king

wat

er

500

500

250

500

250

500

1 50

040

000

3

ENVI

RONM

ENTA

L

PRO

TEC

TIO

NT

oxic

ity

to s

oil

inve

rteb

rate

s an

d pl

ants

Liv

esto

ck i

nges

ting

soi

l an

d fo

dder

Maj

or m

icro

bial

fun

ctio

nal

impa

irm

ent

Gro

und

wat

er f

low

to

surf

ace

wat

er

used

by

aqua

tic

life

Gro

und

wat

er u

sed

for

live

stoc

k w

ater

ing

Gro

und

wat

er u

sed

for

irri

gati

on

6 2.5

15 2.5

15 NS

NS

2.5

NS

NS

15 2.5

NS

15 2.5

NS

30 2.5

NS

30 2.5

30 2.5

4 4 4 4





3.

Inta

ke p

athw

ay o

f ex

posu

re m

odel

led

is i

nadv

erte

nt i

nges

tio

n of

soi

l.4.

N

S –

no s

tand

ard.

Ins

uffi

cien

t ac

cept

able

sci

enti

fic

data

exi

sts

to c

alcu

late

a s

tand

ard,

or

no a

ppro

pria

te s

tand

ard,

gui

deli

ne o

r cr

iter

ion

exis

ts t

o de

velo

p a

soil

qua

lity

sta

ndar

d.



Schedule 3.1


MAT

RIX

35-N

UMER

ICAL

SO

IL S

TAND

ARDS

1

TOLU

ENE

( CH

EMIC

AL A

BSTR

ACT

SERV

ICE

NUM

BER

108-

88-3

)

Not

es1.

All

val

ues

in µ

g/g

unle

ss o

ther

wis

e st

ated

. S

ubst

ance

s m

ust

be a

naly

zed

usin

g m

etho

ds s

peci

fied

in

the

2015

Bri

tish

Col

umbi

a E

nvir

onm

enta

l L

abor

ator

y M

anua

l, a

s up

date

d fr

om

tim

e to

tim

e, a

dir

ecto

r’s

prot

ocol

or

alte

rnat

e m

etho

ds a

ccep

tabl

e to

a d

irec

tor.

COLU

MN

1CO

LUM

N2

COLU

MN

3CO

LUM

N4

COLU

MN

5CO

LUM

N6

COLU

MN

7CO

LUM

N8

COLU

MN

9No

te

Site

-spe

cific

Fac

tor

Wild

land

sNa

tura

l(W

L N)

Wild

land

sRe

verte

d(W

L R)

Agric

ultu

ral

(AL)

Urba

n Pa

rk(P

L)

Resi

dent

ial

Low

Den

sity

(RL L

D)

Resi

dent

ial

High

Den

sity

(RL H

D)

Com

mer

cial

(CL)

Indu

stria

l(IL

)2

HU

MA

N H

EALT

H P

RO

TECT

ION

Inta

ke o

f co

ntam

inat

ed s

oil

Gro

und

wat

er u

sed

for

drin

king

wat

er

6 50

0

6

6 50

0

6

3 50

0

6

6 50

0

6

3 50

0

6

6 50

0

6

2000

0

6

550

000

6

3

ENVI

RONM

ENTA

L

PRO

TEC

TIO

NT

oxic

ity

to s

oil

inve

rteb

rate

s an

d pl

ants

Liv

esto

ck i

nges

ting

soi

l an

d fo

dder

Maj

or m

icro

bial

fun

ctio

nal

impa

irm

ent

Gro

und

wat

er f

low

to

surf

ace

wat

er

used

by

aqua

tic

life

Fre

shw

ater

Mar

ine

Gro

und

wat

er u

sed

for

live

stoc

k w

ater

ing

Gro

und

wat

er u

sed

for

irri

gati

on

90 0.5

200

150

0.5

200

150

NS

NS

0.5

200

NS

NS

150

0.5

200

NS

150

0.5

200

NS

450

0.5

200

NS

450

0.5

200

450

0.5

200

4 4 4 4





2.T

he s

ite-

spec

ific

fac

tors

of

hum

an i

ntak

e of

con

tam

inat

ed s

oil

and

tox

icit

y to

soi

l in

vert

ebra

tes

and

plan

ts s

peci

fied

in

this

mat

rix

appl

y at

all

sit

es. T

he h

igh

dens

ity

resi

dent

ial

land

use

sta

ndar

ds o

f th

is m

atri

x as

sum

e th

e pr

ohib

itio

n of

the

use

of

the

land

(a)

to

gro

w p

lant

s fo

r hu

man

con

sum

ptio

n, a

nd(b

) as

a c

hild

ren’

s pl

aygr

oun

d, s

port

s fi

eld,

pic

nic

area

or a

ny o

ther

use

tha

t pr

om

otes

fre

quen

t co

ntac

t b

y ch

ildr

en.

Con

sult

a d

irec

tor

for

furt

her

advi

ce.

3.

Inta

ke p

athw

ay o

f ex

posu

re m

odel

led

is i

nadv

erte

nt i

nges

tio

n of

soi

l.4.

N

S –

no s

tand

ard.

Ins

uffi

cien

t ac

cept

able

sci

enti

fic

data

exi

sts

to c

alcu

late

a s

tand

ard,

or

no a

ppro

pria

te s

tand

ard,

gui

deli

ne o

r cr

iter

ion

exis

ts t

o de

velo

p a

soil

qua

lity

sta

ndar

d.



Schedule 3.1


MAT

RIX

36-N

UMER

ICAL

SO

IL S

TAND

ARDS

1

TRIC

HLO

ROET

HYL

ENE

( CH

EMIC

AL A

BSTR

ACT

SERV

ICE

NUM

BER

79-0

1-6)

Not

es1.

All

val

ues

in µ

g/g

unle

ss o

ther

wis

e st

ated

. S

ubst

ance

s m

ust

be a

naly

zed

usin

g m

etho

ds s

peci

fied

in

the

2015

Bri

tish

Col

umbi

a E

nvir

onm

enta

l L

abor

ator

y M

anua

l, a

s up

date

d fr

om

tim

e to

tim

e, a

dir

ecto

r’s

prot

ocol

or

alte

rnat

e m

etho

ds a

ccep

tabl

e to

a d

irec

tor.

2.

The

sit

e-sp

ecif

ic f

acto

rs o

f hu

man

int

ake

of c

onta

min

ated

so

il a

nd t

oxic

ity

to s

oil

inve

rteb

rate

s an

d pl

ants

spe

cifi

ed i

n th

is m

atri

x ap

ply

at a

ll s

ites

. The

hig

h de

nsit

y re

side

ntia

lla

nd u

se s

tand

ards

of

this

mat

rix

assu

me

the

proh

ibit

ion

of t

he u

se o

f th

e la

nd (

a) t

o gr

ow

pla

nts

for

hum

an c

onsu

mpt

ion,

and

(b)

as

a ch

ildr

en’s

pla

ygro

und,

spo

rts

fiel

d, p

icni

c ar

eaor

any

oth

er u

se t

hat

pro

mot

es f

requ

ent

cont

act

by

chil

dren

. C

onsu

lt a

dir

ecto

r fo

r fu

rthe

r ad

vice

.3.

In

take

pat

hway

of

expo

sure

mod

elle

d is

ina

dver

tent

ing

esti

on

of s

oil.

COLU

MN

1CO

LUM

N2

COLU

MN

3CO

LUM

N4

COLU

MN

5CO

LUM

N6

COLU

MN

7CO

LUM

N8

COLU

MN

9No

te

Site

-spe

cific

Fac

tor

Wild

land

sNa

tura

l(W

L N)

Wild

land

sRe

verte

d(W

L R)

Agric

ultu

ral

(AL)

Urba

n Pa

rk(P

L)

Resi

dent

ial

Low

Den

sity

(RL L

D)

Resi

dent

ial

High

Den

sity

(RL H

D)

Com

mer

cial

(CL)

Indu

stria

l(IL

)2

HU

MA

N H

EALT

H P

RO

TECT

ION

Inta

ke o

f co

ntam

inat

ed s

oil

Gro

und

wat

er u

sed

for

drin

king

wat

er

4040

2040

2040

150

3 50

03

ENVI

RONM

ENTA

L

PRO

TEC

TIO

NT

oxic

ity

to s

oil

inve

rteb

rate

s an

d pl

ants

Liv

esto

ck i

nges

ting

soi

l an

d fo

dder

Maj

or m

icro

bial

fun

ctio

nal

impa

irm

ent

Gro

und

wat

er f

low

to

surf

ace

wat

er

used

by

aqua

tic

life

Gro

und

wat

er u

sed

for

live

stoc

k w

ater

ing

Gro

und

wat

er u

sed

for

irri

gati

on

8 0.3

15 0.3

15 NS

NS

0.3

NS

15 0.3

NS

15 0.3

NS

25 0.3

NS

25 0.3

25 0.3

4 4 4





4.

NS

–no

sta

ndar

d. I

nsuf

fici

ent

acce

ptab

le s

cien

tifi

c da

ta e

xist

s to

cal

cula

te a

sta

ndar

d, o

r no

app

ropr

iate

sta

ndar

d, g

uide

line

or

crit

erio

n ex

ists

to

deve

lop

aso

il q

uali

ty s

tand

ard.



Schedule 3.1


MAT

RIX

37-N

UMER

ICAL

SO

IL S

TAND

ARDS

1

URAN

IUM

( CH

EMIC

AL A

BSTR

ACT

SERV

ICE

NUM

BER

7440

-61-

1)

Not

es1.

All

val

ues

in µ

g/g

unle

ss o

ther

wis

e st

ated

. S

ubst

ance

s m

ust

be a

naly

zed

usin

g m

etho

ds s

peci

fied

in

the

2015

Bri

tish

Col

umbi

a E

nvir

onm

enta

l L

abor

ator

y M

anua

l, a

s up

date

d fr

om

tim

e to

tim

e, a

dir

ecto

r’s

prot

ocol

or

alte

rnat

e m

etho

ds a

ccep

tabl

e to

a d

irec

tor.

2.

The

sit

e-sp

ecif

ic f

acto

rs o

f hu

man

int

ake

of c

onta

min

ated

so

il a

nd t

oxic

ity

to s

oil

inve

rteb

rate

s an

d pl

ants

spe

cifi

ed i

n th

is m

atri

x ap

ply

at a

ll s

ites

. The

hig

h de

nsit

y re

side

ntia

l la

ndus

e st

anda

rds

of t

his

mat

rix

assu

me

the

proh

ibit

ion

of t

he u

se o

f th

e la

nd (

a) t

o gr

ow p

lant

s fo

r hu

man

con

sum

ptio

n, a

nd(b

) as

a c

hild

ren’

s pl

aygr

ound

, spo

rts

fiel

d, p

icni

c ar

ea o

ran

y ot

her

use

that

pro

mot

es f

requ

ent

cont

act

by

chil

dren

. Co

nsul

t a

dire

ctor

for

fur

ther

adv

ice.

COLU

MN

1CO

LUM

N2

COLU

MN

3CO

LUM

N4

COLU

MN

5CO

LUM

N6

COLU

MN

7CO

LUM

N8

COLU

MN

9No

te

Site

-spe

cific

Fac

tor

Wild

land

sNa

tura

l(W

L N)

Wild

land

sRe

verte

d(W

L R)

Agric

ultu

ral

(AL)

Urba

n Pa

rk(P

L)

Resi

dent

ial

Low

Den

sity

(RL L

D)

Resi

dent

ial

High

Den

sity

(RL H

D)

Com

mer

cial

(CL)

Indu

stria

l(IL

)2

HU

MA

N H

EALT

H P

RO

TECT

ION

Inta

ke o

f co

ntam

inat

ed s

oil

Gro

und

wat

er u

sed

for

drin

king

wat

er

250

30

250

30

100

30

250

30

100

30

250

30

750

30

20 0

00

30

3

ENVI

RONM

ENTA

L

PRO

TEC

TIO

NT

oxic

ity

to s

oil

inve

rteb

rate

s an

d pl

ants

Liv

esto

ck i

nges

ting

soi

l an

d fo

dder

Maj

or m

icro

bial

fun

ctio

nal

impa

irm

ent

Gro

und

wat

er f

low

to

surf

ace

wat

er

used

by

aqua

tic

life

Gro

und

wat

er u

sed

for

live

stoc

k w

ater

ing

Gro

und

wat

er u

sed

for

irri

gati

on

300

150

500

150

500

35 NS

150

300

15

500

150

15

500

150

15

2 00

0

150

15

2 00

0

150

2 00

0

150

4 5 6





3.

Inta

ke p

athw

ay o

f ex

posu

re m

odel

led

is i

nadv

erte

nt i

nges

tion

of

soil

.

4.

AL

, PL

, CL

and

IL

sta

ndar

ds a

re s

et e

qual

to

corr

espo

ndin

g 20

07 C

anad

ian

Cou

ncil

of

Min

iste

rs o

f th

e E

nvir

onm

ent

(CC

ME

) so

il c

onta

ct c

rite

ria.

WL

Nst

anda

rd i

s de

rive

d by

div

idin

g

the

2007

CC

ME

par

klan

d so

il c

onta

ct c

rite

rion

by

the

Pro

toco

l 28

, “20

16 S

tand

ards

Der

ivat

ion

Met

hods

”,W

ildl

ands

div

isor

. W

LR

stan

dard

is

set

equa

l to

200

7 C

CM

E p

arkl

and

soil

cont

act

crit

erio

n. R

LL

Dst

anda

rd i

s se

t eq

ual

to t

he 2

007

CC

ME

res

iden

tial

soi

l co

ntac

t cr

iter

ion.

RL

HD

stan

dard

is s

et e

qual

to

the

2007

CC

ME

co

mm

erci

al s

oil

cont

act

crit

erio

n.

5.S

tand

ard

is s

et e

qual

to

the

2007

CC

ME

agr

icul

tura

l so

il &

foo

d in

gest

ion

crit

erio

n.6.

NS

–no

sta

ndar

d. I

nsuf

fici

ent

acce

ptab

le s

cien

tifi

c da

ta e

xist

s to

cal

cula

te a

sta

ndar

d, o

r no

app

ropr

iate

sta

ndar

d, g

uide

line

or

crit

erio

n ex

ists

to

deve

lop

a so

il q

uali

ty s

tand

ard.



Schedule 3.1


MAT

RIX

38-N

UMER

ICAL

SO

IL S

TAND

ARDS

1

VANA

DIUM

( CH

EMIC

AL A

BSTR

ACT

SERV

ICE

NUM

BER

7440

-62-

2)

Note

s1.

All

val

ues

in µ

g/g

unle

ss o

ther

wis

e st

ated

. S

ubst

ance

s m

ust

be a

naly

zed

usin

g m

etho

ds s

peci

fied

in

the

2015

Bri

tish

Col

umbi

a E

nvir

onm

enta

l L

abor

ator

y M

anua

l, a

s up

date

d fr

omti

me

to t

ime,

a d

irec

tor’

s pr

otoc

ol o

r al

tern

ate

met

hods

acc

epta

ble

to a

dir

ecto

r.

2.T

he s

ite-

spec

ific

fac

tors

of

hum

an i

ntak

e of

con

tam

inat

ed s

oil

and

toxi

city

to

soil

inv

erte

brat

es a

nd p

lant

s sp

ecif

ied

in t

his

mat

rix

appl

y at

all

sit

es. T

he h

igh

dens

ity

resi

dent

ial

land

us

e st

anda

rds

of t

his

mat

rix

assu

me

the

proh

ibit

ion

of t

he u

se o

f th

e la

nd (

a) t

o gr

ow p

lant

s fo

r hu

man

con

sum

ptio

n, a

nd (

b) a

s a

chil

dren

’s p

layg

roun

d, s

port

s fi

eld,

pic

nic

area

or

any

othe

r us

e th

at p

rom

otes

fre

quen

t co

ntac

t by

chi

ldre

n. C

onsu

lt a

dir

ecto

r fo

r fu

rthe

r ad

vice

.3.

In

take

pat

hway

of

expo

sure

mod

elle

d is

ina

dver

tent

ing

esti

on o

f so

il.

COLU

MN

1CO

LUM

N2

COLU

MN

3CO

LUM

N4

COLU

MN

5CO

LUM

N6

COLU

MN

7CO

LUM

N8

COLU

MN

9No

te

Site

-spe

cific

Fac

tor

Wild

land

sNa

tura

l(W

L N)

Wild

land

sRe

verte

d(W

L R)

Agric

ultu

ral

(AL)

Urba

n Pa

rk(P

L)

Resi

dent

ial

Low

Den

sity

(RL L

D)

Resi

dent

ial

High

Den

sity

(RL H

D)

Com

mer

cial

(CL)

Indu

stria

l(IL

)2

HUM

AN H

EALT

H P

ROTE

CTIO

NIn

take

of

cont

amin

ated

soi

l

Gro

undw

ater

use

d fo

r dr

inki

ng w

ater

400

100

400

100

200

100

400

100

200

100

400

100

1 50

0

100

35 0

00

100

3 4

ENVI

RONM

ENTA

L

PRO

TECT

ION

Tox

icit

y to

soi

l in

vert

ebra

tes

and

plan

ts

Liv

esto

ck i

nges

ting

soi

l an

d fo

dder

Maj

or m

icro

bial

fun

ctio

nal

impa

irm

ent

Gro

undw

ater

flo

w t

o su

rfac

e w

ater

us

ed b

y aq

uati

c li

fe

Gro

undw

ater

use

d fo

r li

vest

ock

wat

erin

g

Gro

undw

ater

use

d fo

r ir

riga

tion

100

NS

150

NS

150

NS

250

NS

350

350

150

NS

350

150

NS

350

300

NS

350

300

NS

300

NS

5 6 5





4.

Sta

ndar

ds h

ave

been

adj

uste

d ba

sed

on t

he 2

016

refe

renc

e P

rovi

ncia

l ba

ckgr

ound

soi

l co

ncen

trat

ion

for

the

subs

tanc

e.5.

NS

–no

sta

ndar

d. I

nsuf

fici

ent

acce

ptab

le s

cien

tifi

c da

ta e

xist

s to

cal

cula

te a

sta

ndar

d, o

r no

app

ropr

iate

sta

ndar

d, g

uide

lin

e or

crit

erio

n ex

ists

to

deve

lop

a so

il q

uali

ty s

tand

ard.

6.S

tand

ard

is s

et e

qual

to

1997

Can

adia

n C

ounc

il o

f M

inis

ters

of

the

Env

iron

men

t, “

Nut

rien

t an

d en

ergy

cyc

ling

che

ck v

alue

”.



Schedule 3.1


MAT

RIX

39-N

UMER

ICAL

SO

IL S

TAND

ARDS

1

XYLE

NES

( CH

EMIC

AL A

BSTR

ACT

SERV

ICE

NUM

BER

1330

-20-

7)

Not

es1.

All

val

ues

in µ

g/g

unle

ss o

ther

wis

e st

ated

. S

ubst

ance

s m

ust

be a

naly

zed

usin

g m

etho

ds s

peci

fied

in

the

2015

Bri

tish

Col

umbi

a E

nvir

onm

enta

l L

abor

ator

y M

anua

l, a

s up

date

d fr

om

ti

me

to t

ime,

a d

irec

tor’

s pr

otoc

ol o

r al

tern

ate

met

hods

acc

epta

ble

to a

dir

ecto

r.

2.T

he s

ite-

spec

ific

fac

tors

of

hum

an i

ntak

e of

con

tam

inat

ed s

oil

and

tox

icit

y to

soi

l in

vert

ebra

tes

and

plan

ts s

peci

fied

in

this

mat

rix

appl

y at

all

sit

es. T

he h

igh

dens

ity

resi

dent

ial

land

us

e st

anda

rds

of t

his

mat

rix

assu

me

the

proh

ibit

ion

of t

heus

e of

the

lan

d (a

) to

gro

w p

lant

s fo

r hu

man

con

sum

ptio

n, a

nd (

b) a

s a

chil

dren

’s p

layg

roun

d, s

port

s fi

eld,

pic

nic

area

or

any

othe

r us

e th

at p

rom

otes

fre

quen

t co

ntac

t b

y ch

ildr

en. C

ons

ult

a di

rect

or f

or f

urth

er a

dvic

e.3.

In

take

pat

hway

of

expo

sure

mod

elle

d is

ina

dver

tent

ing

esti

on

of s

oil.

COLU

MN

1CO

LUM

N2

COLU

MN

3CO

LUM

N4

COLU

MN

5CO

LUM

N6

COLU

MN

7CO

LUM

N8

COLU

MN

9No

te

Site

-spe

cific

Fac

tor

Wild

land

sNa

tura

l(W

L N)

Wild

land

sRe

verte

d(W

L R)

Agric

ultu

ral

(AL)

Urba

n Pa

rk(P

L)

Resi

dent

ial

Low

Den

sity

(RL L

D)

Resi

dent

ial

High

Den

sity

(RL H

D)

Com

mer

cial

(CL)

Indu

stria

l(IL

)2

HU

MA

N H

EALT

H P

RO

TECT

ION

Inta

ke o

f co

ntam

inat

ed s

oil

Gro

und

wat

er u

sed

for

drin

king

wat

er

15 0

00

6.5

15 0

00

6.5

8 50

0

6.5

15 0

00

6.5

8 50

0

6.5

15 0

00

6.5

50 0

00

6.5

> 1

000

mg/

g

6.5

3

ENVI

RONM

ENTA

L

PRO

TEC

TIO

NT

oxic

ity

to s

oil

inve

rteb

rate

s an

d pl

ants

Liv

esto

ck i

nges

ting

soi

l an

d fo

dder

Maj

or m

icro

bial

fun

ctio

nal

impa

irm

ent

Gro

und

wat

er f

low

to

surf

ace

wat

er

used

by

aqua

tic

life

Gro

und

wat

er u

sed

for

live

stoc

k w

ater

ing

Gro

und

wat

er u

sed

for

irri

gati

on

100

20

150

20

150

NS

NS

20 NS

NS

150

20 NS

150

20 NS

600

20 NS

600

20

600

20

4 4 4 4





4.

NS

–no

sta

ndar

d. I

nsuf

fici

ent

acce

ptab

le s

cien

tifi

c da

ta e

xist

s to

cal

cula

te a

sta

ndar

d, o

r no

app

ropr

iate

sta

ndar

d, g

uide

line

or

crit

erio

n ex

ists

to

deve

lop

a so

il q

uali

ty s

tand

ard.



Schedule 3.1


MAT

RIX

40 -

NUM

ERIC

AL S

OIL

STA

NDAR

DS1

ZIN

C ( C

HEM

ICAL

ABS

TRAC

T SE

RVIC

E NU

MBE

R 74

40-6

6-6)

CO

LUM

N1

COLU

MN

2CO

LUM

N3

COLU

MN

4CO

LUM

N5

COLU

MN

6CO

LUM

N7

COLU

MN

8CO

LUM

N9

Note

Site

-spe

cific

Fac

tor

Wild

land

sNa

tura

l(W

L N)

Wild

land

sRe

verte

d(W

L R)

Agric

ultu

ral

(AL)

Urba

n Pa

rk(P

L)

Resi

dent

ial

Low

Den

sity

(RL L

D)

Resi

dent

ial

High

Den

sity

(RL H

D)

Com

mer

cial

(CL)

Indu

stria

l(IL

)2

HU

MA

N H

EALT

H P

RO

TECT

ION

Inta

ke o

f co

ntam

inat

ed s

oil

Gro

und

wat

er u

sed

for

drin

king

wat

erpH

< 5

.0pH

5.0

-<

5.5

pH 5

.5 -

< 6

.0pH

6.0

-<

6.5

pH 6

.5 -

< 7

.0pH

7.0

-<

7.5

pH 7

.5 -

< 8

.0

25 0

00

200

250

300

450

600

1 00

03

000

5 50

0

25 0

00

200

250

300

450

600

1 00

03

000

5 50

0

10 0

00

200

250

300

450

600

1 00

03

000

5 50

0

25 0

00

200

250

300

450

600

1 00

03

000

5 50

0

10 0

00

200

250

300

450

600

1 00

03

000

5 50

0

25 0

00

200

250

300

450

600

1 00

03

000

5 50

0

75 0

00

200

250

300

450

600

1 00

03

000

5 50

0

> 1

000

mg/

g

200

250

300

450

600

1 00

03

000

5 50

0

3 4 4 4 4 4 4 4 4

ENVI

RONM

ENTA

L

PRO

TEC

TIO

NT

oxic

ity

to s

oil

inve

rteb

rate

s an

d pl

ants

Liv

esto

ck i

nges

ting

soi

l an

d fo

dder

Maj

or m

icro

bial

fun

ctio

nal

impa

irm

ent

Gro

und

wat

er f

low

to

surf

ace

wat

er

used

by

aqua

tic

life

Fre

shw

ater

pH <

6.0

pH 6

.0 -

< 6

.5pH

6.5

-<

7.0

300

150

250

350

450

150

250

350

450

200

200

150

250

350

450

150

250

350

450

150

250

350

450

150

250

350

450

150

250

350

450

150

250

350

5

4,6,

74,

74,

7





No

tes

1. A

ll v

alue

s in

µg/

g un

less

oth

erw

ise

stat

ed.

Sub

stan

ces

mus

tbe

ana

lyze

d us

ing

met

hods

spe

cifi

ed i

n th

e 20

15 B

riti

sh C

olum

bia

Env

iron

men

tal

Lab

orat

ory

Man

ual,

as

upda

ted

from

ti

me

to t

ime,

a d

irec

tor’

s pr

otoc

ol, o

r al

tern

ate

met

hods

acc

epta

ble

to a

dir

ecto

r.

2. T

he s

ite-

spec

ific

fac

tors

of

hum

an i

ntak

e o

f co

ntam

inat

ed s

oil

and

toxi

city

to

soil

inv

erte

brat

es a

nd p

lant

s sp

ecif

ied

in th

is m

atri

x ap

ply

at a

ll s

ites

. The

hig

h de

nsit

y re

side

ntia

l la

nd u

se

stan

dard

s of

thi

s m

atri

x as

sum

e th

e pr

ohib

itio

n o

f th

e us

e of

the

lan

d (a

) to

gro

w p

lant

s fo

r hu

man

con

sum

ptio

n, a

nd (

b) a

s a

chil

dren

’s p

layg

roun

d, s

port

s fi

eld,

pic

nic

area

or

any

othe

r us

e th

at p

rom

otes

fre

quen

t co

ntac

t b

y ch

ildr

en. C

ons

ult

a di

rect

or f

or f

urth

er a

dvic

e.3.

Int

ake

path

way

of

expo

sure

mod

elle

d is

ina

dver

tent

ing

esti

on o

f so

il.

4. T

he p

H i

s th

e pH

of

the

soil

at

a si

te.

5. S

tand

ard

is s

et e

qual

to

1999

Can

adia

n C

ounc

il o

f M

inis

ters

of

the

Env

iron

men

t, N

utri

ent

and

ener

gy c

ycli

ng c

heck

val

ue.

6. S

tand

ards

hav

e be

en a

djus

ted

base

d on

201

6 re

fere

nce

Pro

vinc

ial

back

grou

nd s

oil

conc

entr

atio

n fo

r th

e su

bsta

nce.

7.

Sta

ndar

d va

ries

wit

h re

ceiv

ing

wat

er h

ardn

ess

(H).

H =

200

to

< 3

00 m

g/L

as C

aCO

3is

ass

umed

. C

onsu

lt d

irec

tor

for

furt

her

advi

ce.

pH 7

.0 -

< 7

.5pH

7.5

-<

8.0

Mar

ine

pH <

8.0

Gro

und

wat

er u

sed

for

live

stoc

k w

ater

ing

pH <

5.5

pH 5

.5 -

< 6

.0pH

6.0

-<

6.5

pH 6

.5 -

< 7

.0pH

7.0

-<

7.5

pH 7

.5 -

< 8

.0

Gro

und

wat

er u

sed

for

irri

gati

on

pH <

6.0

pH 6

.0 -

< 6

.5pH

6.5

-<

7.0

pH 7

.0 -

< 7

.5pH

7.5

-<

8.0

600

1 50

03

000

150

200

600

1 50

03

000

150

200

600

1 50

03

000

150

200

150

200

300

400

750

2 00

03

500

150

300

400

2 00

05

000

9 00

0

600

1 50

03

000

150

200

150

300

400

2 00

05

000

9 00

0

600

1 50

03

000

150

200

150

300

400

2 00

05

000

9 00

0

600

1 50

03

000

150

200

150

300

400

2 00

05

000

9 00

0

600

1 50

03

000

150

200

600

1 50

03

000

150

200

4,7

4,7

4,7

4,6 4 4,6 4 4 4 4 4 4 4,6 4 4 4 4 4



Schedule 3.1


SCH

EDU

LE 3

.1–

PAR

T 2

GE

NE

RIC

NU

ME

RIC

AL

SO

IL S

TA

ND

AR

DS

TO

PR

OT

EC

T H

UM

AN

HE

AL

TH

1,2

CO

LUM

N 1

CO

LUM

N 2

CO

LUM

N 3

CO

LUM

N 4

CO

LUM

N 5

CO

LUM

N 6

CO

LUM

N 7

CO

LUM

N 8

CO

LUM

N 9

CO

LUM

N 1

0

Subs

tanc

e

Che

mic

al

Abst

ract

Se

rvic

e N

umbe

r(C

AS)

Wild

land

s N

atur

al(W

L N)

Wild

land

s R

ever

ted

(WL R

)Ag

ricul

tura

l(A

L)U

rban

Par

k(P

L)

Res

iden

tial

Low

Den

sity

(RL L

D)

Res

iden

tial

Hig

h D

ensi

ty(R

L HD)

Com

mer

cial

(CL)

Indu

stria

l(IL

)

acen

aphth

ene

1,2

,8

3-3

2-9

20

00

20

00

95

02

00

09

50

20

00

15

000

15

000

acep

hat

e3

05

60

-19

-11

00

10

06

01

00

60

10

09

50

95

0

acet

ic a

cid

, 2

-met

hyl-

4-

chlo

rop

hen

ox

y-

[MC

PA

]

94

-74

-61

51

58

15

81

51

00

10

0

acet

och

lor

34

256

-82

-16

50

65

03

00

65

03

00

65

04

50

04

50

0

acet

one

67

-64

-13

00

00

30

000

15

000

30

000

15

000

30

000

20

000

03,4

20

000

03,4

acet

op

hen

one

98

-86

-23

00

03

30

00

31

50

03

30

00

31

50

03

00

02

50

00

3,4

25

000

,

acro

lein

10

7-0

2-8

15

15

81

58

15

10

01

00

acry

lam

ide

79

-06

-16

63

63

66

56

5

acry

lic

acid

79

-10

-71

50

00

15

000

80

00

15

000

80

00

15

000

10

000

01

00

00

0

acry

lonit

rile

10

7-1

3-1

25

25

15

25

15

25

60

60

adip

ic a

cid

12

4-0

4-9

65

000

46

50

00

43

00

00

46

50

00

43

00

00

65

000

45

000

04

45

000

0

alac

hlo

r1

59

72

-60

-82

50

25

01

00

25

01

00

25

06

00

60

0

ald

icar

b1

16

-06

-33

03

01

53

01

53

02

50

25

0

ald

icar

b s

ulf

one

16

46

-88

-43

03

01

53

01

53

02

50

25

0

ald

rin

30

9-0

0-2

0.8

0.8

0.4

0.8

0.4

0.8

22

ally

l al

coho

l1

07

-18

-61

50

15

08

01

50

80

15

01

00

01

00

0

ally

l ch

lori

de

10

7-0

5-1

65

06

50

35

06

50

35

06

50

1 5

00

1 5

00

alu

min

um

74

29

-90

-54

0 0

00

40

000

40

000

40

000

40

000

40

000

25

000

04

25

000

0

amet

ryn

83

4-1

2-8

30

03

00

15

03

00

15

03

00

20

00

20

00

amin

ob

iphen

yl,

4-

92

-67

-10

.65

0.6

50

.35

0.6

50

.35

0.6

51

.51

.5

amin

op

hen

ol,

3-

59

1-2

7-5

25

00

25

00

15

00

25

00

15

00

25

00

20

000

20

000

amin

op

hen

ol,

4-

12

3-3

0-8

65

06

50

30

06

50

30

06

50

45

00

45

00

amit

raz

33

089

-61

-18

08

04

08

04

08

06

00

60

0

anil

ine

62

-53

-32

00

20

01

00

20

01

00

20

01

50

01

50

0

anth

raq

uin

one,

9,1

0-

84

-65

-16

56

53

06

53

06

54

50

45

0

anti

mo

ny

74

40

-36

-05

00

55

00

25

05

00

25

05

00

15

00

40

000

aram

ite

14

0-5

7-8

55

05

50

30

05

50

30

05

50

1 5

00

1 5

00





SCH

EDU

LE 3

.1–

PAR

T 2

GE

NE

RIC

NU

ME

RIC

AL

SO

IL S

TA

ND

AR

DS

TO

PR

OT

EC

T H

UM

AN

HE

AL

TH

1,2

CO

LUM

N 1

CO

LUM

N 2

CO

LUM

N 3

CO

LUM

N 4

CO

LUM

N 5

CO

LUM

N 6

CO

LUM

N 7

CO

LUM

N 8

CO

LUM

N 9

CO

LUM

N 1

0

Subs

tanc

e

Che

mic

al

Abst

ract

Se

rvic

e N

umbe

r(C

AS)

Wild

land

s N

atur

al(W

L N)

Wild

land

s R

ever

ted

(WL R

)Ag

ricul

tura

l(A

L)U

rban

Par

k(P

L)

Res

iden

tial

Low

Den

sity

(RL L

D)

Res

iden

tial

Hig

h D

ensi

ty(R

L HD)

Com

mer

cial

(CL)

Indu

stria

l(IL

)

asb

esto

s1

33

2-2

1-4

1%

61

%1

%1

%1

%1

%1

%1

%

asula

m3

33

7-7

1-1

15

00

15

00

80

01

50

08

00

15

00

10

000

10

000

atra

zine

19

12

-24

-96

06

03

06

03

06

01

50

15

0

aura

min

e4

92

-80

-81

51

58

15

81

53

53

5

aver

mec

tin B

1 (

a +

b)

71

751

-41

-21

01

06

10

61

09

59

5

azin

pho

s-m

eth

yl

86

-50

-09

09

04

59

04

59

07

00

70

0

azo

ben

zene

10

3-3

3-3

15

01

50

65

15

06

51

50

30

03

00

azo

dic

arb

onam

ide

12

3-7

7-3

30

000

30

000

15

000

30

000

15

000

30

000

25

000

02

50

00

0

ben

flura

lin

18

61

-40

-19

00

09

00

04

50

09

00

04

50

09

00

07

00

00

47

00

00

ben

om

yl

17

804

-35

-21

50

01

50

08

00

15

00

80

01

50

01

00

00

10

000

ben

sulf

uro

n-m

eth

yl

83

055

-99

-66

50

06

50

03

00

06

50

03

00

06

50

04

50

00

44

50

00

ben

tazo

n2

50

57

-89

-09

00

90

04

50

90

04

50

90

07

00

07

00

0

ben

z(a)

anth

race

ne

56

-55

-39

5,7

95

,5

0,

95

,5

0,

95

,3

00

,5

00

,

ben

zid

ine

92

-87

-50

.01

50

.01

50

.00

65

0.0

15

0.0

065

0.0

15

0.1

50

.15

ben

zo(b

+j)

fluo

ranth

enes

20

5-9

9-2

&2

05

-82

-3

95

,9

5,

50

,9

5,

50

,9

5,

30

0,

50

0,

ben

zo(k

)flu

ora

nth

ene

20

7-0

8-9

95

,9

5,

50

,9

5,

50

,9

5,

30

0,

50

0,

ben

zoic

aci

d6

5-8

5-0

10

000

04

10

000

04

60

000

41

00

00

04

60

000

10

000

09

50

00

04

95

000

0

ben

zotr

ichlo

rid

e9

8-0

7-7

11

0.5

51

0.5

51

2.5

2.5

ben

zyl

alco

ho

l1

00

-51

-63

00

03

00

01

50

03

00

01

50

03

00

02

50

00

25

000

ben

zyl

chlo

rid

e1

00

-44

-76

56

53

06

53

06

52

00

20

0

bif

eno

x4

25

76

-02

-33

00

30

01

50

30

01

50

30

02

00

02

00

0

bif

enth

rin

82

657

-04

-35

00

50

02

50

50

02

50

50

03

50

03

50

0

bip

hen

yl,

1,1

'-9

2-5

2-4

15

000

15

000

80

00

15

000

80

00

15

000

10

000

01

00

00

0

bis

(2-c

hlo

roet

ho

xy)

met

han

e1

11

-91

-19

09

04

59

04

59

07

00

70

0

bis

(2-c

hlo

roet

hyl)

eth

er1

11

-44

-42

.52

.51

.52

.51

.52

.56

6

bis

(2-c

hlo

ro-1

-met

hyle

thyl)

10

8-6

0-1

10

00

10

00

60

01

00

06

00

10

00

95

00

95

00

ether



Schedule 3.1


SCH

EDU

LE 3

.1–

PAR

T 2

GE

NE

RIC

NU

ME

RIC

AL

SO

IL S

TA

ND

AR

DS

TO

PR

OT

EC

T H

UM

AN

HE

AL

TH

1,2

CO

LUM

N 1

CO

LUM

N 2

CO

LUM

N 3

CO

LUM

N 4

CO

LUM

N 5

CO

LUM

N 6

CO

LUM

N 7

CO

LUM

N 8

CO

LUM

N 9

CO

LUM

N 1

0

Subs

tanc

e

Che

mic

al

Abst

ract

Se

rvic

e N

umbe

r(C

AS)

Wild

land

s N

atur

al(W

L N)

Wild

land

s R

ever

ted

(WL R

)Ag

ricul

tura

l(A

L)U

rban

Par

k(P

L)

Res

iden

tial

Low

Den

sity

(RL L

D)

Res

iden

tial

Hig

h D

ensi

ty(R

L HD)

Com

mer

cial

(CL)

Indu

stria

l(IL

)

bis

(2-e

thylh

exyl)

ad

ipat

e1

03

-23

-11

0 0

00

10

000

6 0

00

10

000

6 0

00

10

000

25

000

25

000

bis

(2-e

thylh

exyl)

phth

alat

e

[DE

HP

]

11

7-8

1-7

35

03

50

15

03

50

15

03

50

10

00

30

000

bis

phen

ol

A8

0-0

5-7

1 5

00

1 5

00

80

01

50

08

00

1 5

00

10

000

10

000

bo

ron

74

40

-42

-81

5 0

00

15

000

8 5

00

15

000

8 5

00

15

000

50

000

> 1

000

mg/g

bro

mat

e1

55

41

-45

-42

02

01

02

01

02

04

54

5

bro

mo

-2-c

hlo

roet

han

e, 1

-1

07

-04

-07

73

.57

3.5

71

51

5

bro

mo

ben

zene

10

8-8

6-1

25

02

50

15

02

50

15

02

50

2 0

00

32

00

0

bro

mo

dic

hlo

rom

ethan

e7

5-2

7-4

20

02

00

10

02

00

10

02

00

55

05

50

bro

mo

form

75

-25

-26

50

65

03

00

65

03

00

65

04

00

04

00

0

bro

mo

met

han

e7

4-8

3-9

45

45

20

45

20

45

30

03

00

bro

mo

pho

s2

10

4-9

6-3

15

01

50

80

15

08

01

50

1 0

00

1 0

00

bro

mo

xyn

il1

68

9-8

4-5

65

06

50

30

06

50

30

06

50

4 5

00

4 5

00

buta

die

ne,

1,3

-1

06

-99

-04

42

42

49

.59

.5

buta

no

ic a

cid

, 4

-(4

-chlo

ro-2

-

met

hylp

hen

ox

y)-

[MC

PB

]

94

-81

-53

00

30

01

50

30

01

50

30

02

50

02

50

0

buta

no

l, 2

-7

8-9

2-2

65

000

65

000

30

000

65

000

30

000

,6

5 0

00

,4

50

00

04

50

00

0

buta

no

l, n

-7

1-3

6-3

3 0

00

33

00

03

1 5

00

33

00

03

1 5

00

3 0

00

25

000

3,4

25

000

,

buto

xy e

than

ol,

2-

11

1-7

6-2

3 0

00

3 0

00

1 5

00

3 0

00

1 5

00

3 0

00

25

000

25

000

buty

l b

enzy

l p

hth

alat

e8

5-6

8-7

6 5

00

6 5

00

3 0

00

6 5

00

3 0

00

6 5

00

15

000

15

000

buty

l p

hth

alyl

bu

tyl

gly

cola

te8

5-7

0-1

30

000

30

000

15

000

30

000

15

000

30

000

25

0 0

00

42

50

00

0

buty

late

20

08

-41

-51

50

01

50

08

00

1 5

00

80

01

50

01

0 0

00

10

000

buty

late

d h

yd

rox

yto

luen

e

[BH

T]

12

8-3

7-0

4 0

00

4 0

00

2 0

00

4 0

00

2 0

00

4 0

00

9 0

00

9 0

00

buty

lben

zene,

n-

10

4-5

1-8

1 5

00

31

50

03

80

03

1 5

00

38

00

1 5

00

10

000

31

0 0

00

buty

lben

zene,

sec

-1

35

-98

-83

00

03

3 0

00

31

50

03

3 0

00

31

50

03

00

02

5 0

00

3,4

25

000

,

buty

lben

zene,

ter

t-9

8-0

6-6

3 0

00

33

00

03

1 5

00

33

00

03

1 5

00

3 0

00

25

000

3,4

25

000

,

caco

dyli

c ac

id7

5-6

0-5

65

06

50

30

06

50

30

06

50

45

00

45

00





SCH

EDU

LE 3

.1–

PAR

T 2

GE

NE

RIC

NU

ME

RIC

AL

SO

IL S

TA

ND

AR

DS

TO

PR

OT

EC

T H

UM

AN

HE

AL

TH

1,2

CO

LUM

N 1

CO

LUM

N 2

CO

LUM

N 3

CO

LUM

N 4

CO

LUM

N 5

CO

LUM

N 6

CO

LUM

N 7

CO

LUM

N 8

CO

LUM

N 9

CO

LUM

N 1

0

Subs

tanc

e

Che

mic

al

Abst

ract

Se

rvic

e N

umbe

r(C

AS)

Wild

land

s N

atur

al(W

L N)

Wild

land

s R

ever

ted

(WL R

)Ag

ricul

tura

l(A

L)U

rban

Par

k(P

L)

Res

iden

tial

Low

Den

sity

(RL L

D)

Res

iden

tial

Hig

h D

ensi

ty(R

L HD)

Com

mer

cial

(CL)

Indu

stria

l(IL

)

cap

rola

ctam

10

5-6

0-2

15

000

15

000

8 0

00

15

000

8 0

00

15

000

10

0 0

00

41

00

00

0

cap

tafo

l2

42

5-0

6-1

65

65

30

65

30

65

20

02

00

cap

tan

13

3-0

6-2

4 0

00

4 0

00

2 0

00

4 0

00

2 0

00

4 0

00

15

000

15

000

carb

aryl

63

-25

-23

00

03

00

01

50

03

00

01

50

03

00

02

5 0

00

25

000

carb

ofu

ran

15

63

-66

-21

50

15

08

01

50

80

15

01

00

01

00

0

carb

on d

isulf

ide

75

-15

-03

00

03

3 0

00

31

50

03

3 0

00

31

50

03

00

02

5 0

00

32

5 0

00

carb

on t

etra

chlo

rid

e5

6-2

3-5

35

03

50

15

03

50

15

03

50

1 0

00

5 0

00

carb

osu

lfan

55

285

-14

-83

00

30

01

50

30

01

50

30

02

50

02

50

0

carb

oxin

52

34

-68

-43

00

03

00

01

50

03

00

01

50

03

00

02

5 0

00

25

000

chlo

ram

ben

13

3-9

0-4

50

05

00

25

05

00

25

05

00

3 5

00

3 5

00

chlo

ranil

11

8-7

5-2

35

35

15

35

15

35

80

80

chlo

rdan

e (c

is +

tra

ns)

51

03

-71

-9

& 5

10

3-7

4-2

15

15

81

58

15

95

95

chlo

rdec

one

14

3-5

0-0

1.5

1.5

0.7

1.5

0.7

1.5

3.5

3.5

chlo

rfen

vin

pho

s4

70

-90

-62

02

01

02

01

02

01

50

15

0

chlo

rim

uro

n,

eth

yl

90

982

-32

-46

50

65

03

00

65

03

00

65

04

50

04

50

0

chlo

ro-2

-met

hyla

nil

ine,

4-

95

-69

-29

09

04

59

04

59

03

50

35

0

chlo

roac

etal

deh

yd

e, 2

-1

07

-20

-05

05

02

55

02

55

01

00

10

0

chlo

roan

ilin

e, p

-1

06

-47

-87

07

03

57

03

57

01

50

15

0

chlo

rob

enze

ne

10

8-9

0-7

1 5

00

1 5

00

85

01

50

08

50

1 5

00

5 0

00

15

0 0

00

chlo

rob

enzi

late

51

0-1

5-6

15

01

50

65

15

06

51

50

30

03

00

chlo

rob

enzo

ic a

cid

, 4

-7

4-1

1-3

90

09

00

45

09

00

45

09

00

7 0

00

7 0

00

chlo

rob

enzo

tric

hlo

rid

e, 4

-5

21

6-2

5-1

0.7

0.7

0.3

50

.70

.35

0.7

1.5

1.5

chlo

rob

enzo

trif

luo

rid

e, 4

-9

8-5

6-6

90

90

45

90

45

90

70

03

70

0

chlo

rob

uta

ne,

1-

10

9-6

9-3

1 0

00

31

00

03

60

03

1 0

00

36

00

1 0

00

9 5

00

39

50

0

chlo

roet

han

ol,

2-

10

7-0

7-3

65

06

50

30

06

50

30

06

50

45

00

45

00

chlo

rofo

rm6

7-6

6-3

85

08

50

40

08

50

40

08

50

25

00

70

000

chlo

ronap

hth

alen

e, 2

-9

1-5

8-7

2 5

00

2 5

00

1 5

00

2 5

00

1 5

00

2 5

00

20

000

20

000



Schedule 3.1


SCH

EDU

LE 3

.1–

PAR

T 2

GE

NE

RIC

NU

ME

RIC

AL

SO

IL S

TA

ND

AR

DS

TO

PR

OT

EC

T H

UM

AN

HE

AL

TH

1,2

CO

LUM

N 1

CO

LUM

N 2

CO

LUM

N 3

CO

LUM

N 4

CO

LUM

N 5

CO

LUM

N 6

CO

LUM

N 7

CO

LUM

N 8

CO

LUM

N 9

CO

LUM

N 1

0

Subs

tanc

e

Che

mic

al

Abst

ract

Se

rvic

e N

umbe

r(C

AS)

Wild

land

s N

atur

al(W

L N)

Wild

land

s R

ever

ted

(WL R

)Ag

ricul

tura

l(A

L)U

rban

Par

k(P

L)

Res

iden

tial

Low

Den

sity

(RL L

D)

Res

iden

tial

Hig

h D

ensi

ty(R

L HD)

Com

mer

cial

(CL)

Indu

stria

l(IL

)

chlo

ronit

rob

enze

ne,

2-

88

-73

-34

54

52

54

52

54

51

00

10

0

chlo

ronit

rob

enze

ne,

4-

10

0-0

0-5

30

30

15

30

15

30

25

02

50

chlo

rop

hen

ol,

2-

95

-57

-84

00

40

02

00

40

02

00

40

01

50

03

5 0

00

chlo

rop

hen

ol,

3-

10

8-4

3-0

25

0,8

25

0,

10

0,

25

0,

10

0,

25

0,

75

0,

20

000

,

chlo

rop

hen

ol,

4-

10

6-4

8-9

25

0,

25

0,

10

0,

25

0,

10

0,

25

0,

75

0,

20

000

,

chlo

rop

rene

12

6-9

9-8

65

06

50

30

06

50

30

06

50

4 5

00

4 5

00

chlo

roth

alo

nil

18

97

-45

-65

00

50

02

50

50

02

50

50

03

50

03

50

0

chlo

roto

luen

e, 2

-9

5-4

9-8

65

03

65

03

30

03

65

03

30

06

50

4 5

00

34

50

0

chlo

roto

luen

e, 4

-1

06

-43

-46

50

36

50

33

00

36

50

33

00

65

04

50

03

4 5

00

chlo

rpro

pham

10

1-2

1-3

6 5

00

6 5

00

3 0

00

6 5

00

3 0

00

6 5

00

45

000

44

5 0

00

chlo

rpyri

fos

29

21

-88

-23

03

01

53

01

53

02

50

25

0

chlo

rpyri

fos-

met

hyl

55

98

-13

-03

00

30

01

50

30

01

50

30

02

50

02

50

0

chlo

rsulf

uro

n6

49

02

-72

-31

50

01

50

08

00

1 5

00

80

01

50

01

0 0

00

10

000

chlo

rthal

-dim

eth

yl

18

61

-32

-13

00

30

01

50

30

01

50

30

02

50

02

50

0

chlo

rthio

pho

s6

02

38

-56

-42

52

51

52

51

52

52

00

20

0

chry

sene

21

8-0

1-9

40

04

00

20

04

00

20

04

00

4 5

00

4 5

00

clo

fente

zine

74

115

-24

-54

00

40

02

00

40

02

00

40

03

00

03

00

0

cro

tonal

deh

yd

e, t

rans-

12

3-7

3-9

7.5

7.5

3.5

7.5

3.5

7.5

15

15

cyan

azin

e2

17

25

-46

-21

51

58

.51

58

.51

54

04

0

cyan

ogen

46

0-1

9-5

30

30

15

30

15

30

25

02

50

cycl

ohex

ane,

1,2

,3,4

,5-

pen

tab

rom

o-6

-chlo

ro-

87

-84

-36

00

60

03

00

60

03

00

60

01

50

01

50

0

cycl

ohex

ano

ne

10

8-9

4-1

15

0 0

00

31

50

00

03

80

000

31

50

00

03

80

000

15

0 0

00

1 0

00 0

00

3,4

1 0

00 0

00

,

cycl

ohex

ene

11

0-8

3-8

15

03

15

03

80

31

50

38

01

50

1 0

00

1 0

00

cycl

ohex

yla

min

e1

08

-91

-86

50

06

50

03

00

06

50

03

00

06

50

04

5 0

00

44

5 0

00

cyfl

uth

rin

68

359

-37

-58

00

80

04

00

80

04

00

80

06

00

06

00

0

cyhal

oth

rin

68

085

-85

-81

50

15

08

01

50

80

15

01

00

01

00

0

cyp

erm

ethri

n5

23

15

-07

-83

00

30

01

50

30

01

50

30

02

50

02

50

0





SCH

EDU

LE 3

.1–

PAR

T 2

GE

NE

RIC

NU

ME

RIC

AL

SO

IL S

TA

ND

AR

DS

TO

PR

OT

EC

T H

UM

AN

HE

AL

TH

1,2

CO

LUM

N 1

CO

LUM

N 2

CO

LUM

N 3

CO

LUM

N 4

CO

LUM

N 5

CO

LUM

N 6

CO

LUM

N 7

CO

LUM

N 8

CO

LUM

N 9

CO

LUM

N 1

0

Subs

tanc

e

Che

mic

al

Abst

ract

Se

rvic

e N

umbe

r(C

AS)

Wild

land

s N

atur

al(W

L N)

Wild

land

s R

ever

ted

(WL R

)Ag

ricul

tura

l(A

L)U

rban

Par

k(P

L)

Res

iden

tial

Low

Den

sity

(RL L

D)

Res

iden

tial

Hig

h D

ensi

ty(R

L HD)

Com

mer

cial

(CL)

Indu

stria

l(IL

)

cyro

maz

ine

66

215

-27

-82

50

25

01

00

25

01

00

25

02

00

02

00

0

dal

apo

n7

5-9

9-0

90

09

00

45

09

00

45

09

00

70

00

70

00

dam

ino

zid

e1

59

6-8

4-5

80

08

00

40

08

00

40

08

00

2 0

00

2 0

00

dem

eto

n8

06

5-4

8-3

11

0.6

10

.61

9.5

9.5

dia

llat

e2

30

3-1

6-4

20

02

00

10

02

00

10

02

00

55

05

50

dia

min

oto

luen

e, 2

,5-

95

-70

-56

.56

.53

6.5

36

.54

54

5

dia

zino

n3

33

-41

-52

02

01

02

01

02

01

50

15

0

dib

enz(

a,h)a

nth

race

ne

53

-70

-31

0,

10

,5

,1

0,

5,

10

,3

0,

50

,

dib

enzo

(a,e

)pyre

ne

19

2-6

5-4

11

0.6

10

.61

2.5

2.5

dib

enzo

fura

n1

32

-64

-93

03

01

53

01

53

02

50

25

0

dib

enzo

thio

phen

e1

32

-65

-03

00

30

01

50

30

01

50

30

02

50

02

50

0

dib

rom

o-3

-chlo

rop

rop

ane,

1,2

-9

6-1

2-8

44

24

24

40

40

dib

rom

ob

enze

ne,

1,3

-1

08

-36

-11

01

06

10

61

09

53

95

dib

rom

ob

enze

ne,

1,4

-1

06

-37

-63

00

30

01

50

30

01

50

30

02

50

02

50

0

dib

rom

och

loro

met

han

e

[DB

CM

]

12

4-4

8-1

15

01

50

85

15

08

51

50

40

04

00

dib

rom

oet

han

e, 1

,2-

10

6-9

3-4

77

3.5

73

.57

15

15

dib

uty

l p

hth

alat

e[D

BP

]8

4-7

4-2

8 5

00

8 5

00

4 0

00

8 5

00

40

00

8 5

00

25

000

70

0 0

00

dib

uty

ltin

1

44

88

-53

-09

94

.59

4.5

97

07

0

dic

amb

a1

91

8-0

0-9

90

09

00

45

09

00

45

09

00

70

00

70

00

dic

hlo

roac

etic

aci

d7

9-4

3-6

10

01

00

60

10

06

01

00

65

06

50

dic

hlo

rob

enze

ne,

1,2

-9

5-5

0-1

7 5

00

7 5

00

3 5

00

7 5

00

3 5

00

7 5

00

25

000

65

0 0

00

dic

hlo

rob

enze

ne,

1,3

-5

41

-73

-12

50

02

50

01

00

02

50

01

00

02

50

07

50

02

00

00

0

dic

hlo

rob

enze

ne,

1,4

-1

06

-46

-79

00

09

00

04

50

09

00

04

50

09

00

03

0 0

00

80

0 0

00

dic

hlo

rob

enzi

din

e, 3

,3'-

91

-94

-13

03

01

53

01

53

07

57

5

dic

hlo

rod

iflu

oro

met

han

e7

5-7

1-8

6 5

00

6 5

00

3 0

00

6 5

00

3 0

00

6 5

00

45

000

45

000

dic

hlo

rod

iphen

yl

sulf

one,

4,4

'-8

0-0

7-9

25

25

15

25

15

25

20

02

00

dic

hlo

roet

han

e, 1

,1-

75

-34

-31

5 0

00

51

5 0

00

58

50

05

15

000

58

50

05

15

000

55

0 0

00

5>

1 0

00

mg/g

5



Schedule 3.1


SCH

EDU

LE 3

.1–

PAR

T 2

GE

NE

RIC

NU

ME

RIC

AL

SO

IL S

TA

ND

AR

DS

TO

PR

OT

EC

T H

UM

AN

HE

AL

TH

1,2

CO

LUM

N 1

CO

LUM

N 2

CO

LUM

N 3

CO

LUM

N 4

CO

LUM

N 5

CO

LUM

N 6

CO

LUM

N 7

CO

LUM

N 8

CO

LUM

N 9

CO

LUM

N 1

0

Subs

tanc

e

Che

mic

al

Abst

ract

Se

rvic

e N

umbe

r(C

AS)

Wild

land

s N

atur

al(W

L N)

Wild

land

s R

ever

ted

(WL R

)Ag

ricul

tura

l(A

L)U

rban

Par

k(P

L)

Res

iden

tial

Low

Den

sity

(RL L

D)

Res

iden

tial

Hig

h D

ensi

ty(R

L HD)

Com

mer

cial

(CL)

Indu

stria

l(IL

)

dic

hlo

roet

han

e, 1

,2-

10

7-0

6-2

15

01

50

75

15

07

51

50

35

03

50

dic

hlo

roet

hyle

ne,

1,1

-7

5-3

5-4

4 0

00

4 0

00

2 0

00

4 0

00

2 0

00

4 0

00

15

000

35

0 0

00

dic

hlo

roet

hyle

ne,

1,2

-cis

-1

56

-59

-21

50

15

08

51

50

85

15

05

00

15

000

dic

hlo

roet

hyle

ne,

1,2

-tra

ns-

15

6-6

0-5

1 5

00

1 5

00

85

01

50

08

50

1 5

00

5 0

00

15

0 0

00

dic

hlo

rom

ethan

e7

5-0

9-2

50

05

00

25

05

00

25

05

00

1 5

00

40

000

dic

hlo

rop

hen

ol,

2,3

-5

76

-24

-92

50

,2

50

,1

00

,2

50

,1

00

,2

50

,7

50

,2

0 0

00

,

dic

hlo

rop

hen

ol,

2,4

-1

20

-83

-22

50

25

01

00

25

01

00

25

07

50

20

000

dic

hlo

rop

hen

ol,

2,5

-5

83

-78

-82

50

,2

50

,1

00

,2

50

,1

00

,2

50

,7

50

,2

0 0

00

,

dic

hlo

rop

hen

ol,

2,6

-8

7-6

5-0

25

0,

25

0,

10

0,

25

0,

10

0,

25

0,

75

0,

20

000

,

dic

hlo

rop

hen

ol,

3,4

-9

5-7

7-2

25

0,

25

0,

10

0,

25

0,

10

0,

25

0,

75

0,

20

000

,

dic

hlo

rop

hen

ol,

3,5

-5

91

-35

-52

50

,2

50

,1

00

,2

50

,1

00

,2

50

,7

50

,2

0 0

00

,

dic

hlo

rop

hen

ox

y a

ceti

c ac

id,

2,4

-[2

,4-D

]

94

-75

-73

00

30

01

50

30

01

50

30

02

50

02

50

0

dic

hlo

rop

hen

ox

yb

uty

ric

acid

,

2,4

-[2

,4-D

B]

94

-82

-62

50

25

01

50

25

01

50

25

02

00

02

00

0

dic

hlo

rop

rop

ane,

1,2

-7

8-8

7-5

1 0

00

1 0

00

60

01

00

06

00

1 0

00

3 5

00

10

000

dic

hlo

rop

rop

ane,

1,3

-1

42

-28

-96

50

36

50

33

00

36

50

33

00

65

04

50

03

4 5

00

dic

hlo

rop

rop

ano

l, 2

,3-

61

6-2

3-9

90

90

45

90

45

90

70

07

00

dic

hlo

rop

rop

ene,

1,3

-

(cis

+ t

rans)

54

2-7

5-6

2 5

00

2 5

00

1 0

00

2 5

00

1 0

00

2 5

00

7 5

00

20

0 0

00

dic

hlo

rvo

s6

2-7

3-7

15

15

81

58

15

10

01

00

dic

roto

pho

s1

41

-66

-23

31

.53

1.5

32

52

5

dic

ycl

op

enta

die

ne

77

-73

-62

50

02

50

01

50

02

50

01

50

02

50

02

0 0

00

20

000

die

ldri

n6

0-5

7-1

0.8

50

.85

0.4

50

.85

0.4

50

.85

22

die

than

ola

min

e1

11

-42

-26

56

53

06

53

06

54

50

45

0

die

thyl

ether

60

-29

-76

50

03

6 5

00

33

00

03

6 5

00

33

00

06

50

04

5 0

00

3,4

45

000

,

die

thyl

phth

alat

e8

4-6

6-2

25

000

25

000

15

000

25

000

15

000

25

000

20

0 0

00

42

00

00

0

die

thyld

ithio

carb

amat

e3

92

-74

-51

01

05

10

51

02

52

5





SCH

EDU

LE 3

.1–

PAR

T 2

GE

NE

RIC

NU

ME

RIC

AL

SO

IL S

TA

ND

AR

DS

TO

PR

OT

EC

T H

UM

AN

HE

AL

TH

1,2

CO

LUM

N 1

CO

LUM

N 2

CO

LUM

N 3

CO

LUM

N 4

CO

LUM

N 5

CO

LUM

N 6

CO

LUM

N 7

CO

LUM

N 8

CO

LUM

N 9

CO

LUM

N 1

0

Subs

tanc

e

Che

mic

al

Abst

ract

Se

rvic

e N

umbe

r(C

AS)

Wild

land

s N

atur

al(W

L N)

Wild

land

s R

ever

ted

(WL R

)Ag

ricul

tura

l(A

L)U

rban

Par

k(P

L)

Res

iden

tial

Low

Den

sity

(RL L

D)

Res

iden

tial

Hig

h D

ensi

ty(R

L HD)

Com

mer

cial

(CL)

Indu

stria

l(IL

)

die

thyle

ne

gly

col

mo

no

buty

l

ether

11

2-3

4-5

90

09

00

45

09

00

45

09

00

7 0

00

7 0

00

die

thyle

ne

gly

col

mo

no

eth

yl

ether

11

1-9

0-0

2 0

00

2 0

00

95

02

00

09

50

2 0

00

15

000

15

000

die

thylf

orm

amid

e6

17

-84

-53

03

01

53

01

53

02

50

25

0

dif

lub

enzu

ron

35

367

-38

-56

50

65

03

00

65

03

00

65

04

50

04

50

0

dii

sob

uty

lene

25

167

-70

-83

00

33

00

31

50

33

00

31

50

30

02

50

03

2 5

00

dim

eth

ipin

55

290

-64

-76

50

65

03

00

65

03

00

65

04

50

04

50

0

dim

etho

ate

60

-51

-56

.56

.53

6.5

36

.54

54

5

dim

etho

xyb

enzi

din

e, 3

,3'-

11

9-9

0-4

8.5

8.5

4.5

8.5

4.5

8.5

20

20

dim

eth

yl

met

hylp

ho

spho

nat

e7

56

-79

-62

00

02

00

09

50

2 0

00

95

02

00

01

5 0

00

15

000

dim

eth

yla

min

o a

zob

enze

ne,

4-

[DA

B]

60

-11

-73

31

.53

1.5

37

7

dim

eth

yla

nil

ine,

2,4

-9

5-6

8-1

65

65

30

65

30

65

15

01

50

dim

eth

yla

nil

ine,

N,N

-1

21

-69

-76

56

53

06

53

06

54

50

34

50

[DM

A]

dim

eth

ylb

enz(

a)an

thra

cene,

7,1

2-

57

-97

-60

.02

0.0

20

.02

0.0

20

.02

0.0

20

.02

50

.02

5

dim

eth

ylb

enzi

din

e, 3

,3'-

11

9-9

3-7

1.5

1.5

0.6

51

.50

.65

1.5

33

dim

eth

ylf

orm

amid

e6

8-1

2-2

3 0

00

3 0

00

1 5

00

3 0

00

1 5

00

3 0

00

25

000

25

000

dim

eth

ylh

yd

razi

ne,

1,1

-5

7-1

4-7

33

1.5

31

.53

25

25

dim

eth

ylp

hen

ol,

2,4

-1

05

-67

-91

50

01

50

08

50

1 5

00

85

01

50

05

00

01

50

00

0

dim

eth

ylp

hen

ol,

2,6

-5

76

-26

-15

05

02

55

02

55

01

50

4 0

00

dim

eth

ylp

hen

ol,

3,4

-9

5-6

5-8

85

85

40

85

40

85

25

07

00

0

dim

eth

ylt

erep

hth

alat

e1

20

-61

-63

00

03

00

01

50

03

00

01

50

03

00

02

50

00

42

5 0

00

din

itro

ben

zene,

1,2

-5

28

-29

-03

31

.53

1.5

32

52

5

din

itro

ben

zene,

1,3

-9

9-6

5-0

33

1.5

31

.53

25

25

din

itro

ben

zene,

1,4

-1

00

-25

-43

31

.53

1.5

32

52

5



Schedule 3.1


SCH

EDU

LE 3

.1–

PAR

T 2

GE

NE

RIC

NU

ME

RIC

AL

SO

IL S

TA

ND

AR

DS

TO

PR

OT

EC

T H

UM

AN

HE

AL

TH

1,2

CO

LUM

N 1

CO

LUM

N 2

CO

LUM

N 3

CO

LUM

N 4

CO

LUM

N 5

CO

LUM

N 6

CO

LUM

N 7

CO

LUM

N 8

CO

LUM

N 9

CO

LUM

N 1

0

Subs

tanc

e

Che

mic

al

Abst

ract

Se

rvic

e N

umbe

r(C

AS)

Wild

land

s N

atur

al(W

L N)

Wild

land

s R

ever

ted

(WL R

)Ag

ricul

tura

l(A

L)U

rban

Par

k(P

L)

Res

iden

tial

Low

Den

sity

(RL L

D)

Res

iden

tial

Hig

h D

ensi

ty(R

L HD)

Com

mer

cial

(CL)

Indu

stria

l(IL

)

din

itro

-o-c

ycl

ohex

yl

phen

ol,

4,6

-

13

1-8

9-5

65

65

30

65

30

65

45

04

50

din

itro

phen

ol,

2,4

-5

1-2

8-5

15

01

50

85

15

08

51

50

50

01

5 0

00

din

itro

tolu

ene,

2,4

-1

21

-14

-24

54

52

04

52

04

51

00

10

0

din

itro

tolu

ene,

2,6

-6

06

-20

-29

94

.59

4.5

92

02

0

din

itro

tolu

ene,

2-a

min

o-4

,6-

35

572

-78

-26

56

53

06

53

06

54

50

45

0

din

itro

tolu

ene,

4-a

min

o-2

,6-

19

406

-51

-06

56

53

06

53

06

54

50

45

0

din

ose

b8

8-8

5-7

30

30

15

30

15

30

25

02

50

dio

xan

e, 1

,4-

12

3-9

1-1

15

01

50

70

15

07

01

50

35

03

50

dip

hen

amid

95

7-5

1-7

90

09

00

45

09

00

45

09

00

7 0

00

7 0

00

dip

hen

yl

sulf

one

12

7-6

3-9

25

25

15

25

15

25

20

02

00

dip

hen

yl-

1,4

-ben

zened

iam

ine,

N,

N-

74

-31

-79

94

.59

4.5

97

07

0

dip

hen

yla

min

e1

22

-39

-48

00

80

04

00

80

04

00

80

06

00

06

00

0

diq

uat

(as

dib

rom

ide)

85

-00

-77

07

03

57

03

57

05

00

50

0

Dir

ect

Bla

ck 3

81

93

7-3

7-7

22

12

12

4.5

4.5

Dir

ect

Blu

e 6

26

02

-46

-22

20

.95

20

.95

24

.54

.5

Dir

ect

Bro

wn 9

51

60

71

-86

-62

21

21

25

5

dis

ulf

oto

n2

98

-04

-41

10

.61

0.6

19

.59

.5

diu

ron

33

0-5

4-1

65

65

30

65

30

65

45

04

50

do

din

e2

43

9-1

0-3

10

01

00

60

10

06

01

00

95

09

50

end

osu

lfan

(I

+ I

I)1

15

-29

-75

00

50

02

50

50

02

50

50

01

50

04

0 0

00

end

oth

all

14

5-7

3-3

65

06

50

30

06

50

30

06

50

4 5

00

4 5

00

end

rin

72

-20

-89

94

.59

4.5

97

07

0

EP

TC

75

9-9

4-4

80

08

00

40

08

00

40

08

00

6 0

00

6 0

00

ethan

ol,

2-(

2-m

etho

xyet

ho

xy)-

11

1-7

7-3

1 0

00

1 0

00

60

01

00

06

00

1 0

00

9 5

00

9 5

00

ethep

ho

n1

66

72

-87

-01

50

15

08

01

50

80

15

01

00

01

00

0

ethio

n5

63

-12

-21

51

58

15

81

51

00

10

0





SCH

EDU

LE 3

.1–

PAR

T 2

GE

NE

RIC

NU

ME

RIC

AL

SO

IL S

TA

ND

AR

DS

TO

PR

OT

EC

T H

UM

AN

HE

AL

TH

1,2

CO

LUM

N 1

CO

LUM

N 2

CO

LUM

N 3

CO

LUM

N 4

CO

LUM

N 5

CO

LUM

N 6

CO

LUM

N 7

CO

LUM

N 8

CO

LUM

N 9

CO

LUM

N 1

0

Subs

tanc

e

Che

mic

al

Abst

ract

Se

rvic

e N

umbe

r(C

AS)

Wild

land

s N

atur

al(W

L N)

Wild

land

s R

ever

ted

(WL R

)Ag

ricul

tura

l(A

L)U

rban

Par

k(P

L)

Res

iden

tial

Low

Den

sity

(RL L

D)

Res

iden

tial

Hig

h D

ensi

ty(R

L HD)

Com

mer

cial

(CL)

Indu

stria

l(IL

)

etho

xyet

han

ol

acet

ate,

2-

11

1-1

5-9

3 0

00

3 0

00

1 5

00

3 0

00

1 5

00

3 0

00

25

000

25

000

etho

xyet

han

ol,

2-

11

0-8

0-5

3 0

00

3 0

00

1 5

00

3 0

00

1 5

00

3 0

00

20

000

20

000

eth

yl

acet

ate

14

1-7

8-6

30

000

30

000

15

000

30

000

15

000

30

000

20

0 0

00

20

0 0

00

eth

yl

acry

late

14

0-8

8-5

15

01

50

80

15

08

01

50

1 0

00

1 0

00

eth

yle

ne

cyan

oh

yd

rin

10

9-7

8-4

2 0

00

2 0

00

1 0

00

2 0

00

1 0

00

2 0

00

15

000

15

000

eth

yle

ned

iam

ine

10

7-1

5-3

3 0

00

3 0

00

1 5

00

3 0

00

1 5

00

3 0

00

20

000

42

0 0

00

eth

yle

ne

thio

ure

a9

6-4

5-7

2.5

2.5

1.5

2.5

1.5

2.5

20

20

eth

yle

nei

min

e1

51

-56

-40

.20

.20

.10

.20

.10

.20

.50

.5

eth

yl-

p-n

itro

phen

yl

ben

zenet

hio

no

pho

spho

nat

e

[EP

N]

21

04

-64

-50

.30

.30

.15

0.3

0.1

50

.32

.52

.5

fenam

ipho

s2

22

24

-92

-68

84

84

86

06

0

fenp

rop

athri

n3

95

15

-41

-88

00

80

04

00

80

04

00

80

06

00

06

00

0

fen

val

erat

e5

16

30

-58

-18

00

80

04

00

80

04

00

80

06

00

06

00

0

fluo

met

uro

n2

16

4-1

7-2

40

04

00

20

04

00

20

04

00

3 0

00

3 0

00

fluo

rene

86

-73

-71

00

01

00

06

00

1 0

00

60

01

00

09

50

09

50

0

fluo

rid

e1

69

84

-48

-88

50

08

50

04

50

08

50

04

50

08

50

02

5 0

00

75

0 0

00

fluri

do

ne

59

756

-60

-42

50

02

50

01

50

02

50

01

50

02

50

02

0 0

00

20

000

flurp

rim

ido

l5

64

25

-91

-36

50

65

03

00

65

03

00

65

04

50

04

50

0

flusi

lazo

le8

55

09

-19

-92

02

01

02

01

02

01

50

15

0

fluto

lanil

66

332

-96

-52

00

02

00

09

50

2 0

00

95

02

00

01

5 0

00

15

000

fluval

inat

e6

94

09

-94

-53

00

30

01

50

30

01

50

30

02

50

02

50

0

folp

et1

33

-07

-33

00

03

00

01

50

03

00

01

50

03

00

09

50

09

50

0

fom

esaf

en7

21

78

-02

-07

57

53

57

53

57

51

50

15

0

fono

fos

94

4-2

2-9

65

65

30

65

30

65

45

04

50

form

ald

ehyd

e5

0-0

0-0

6 5

00

6 5

00

3 0

00

6 5

00

3 0

00

6 5

00

45

000

45

000

form

ic a

cid

64

-18

-63

0 0

00

30

000

15

000

30

000

15

000

30

000

20

0 0

00

20

0 0

00

fose

tyl

15

845

-66

-69

0 0

00

49

0 0

00

44

5 0

00

49

0 0

00

44

5 0

00

90

000

70

0 0

00

47

00

00

0



Schedule 3.1


SCH

EDU

LE 3

.1–

PAR

T 2

GE

NE

RIC

NU

ME

RIC

AL

SO

IL S

TA

ND

AR

DS

TO

PR

OT

EC

T H

UM

AN

HE

AL

TH

1,2

CO

LUM

N 1

CO

LUM

N 2

CO

LUM

N 3

CO

LUM

N 4

CO

LUM

N 5

CO

LUM

N 6

CO

LUM

N 7

CO

LUM

N 8

CO

LUM

N 9

CO

LUM

N 1

0

Subs

tanc

e

Che

mic

al

Abst

ract

Se

rvic

e N

umbe

r(C

AS)

Wild

land

s N

atur

al(W

L N)

Wild

land

s R

ever

ted

(WL R

)Ag

ricul

tura

l(A

L)U

rban

Par

k(P

L)

Res

iden

tial

Low

Den

sity

(RL L

D)

Res

iden

tial

Hig

h D

ensi

ty(R

L HD)

Com

mer

cial

(CL)

Indu

stria

l(IL

)

fura

n1

10

-00

-93

03

01

53

01

53

02

50

25

0

fura

zoli

do

ne

67

-45

-83

.53

.52

3.5

23

.58

.58

.5

furf

ura

l9

8-0

1-1

90

90

45

90

45

90

70

07

00

furm

ecycl

ox

60

568

-05

-04

50

45

02

50

45

02

50

45

01

00

01

00

0

furo

thia

zole

53

1-8

2-8

99

4.5

94

.59

20

20

glu

fosi

nat

e5

33

69

-07

-61

01

06

10

61

09

59

5

gly

cid

ald

ehyd

e7

65

-34

-41

01

06

10

61

09

59

5

gly

pho

sate

10

71

-83

-63

00

03

00

01

50

03

00

01

50

03

00

02

5 0

00

25

000

guan

idin

e1

13

-00

-83

00

30

01

50

30

01

50

30

02

50

02

50

0

hal

ox

yfo

p,

met

hyl

69

806

-40

-21

.51

.50

.81

.50

.81

.51

01

0

HE

PH

s9N

A1

01

00

01

11

00

011

1 0

00

12

1 0

00

12

1 0

00

13

1 0

00

13

5 0

00

12

5 0

00

12

hep

tach

lor

76

-44

-83

31

.53

1.5

37

.57

.5

hep

tach

lor

epo

xid

e1

02

4-5

7-3

0.4

0.4

0.2

0.4

0.2

0.4

33

hex

abro

mo

ben

zene

87

-82

-16

56

53

06

53

06

54

50

45

0

hex

abro

mo

bip

hen

yl,

2,2

',4,4

',5,5

'-

59

536

-65

-10

.09

0.0

90

.04

50

.09

0.0

45

0.0

90

.20

.2

hex

achlo

rob

enze

ne

11

8-7

4-1

65

65

35

65

35

65

20

04

50

hex

achlo

rob

uta

die

ne

87

-68

-33

03

01

53

01

53

02

50

25

0

hex

achlo

rocy

clo

hex

ane,

alp

ha-

31

9-8

4-6

22

12

12

55

hex

achlo

rocy

clo

hex

ane,

bet

a-3

19

-85

-78

84

84

82

02

0

hex

achlo

rocy

clo

hex

ane,

gam

ma

58

-89

-92

52

51

02

51

02

57

52

50

hex

achlo

rocy

clo

pen

tad

iene

77

-47

-42

00

20

09

52

00

95

20

01

50

01

50

0

hex

achlo

roet

han

e6

7-7

2-1

20

20

10

20

10

20

15

01

50

hex

achlo

rop

hen

e7

0-3

0-4

99

4.5

94

.59

70

70

hex

ahyd

ro-1

,3,5

-tri

nit

ro-1

,3,5

-

tria

zin

e [R

DX

]

12

1-8

2-4

90

90

45

90

45

90

30

03

00

hex

amet

hylp

ho

spho

r-am

ide

68

0-3

1-9

10

10

61

06

10

95

95





SCH

EDU

LE 3

.1–

PAR

T 2

GE

NE

RIC

NU

ME

RIC

AL

SO

IL S

TA

ND

AR

DS

TO

PR

OT

EC

T H

UM

AN

HE

AL

TH

1,2

CO

LUM

N 1

CO

LUM

N 2

CO

LUM

N 3

CO

LUM

N 4

CO

LUM

N 5

CO

LUM

N 6

CO

LUM

N 7

CO

LUM

N 8

CO

LUM

N 9

CO

LUM

N 1

0

Subs

tanc

e

Che

mic

al

Abst

ract

Se

rvic

e N

umbe

r(C

AS)

Wild

land

s N

atur

al(W

L N)

Wild

land

s R

ever

ted

(WL R

)Ag

ricul

tura

l(A

L)U

rban

Par

k(P

L)

Res

iden

tial

Low

Den

sity

(RL L

D)

Res

iden

tial

Hig

h D

ensi

ty(R

L HD)

Com

mer

cial

(CL)

Indu

stria

l(IL

)

hex

ano

ne,

2-

59

1-7

8-6

15

01

50

80

15

08

01

50

1 0

00

1 0

00

hex

azin

one

51

235

-04

-21

00

01

00

05

00

1 0

00

50

01

00

08

00

08

00

0

hex

yth

iazo

x7

85

87

-05

-08

00

80

04

00

80

04

00

80

06

00

06

00

0

hyd

ram

eth

yln

on

67

485

-29

-49

94

.59

4.5

97

07

0

hyd

razi

ne

30

2-0

1-2

4.5

4.5

2.5

4.5

2.5

4.5

10

10

hyd

roq

uin

one

12

3-3

1-9

25

02

50

10

02

50

10

02

50

55

05

50

imaz

alil

35

554

-44

-04

00

40

02

00

40

02

00

40

03

00

03

00

0

imaz

aquin

81

335

-37

-78

00

08

00

04

00

08

00

04

00

08

00

06

0 0

00

60

000

imaz

ethap

yr

81

335

-77

-58

00

08

00

04

00

08

00

04

00

08

00

06

0 0

00

60

000

ind

eno

(1,2

,3-c

d)p

yre

ne

19

3-3

9-5

95

,9

5,

50

,9

5,

50

,9

5,

30

0,

50

0,

ipro

dio

ne

36

734

-19

-71

00

01

00

06

00

1 0

00

60

01

00

09

50

09

50

0

iro

n7

43

9-8

9-6

35

000

35

000

35

000

35

000

35

000

35

000

15

0 0

00

15

0 0

00

iso

buta

no

l7

8-8

3-1

9 0

00

39

00

03

4 5

00

39

00

03

4 5

00

9 0

00

70

000

37

0 0

00

iso

pho

rone

78

-59

-16

50

06

50

03

00

06

50

03

00

06

50

03

5 0

00

35

000

iso

pro

pal

in3

38

20

-53

-05

00

50

02

50

50

02

50

50

03

50

03

50

0

iso

pro

pan

ol

67

-63

-06

5 0

00

65

000

30

000

65

000

30

000

65

000

45

0 0

00

45

0 0

00

iso

pro

pylb

enze

ne

98

-82

-83

00

03

3 0

00

31

50

03

3 0

00

31

50

03

00

02

5 0

00

32

5 0

00

iso

xab

en8

25

58

-50

-71

50

01

50

08

00

1 5

00

80

01

50

01

0 0

00

10

00

0

lact

ofe

n7

75

01

-63

-46

56

53

06

53

06

54

50

45

0

LE

PH

s14

NA

10

1 0

00

11

1 0

00

11

1 0

00

12

1 0

00

12

1 0

00

13

1 0

00

13

20

00

12

20

00

12

lin

uro

n3

30

-55

-26

56

53

06

53

06

54

50

45

0

lith

ium

74

39

-93

-26

56

53

06

53

06

54

50

45

0

mal

athio

n1

21

-75

-56

50

65

03

00

65

03

00

65

04

50

04

50

0

mal

ono

nit

rile

10

9-7

7-3

33

1.5

31

.53

25

25

man

coze

b8

01

8-0

1-7

90

09

00

45

09

00

45

09

00

7 0

00

7 0

00

man

eb1

24

27

-38

-21

50

15

08

01

50

80

15

01

00

01

00

0

mec

op

rop

[M

CP

P]

93

-65

-23

03

01

53

01

53

02

50

25

0

mer

pho

s1

50

-50

-50

.90

.90

.45

0.9

0.4

50

.97

7



Schedule 3.1


SCH

EDU

LE 3

.1–

PAR

T 2

GE

NE

RIC

NU

ME

RIC

AL

SO

IL S

TA

ND

AR

DS

TO

PR

OT

EC

T H

UM

AN

HE

AL

TH

1,2

CO

LUM

N 1

CO

LUM

N 2

CO

LUM

N 3

CO

LUM

N 4

CO

LUM

N 5

CO

LUM

N 6

CO

LUM

N 7

CO

LUM

N 8

CO

LUM

N 9

CO

LUM

N 1

0

Subs

tanc

e

Che

mic

al

Abst

ract

Se

rvic

e N

umbe

r(C

AS)

Wild

land

s N

atur

al(W

L N)

Wild

land

s R

ever

ted

(WL R

)Ag

ricul

tura

l(A

L)U

rban

Par

k(P

L)

Res

iden

tial

Low

Den

sity

(RL L

D)

Res

iden

tial

Hig

h D

ensi

ty(R

L HD)

Com

mer

cial

(CL)

Indu

stria

l(IL

)

met

alax

yl

57

837

-19

-12

00

02

00

09

50

2 0

00

95

02

00

01

5 0

00

15

000

met

hac

rylo

nit

rile

12

6-9

8-7

33

1.5

31

.53

25

25

met

ham

ido

pho

s1

02

65

-92

-61

.51

.50

.81

.50

.81

.51

01

0

met

hid

athio

n9

50

-37

-83

03

01

53

01

53

02

50

25

0

met

ho

myl

16

752

-77

-58

00

80

04

00

80

04

00

80

06

00

06

00

0

met

ho

xy-5

-nit

roan

ilin

e, 2

-9

9-5

9-2

30

03

00

15

03

00

15

03

00

65

06

50

met

ho

xych

lor

72

-43

-51

50

15

08

01

50

80

15

01

00

01

00

0

met

ho

xyet

han

ol,

2-

10

9-8

6-4

15

01

50

80

15

08

01

50

1 0

00

1 0

00

met

ho

xyet

han

ol

acet

ate,

2-

11

0-4

9-6

25

02

50

15

02

50

15

02

50

2 0

00

2 0

00

met

hyl

acet

ate

79

-20

-93

0 0

00

33

0 0

00

31

5 0

00

33

0 0

00

31

5 0

00

30

000

25

0 0

00

3,4

25

0 0

00

,

met

hyl

eth

yl

ket

one

[ME

K]

78

-93

-32

0 0

00

20

000

9 5

00

20

000

9 5

00

20

000

15

0 0

00

15

0 0

00

,

met

hyl

hyd

razi

ne

60

-34

-43

03

01

53

01

53

02

50

25

0

met

hyl

mer

cury

22

967

-92

-63

31

.53

1.5

32

52

5

met

hyl

met

hac

ryla

te8

0-6

2-6

45

000

34

5 0

00

32

0 0

00

34

5 0

00

32

0 0

00

45

000

30

0 0

00

33

00

00

0

met

hyl

tert

-bu

tyl

ether

[M

TB

E]

16

34

-04

-48

00

08

00

04

00

08

00

04

00

08

00

02

0 0

00

20

000

met

hyl-

5-n

itro

anil

ine,

2-

99

-55

-86

50

65

03

00

65

03

00

65

03

50

03

50

0

met

hyla

nil

ine,

2-

95

-53

-42

02

01

02

01

02

05

05

0

met

hyla

nil

ine,

4-

10

6-4

9-0

10

01

00

60

10

06

01

00

95

09

50

met

hylc

ho

lanth

rene,

3-

56

-49

-50

.15

0.1

50

.07

0.1

50

.07

0.1

51

.51

.5

met

hyle

ne-

bis

(2-c

hlo

roan

ilin

e),

4,4

'-

10

1-1

4-4

30

30

15

30

15

30

35

03

50

met

hyle

ne-

bis

(N,

N-d

imet

hyl)

anil

ine,

4,4

'-

10

1-6

1-1

30

03

00

15

03

00

15

03

00

70

07

00

met

hyle

neb

isb

enze

nam

ine,

4,4

'-

10

1-7

7-9

8.5

8.5

4.5

8.5

4.5

8.5

20

20

met

hyln

aph

thal

ene,

1-

90

-12

-05

00

50

02

50

50

02

50

50

01

00

01

00

0

met

hyln

aph

thal

ene,

2-

91

-57

-61

00

10

06

01

00

60

10

09

50

95

0

met

hylp

hen

ol,

2-

95

-48

-74

00

04

00

02

00

04

00

02

00

04

00

01

5 0

00

35

0 0

00





SCH

EDU

LE 3

.1–

PAR

T 2

GE

NE

RIC

NU

ME

RIC

AL

SO

IL S

TA

ND

AR

DS

TO

PR

OT

EC

T H

UM

AN

HE

AL

TH

1,2

CO

LUM

N 1

CO

LUM

N 2

CO

LUM

N 3

CO

LUM

N 4

CO

LUM

N 5

CO

LUM

N 6

CO

LUM

N 7

CO

LUM

N 8

CO

LUM

N 9

CO

LUM

N 1

0

Subs

tanc

e

Che

mic

al

Abst

ract

Se

rvic

e N

umbe

r(C

AS)

Wild

land

s N

atur

al(W

L N)

Wild

land

s R

ever

ted

(WL R

)Ag

ricul

tura

l(A

L)U

rban

Par

k(P

L)

Res

iden

tial

Low

Den

sity

(RL L

D)

Res

iden

tial

Hig

h D

ensi

ty(R

L HD)

Com

mer

cial

(CL)

Indu

stria

l(IL

)

met

hylp

hen

ol,

3-

10

8-3

9-4

4 0

00

4 0

00

2 0

00

4 0

00

2 0

00

4 0

00

15

000

35

0 0

00

met

hylp

hen

ol,

4-

10

6-4

4-5

40

04

00

20

04

00

20

04

00

15

00

35

000

met

hylp

hen

ol,

4-c

hlo

ro-3

-5

9-5

0-7

3 0

00

3 0

00

1 5

00

3 0

00

1 5

00

3 0

00

25

000

25

000

met

hyls

tyre

ne,

alp

ha-

98

-83

-92

00

03

2 0

00

31

00

03

2 0

00

31

00

02

00

01

5 0

00

31

5 0

00

met

ola

chlo

r5

12

18

-45

-25

00

05

00

02

50

05

00

02

50

05

00

03

50

00

35

000

met

rib

uzi

n2

10

87

-64

-98

00

80

04

00

80

04

00

80

06

00

06

00

0

met

sulf

uro

n-m

eth

yl

74

223

-64

-68

00

08

00

04

00

08

00

04

00

08

00

06

0 0

00

46

0 0

00

mir

ex2

38

5-8

5-5

0.8

0.8

0.4

0.8

0.4

0.8

22

mo

linat

e2

21

2-6

7-1

65

65

30

65

30

65

45

04

50

mo

no

met

hyla

rso

nic

aci

d1

24

-58

-33

00

30

01

50

30

01

50

30

02

50

02

50

0

met

hyla

nil

ine,

N-

10

0-6

1-8

65

65

30

65

30

65

45

04

50

mycl

ob

uta

nil

88

671

-89

-08

00

80

04

00

80

04

00

80

06

00

06

00

0

nal

ed3

00

-76

-56

56

53

06

53

06

54

50

45

0

nap

hth

yla

min

e, 2

-9

1-5

9-8

88

48

48

20

20

nap

rop

amid

e1

52

99

-99

-73

00

03

00

01

50

03

00

01

50

03

00

02

5 0

00

25

000

nit

rate

(as

N)

14

797

-55

-85

0 0

00

45

0 0

00

42

5 0

00

45

0 0

00

42

5 0

00

50

000

40

0 0

00

44

00

00

0

nit

rite

(as

N)

14

797

-65

-03

00

03

00

01

50

03

00

01

50

03

00

02

5 0

00

42

5 0

00

nit

roan

ilin

e, 2

-8

8-7

4-4

30

03

00

15

03

00

15

03

00

2 5

00

2 5

00

nit

roan

ilin

e, 4

-1

00

-01

-61

00

10

06

01

00

60

10

09

50

95

0

nit

rob

enze

ne

98

-95

-36

56

53

06

53

06

54

50

45

0

nit

rofu

razo

ne

59

-87

-01

01

05

.51

05

.51

02

52

5

nit

rogly

ceri

n5

5-6

3-0

33

1.5

31

.53

25

25

nit

rog

uan

idin

e5

56

-88

-73

00

03

00

01

50

03

00

01

50

03

00

02

5 0

00

25

000

nit

rop

hen

ol,

2-

88

-75

-52

12

21

20

.11

22

12

112

212

10

12

10

12

nit

rop

hen

ol,

4-

10

0-0

2-7

212

21

20

.11

22

12

112

212

10

12

10

12

nit

rop

yre

ne,

4-

57

835

-92

-41

01

06

10

61

02

52

5

nit

roso

die

than

ola

min

e, N

-1

11

6-5

4-7

55

2.5

52

.55

10

10



Schedule 3.1


SCH

EDU

LE 3

.1–

PAR

T 2

GE

NE

RIC

NU

ME

RIC

AL

SO

IL S

TA

ND

AR

DS

TO

PR

OT

EC

T H

UM

AN

HE

AL

TH

1,2

CO

LUM

N 1

CO

LUM

N 2

CO

LUM

N 3

CO

LUM

N 4

CO

LUM

N 5

CO

LUM

N 6

CO

LUM

N 7

CO

LUM

N 8

CO

LUM

N 9

CO

LUM

N 1

0

Subs

tanc

e

Che

mic

al

Abst

ract

Se

rvic

e N

umbe

r(C

AS)

Wild

land

s N

atur

al(W

L N)

Wild

land

s R

ever

ted

(WL R

)Ag

ricul

tura

l(A

L)U

rban

Par

k(P

L)

Res

iden

tial

Low

Den

sity

(RL L

D)

Res

iden

tial

Hig

h D

ensi

ty(R

L HD)

Com

mer

cial

(CL)

Indu

stria

l(IL

)

nit

roso

die

thyla

min

e, N

-

[ND

EA

]

55

-18

-50

.02

0.0

20

.01

0.0

20

.01

0.0

20

.20

.2

nit

roso

dim

eth

yla

min

e, N

-

[ND

MA

]

62

-75

-90

.06

0.0

60

.03

0.0

60

.03

0.0

60

.65

0.6

5

nit

roso

-di-

N-b

uty

lam

ine,

N-

92

4-1

6-3

2.5

2.5

1.5

2.5

1.5

2.5

66

nit

roso

-di-

N-p

rop

yla

min

e, N

-6

21

-64

-72

21

21

24

.54

.5

nit

roso

dip

hen

yla

min

e, N

-8

6-3

0-6

3 0

00

3 0

00

1 5

00

3 0

00

1 5

00

3 0

00

6 5

00

6 5

00

nit

roso

met

hyle

thyla

min

e, N

-1

05

95

-95

-60

.65

0.6

50

.30

.65

0.3

0.6

51

.51

.5

nit

roso

mo

rpho

line,

N-

59

-89

-22

21

21

25

5

nit

roso

pip

erid

ine,

N-

10

0-7

5-4

1.5

1.5

0.7

51

.50

.75

1.5

3.5

3.5

nit

roso

pyrr

oli

din

e, N

-9

30

-55

-26

.56

.53

.56

.53

.56

.51

51

5

nit

roto

luen

e, 2

-8

8-7

2-2

30

30

15

30

15

30

15

01

50

nit

roto

luen

e, 3

-9

9-0

8-1

33

1.5

31

.53

25

25

nit

roto

luen

e, 4

-9

9-9

9-0

10

01

00

60

10

06

01

00

95

09

50

no

nan

e, n

-1

11

-84

-29

39

34

.53

93

4.5

97

03

70

no

naq

ueo

us

phas

e li

quid

s15

NA

10

no

t p

rese

nt

no

t p

rese

nt

no

t p

rese

nt

no

t p

rese

nt

no

t p

rese

nt

no

t p

rese

nt

no

t p

rese

nt

no

t p

rese

nt

no

rflu

razo

n2

73

14

-13

-21

00

01

00

06

00

1 0

00

60

01

00

09

50

09

50

0

oct

ahyd

ro-1

,3,5

,7-t

etra

nit

ro-

1,3

,5,7

-tet

razo

cine

[HM

X]

26

91

-41

-01

50

01

50

08

00

1 5

00

80

01

50

01

0 0

00

10

000

oct

amet

hylp

yro

pho

spho

ram

ide

[OM

PA

]

15

2-1

6-9

65

65

30

65

30

65

45

04

50

oct

yl

phth

alat

e, d

i-n

-[D

NO

P]

11

7-8

4-0

30

03

00

15

03

00

15

03

00

2 5

00

25

00

od

oro

us

sub

stan

ces1

6N

A1

0no

t p

rese

nt

no

t p

rese

nt

no

t p

rese

nt

no

t p

rese

nt

no

t p

rese

nt

no

t p

rese

nt

no

t p

rese

nt

no

t p

rese

nt

ory

zali

n1

90

44

-88

-31

50

01

50

08

00

1 5

00

80

01

50

01

0 0

00

10

000

oxad

iazo

n1

96

66

-30

-91

50

15

08

01

50

80

15

01

00

01

00

0

oxam

yl

23

135

-22

-08

00

80

04

00

80

04

00

80

06

00

06

00

0

ox

yfl

uo

rfen

42

874

-03

-39

09

04

59

04

59

07

00

70

0

pac

lob

utr

azo

l7

67

38

-62

-04

00

40

02

00

40

02

00

40

03

00

03

00

0





SCH

EDU

LE 3

.1–

PAR

T 2

GE

NE

RIC

NU

ME

RIC

AL

SO

IL S

TA

ND

AR

DS

TO

PR

OT

EC

T H

UM

AN

HE

AL

TH

1,2

CO

LUM

N 1

CO

LUM

N 2

CO

LUM

N 3

CO

LUM

N 4

CO

LUM

N 5

CO

LUM

N 6

CO

LUM

N 7

CO

LUM

N 8

CO

LUM

N 9

CO

LUM

N 1

0

Subs

tanc

e

Che

mic

al

Abst

ract

Se

rvic

e N

umbe

r(C

AS)

Wild

land

s N

atur

al(W

L N)

Wild

land

s R

ever

ted

(WL R

)Ag

ricul

tura

l(A

L)U

rban

Par

k(P

L)

Res

iden

tial

Low

Den

sity

(RL L

D)

Res

iden

tial

Hig

h D

ensi

ty(R

L HD)

Com

mer

cial

(CL)

Indu

stria

l(IL

)

par

aquat

(as

dic

hlo

rid

e)1

91

0-4

2-5

15

01

50

70

15

07

01

50

1 0

00

1 0

00

par

athio

n5

6-3

8-2

20

02

00

95

20

09

52

00

1 5

00

1 5

00

par

athio

n m

eth

yl

29

8-0

0-0

88

48

48

60

60

peb

ula

te1

11

4-7

1-2

1 5

00

1 5

00

80

01

50

08

00

1 5

00

10

000

10

000

pen

dim

ethal

in4

04

87

-42

-11

00

01

00

06

00

1 0

00

60

01

00

09

50

09

50

0

pen

tach

loro

ben

zene,

1,2

,3,4

,5-

60

8-9

3-5

65

65

35

65

35

65

20

05

50

0

pen

tach

loro

ethan

e7

6-0

1-7

15

01

50

75

15

07

51

50

35

03

50

pen

tach

loro

nit

rob

enze

ne

[PC

NB

]

82

-68

-85

55

52

55

52

55

51

50

15

0

pen

taer

yth

rito

l te

tran

itra

te

[PE

TN

]7

8-1

1-5

65

65

30

65

30

65

45

04

50

per

chlo

rate

1

47

97

-73

-02

02

01

02

01

02

01

50

15

0

per

fluo

rob

uta

ne

sulf

onat

e

[PF

BS

]

37

5-7

3-5

65

06

50

30

06

50

30

06

50

4 5

00

4 5

00

per

met

hri

n (

cis

+ t

rans)

52

645

-53

-11

50

01

50

08

00

1 5

00

80

01

50

01

0 0

00

10

000

phen

anth

rene

85

-01

-83

50

03

50

01

50

03

50

01

50

03

50

01

0 0

00

30

0 0

00

phen

med

ipham

13

684

-63

-48

00

08

00

04

00

08

00

04

00

08

00

06

0 0

00

60

000

phen

ol,

2-m

eth

yl-

4,6

-din

itro

-5

34

-52

-12

.52

.51

.52

.51

.52

.52

02

0

phen

oth

iazi

ne

92

-84

-21

51

58

15

81

51

00

10

0

phen

yle

ned

iam

ine,

m-

[MP

D]

10

8-4

5-2

20

02

00

95

20

09

52

00

1 5

00

1 5

00

phen

yle

ned

iam

ine,

o-

[OP

D]

95

-54

-53

00

30

01

50

30

01

50

30

07

00

70

0

phen

yle

ned

iam

ine,

p-

[PP

D]

10

6-5

0-3

6 0

00

6 0

00

3 0

00

6 0

00

30

00

6 0

00

45

000

45

000

phen

ylp

hen

ol,

2-

90

-43

-77

00

07

00

03

50

07

00

03

50

07

00

01

5 0

00

15

000

pho

rate

29

8-0

2-2

6.5

6.5

36

.53

6.5

45

45

pho

smet

73

2-1

1-6

65

06

50

30

06

50

30

06

50

4 5

00

4 5

00

phth

alic

aci

d,

p-

10

0-2

1-0

30

000

30

000

15

000

30

000

15

000

30

000

25

0 0

00

42

50

00

0

pic

lora

m1

91

8-0

2-1

2 0

00

2 0

00

1 0

00

2 0

00

1 0

00

2 0

00

15

000

15

000

pic

ram

ic a

cid

96

-91

-33

31

.53

1.5

32

52

5



Schedule 3.1


SCH

EDU

LE 3

.1–

PAR

T 2

GE

NE

RIC

NU

ME

RIC

AL

SO

IL S

TA

ND

AR

DS

TO

PR

OT

EC

T H

UM

AN

HE

AL

TH

1,2

CO

LUM

N 1

CO

LUM

N 2

CO

LUM

N 3

CO

LUM

N 4

CO

LUM

N 5

CO

LUM

N 6

CO

LUM

N 7

CO

LUM

N 8

CO

LUM

N 9

CO

LUM

N 1

0

Subs

tanc

e

Che

mic

al

Abst

ract

Se

rvic

e N

umbe

r(C

AS)

Wild

land

s N

atur

al(W

L N)

Wild

land

s R

ever

ted

(WL R

)Ag

ricul

tura

l(A

L)U

rban

Par

k(P

L)

Res

iden

tial

Low

Den

sity

(RL L

D)

Res

iden

tial

Hig

h D

ensi

ty(R

L HD)

Com

mer

cial

(CL)

Indu

stria

l(IL

)

pic

ric

acid

8

8-8

9-1

30

30

15

30

15

30

20

02

00

pir

imip

ho

s-m

eth

yl

29

232

-93

-73

00

30

01

50

30

01

50

30

02

50

02

50

0

pro

chlo

raz

67

747

-09

-59

09

04

59

04

59

02

00

20

0

pro

flura

lin

26

399

-36

-02

00

20

09

52

00

95

20

01

50

01

50

0

pro

met

on

16

10

-18

-05

00

50

02

50

50

02

50

50

03

50

03

50

0

pro

met

ryn

72

87

-19

-61

00

10

06

01

00

60

10

09

50

95

0

pro

pac

hlo

r1

91

8-1

6-7

40

04

00

20

04

00

20

04

00

3 0

00

3 0

00

pro

pan

il7

09

-98

-81

50

15

08

01

50

80

15

01

00

01

00

0

pro

par

git

e2

31

2-3

5-8

65

06

50

30

06

50

30

06

50

4 5

00

4 5

00

pro

par

gyl

alco

ho

l1

07

-19

-76

56

53

06

53

06

54

50

45

0

pro

paz

ine

13

9-4

0-2

65

06

50

30

06

50

30

06

50

4 5

00

4 5

00

pro

pham

12

2-4

2-9

65

06

50

30

06

50

30

06

50

4 5

00

4 5

00

pro

pic

onaz

ole

60

207

-90

-14

00

40

02

00

40

02

00

40

03

00

03

00

0

pro

pylb

enze

ne,

1-

10

3-6

5-1

3 0

00

33

00

03

1 5

00

33

00

03

1 5

00

3 0

00

25

000

32

5 0

00

pro

pyle

ne

gly

col

mo

no

met

hyl

ether

10

7-9

8-2

20

000

3,4

20

000

3,4

10

000

3,4

20

000

3,4

10

000

3,4

20

000

3,4

15

0 0

00

3,4

15

0 0

00

,

pro

pyle

ne

ox

ide

75

-56

-96

06

03

06

03

06

01

50

15

0

pro

pyza

mid

e2

39

50

-58

-52

50

02

50

01

00

02

50

01

00

02

50

02

0 0

00

20

000

pyre

ne

12

9-0

0-0

2 5

00

2 5

00

1 0

00

2 5

00

1 0

00

2 5

00

7 5

00

20

0 0

00

pyri

din

e1

10

-86

-13

03

01

53

01

53

02

50

25

0

quin

alp

ho

s1

35

93

-03

-81

51

58

15

81

51

00

10

0

quin

oli

ne

91

-22

-54

.54

.52

.54

.52

.54

.51

01

0

quiz

alo

fop

-eth

yl

76

578

-14

-83

00

30

01

50

30

01

50

30

02

00

02

00

0

resm

ethri

n1

04

53

-86

-89

00

90

04

50

90

04

50

90

07

00

07

00

0

ronnel

29

9-8

4-3

1 5

00

1 5

00

80

01

50

08

00

1 5

00

10

000

10

000

rote

no

ne

83

-79

-41

00

10

06

01

00

60

10

09

50

95

0

sele

nio

us

acid

77

83

-00

-81

50

15

08

01

50

80

15

01

00

01

00

0

seth

ox

yd

im7

40

51

-80

-23

00

03

00

01

50

03

00

01

50

03

00

02

0 0

00

20

000





SCH

EDU

LE 3

.1–

PAR

T 2

GE

NE

RIC

NU

ME

RIC

AL

SO

IL S

TA

ND

AR

DS

TO

PR

OT

EC

T H

UM

AN

HE

AL

TH

1,2

CO

LUM

N 1

CO

LUM

N 2

CO

LUM

N 3

CO

LUM

N 4

CO

LUM

N 5

CO

LUM

N 6

CO

LUM

N 7

CO

LUM

N 8

CO

LUM

N 9

CO

LUM

N 1

0

Subs

tanc

e

Che

mic

al

Abst

ract

Se

rvic

e N

umbe

r(C

AS)

Wild

land

s N

atur

al(W

L N)

Wild

land

s R

ever

ted

(WL R

)Ag

ricul

tura

l(A

L)U

rban

Par

k(P

L)

Res

iden

tial

Low

Den

sity

(RL L

D)

Res

iden

tial

Hig

h D

ensi

ty(R

L HD)

Com

mer

cial

(CL)

Indu

stria

l(IL

)

silv

er7

44

0-2

2-4

40

04

00

20

04

00

20

04

00

1 5

00

35

000

silv

ex9

3-7

2-1

25

02

50

15

02

50

15

02

50

2 0

00

2 0

00

sim

azin

e1

22

-34

-91

00

10

06

01

00

60

10

02

50

25

0

stro

nti

um

74

40

-24

-62

0 0

00

20

000

9 5

00

20

000

9 5

00

20

000

15

0 0

00

41

50

00

0

stry

chnin

e5

7-2

4-9

99

4.5

94

.59

70

70

styre

ne

10

0-4

2-5

15

000

15

000

8 5

00

15

000

8 5

00

15

000

50

000

> 1

000

mg/g

styre

ne-

acry

lonit

rile

[S

AN

]

trim

er (

all

iso

mer

s)

NA

11

90

90

45

90

45

90

70

07

00

sulf

ote

p3

68

9-2

4-5

15

15

81

58

15

10

01

00

sulf

ur,

ele

men

tal

77

04

-34

-92

00

0

TC

MT

B2

15

64

-17

-09

00

90

04

50

90

04

50

90

07

00

07

00

0

teb

uth

iuro

n3

40

14

-18

-12

00

02

00

01

00

02

00

01

00

02

00

01

5 0

00

15

000

tem

epho

s3

38

3-9

6-8

65

06

50

30

06

50

30

06

50

4 5

00

4 5

00

terb

acil

59

02

-51

-24

00

40

02

00

40

02

00

40

03

00

03

00

0

terb

ufo

s1

30

71

-79

-90

.80

.80

.40

.80

.40

.86

6

terb

utr

yn

88

6-5

0-0

30

30

15

30

15

30

25

02

50

tetr

achlo

rob

enze

ne,

1,2

,3,4

-6

34

-66

-23

00

30

01

50

30

01

50

30

08

50

25

000

tetr

achlo

rob

enze

ne,

1,2

,3,5

-6

34

-90

-24

04

02

04

02

04

01

50

3 5

00

tetr

achlo

rob

enze

ne,

1,2

,4,5

-9

5-9

4-3

99

4.5

94

.59

70

70

tetr

achlo

roet

han

e, 1

,1,1

,2-

63

0-2

0-6

55

05

50

25

05

50

25

05

50

1 5

00

1 5

00

tetr

achlo

roet

han

e, 1

,1,2

,2-

79

-34

-57

07

03

57

03

57

01

50

15

0

tetr

achlo

rop

hen

ol,

2,3

,4,5

-4

90

1-5

1-3

25

02

50

10

02

50

10

02

50

75

02

0 0

00

tetr

achlo

rop

hen

ol,

2,3

,4,6

-5

8-9

0-2

2 5

00

2 5

00

1 0

00

2 5

00

1 0

00

2 5

00

7 5

00

20

0 0

00

tetr

achlo

rop

hen

ol,

2,3

,5,6

93

5-9

5-5

25

02

50

10

02

50

10

02

50

75

02

0 0

00

tetr

achlo

rovin

pho

s9

61

-11

-56

00

60

03

00

60

03

00

60

01

50

01

50

0

tetr

aeth

yl

lead

78

-00

-20

.00

30

.00

30

.00

15

0.0

03

0.0

015

0.0

03

0.0

25

0.0

25

tetr

ahyd

rofu

ran

10

9-9

9-9

30

000

30

000

15

000

30

000

15

000

30

000

20

0 0

00

20

0 0

00

tetr

yl

47

9-4

5-8

65

65

30

65

30

65

45

04

50



Schedule 3.1


SCH

EDU

LE 3

.1–

PAR

T 2

GE

NE

RIC

NU

ME

RIC

AL

SO

IL S

TA

ND

AR

DS

TO

PR

OT

EC

T H

UM

AN

HE

AL

TH

1,2

CO

LUM

N 1

CO

LUM

N 2

CO

LUM

N 3

CO

LUM

N 4

CO

LUM

N 5

CO

LUM

N 6

CO

LUM

N 7

CO

LUM

N 8

CO

LUM

N 9

CO

LUM

N 1

0

Subs

tanc

e

Che

mic

al

Abst

ract

Se

rvic

e N

umbe

r(C

AS)

Wild

land

s N

atur

al(W

L N)

Wild

land

s R

ever

ted

(WL R

)Ag

ricul

tura

l(A

L)U

rban

Par

k(P

L)

Res

iden

tial

Low

Den

sity

(RL L

D)

Res

iden

tial

Hig

h D

ensi

ty(R

L HD)

Com

mer

cial

(CL)

Indu

stria

l(IL

)

thal

liu

m7

44

0-2

8-0

212

thif

ensu

lfuro

n-m

eth

yl

79

277

-27

-34

00

40

02

00

40

02

00

40

03

00

03

00

0

thio

ben

carb

28

249

-77

-63

00

30

01

50

30

01

50

30

02

50

02

50

0

thio

cyan

ate

30

2-0

4-5

6.5

6.5

36

.53

6.5

45

45

thio

dig

lyco

l1

11

-48

-82

00

02

00

01

00

02

00

01

00

02

00

01

5 0

00

15

000

thio

fano

x3

91

96

-18

-49

94

.59

4.5

97

07

0

thio

phan

ate-

met

hyl

23

564

-05

-82

50

02

50

01

50

02

50

01

50

02

50

02

0 0

00

20

000

thio

phen

ol

10

8-9

8-5

30

30

15

30

15

30

25

02

50

thir

am1

37

-26

-81

50

15

08

01

50

80

15

01

00

01

00

0

tin

74

40

-31

-55

0 0

00

50

000

25

000

50

000

25

000

50

000

15

0 0

00

> 1

000

mg/g

toxap

hen

e (a

ll i

som

ers)

80

01

-35

-21

51

56

.51

56

.51

53

03

0

tral

om

ethri

n6

68

41

-25

-62

50

25

01

00

25

01

00

25

02

00

02

00

0

tria

dim

efo

n4

31

21

-43

-39

00

90

04

50

90

04

50

90

07

00

07

00

0

tria

llat

e2

30

3-1

7-5

40

04

00

20

04

00

20

04

00

3 0

00

3 0

00

tria

sulf

uro

n8

20

97

-50

-53

00

30

01

50

30

01

50

30

02

50

02

50

0

trib

enuro

n-m

eth

yl

10

120

0-4

8-0

25

02

50

15

02

50

15

02

50

2 0

00

2 0

00

trib

rom

ob

enze

ne,

1,2

,4-

61

5-5

4-3

15

01

50

80

15

08

01

50

1 0

00

1 0

00

trib

ufo

s7

8-4

8-8

0.9

0.9

0.4

50

.90

.45

0.9

77

trib

uty

l p

ho

sphat

e1

26

-73

-83

00

30

01

50

30

01

50

30

02

50

02

50

0

trib

uty

ltin

36

643

-28

-49

94

.59

4.5

97

07

0

tric

hlo

ro-1

,2,2

-tri

fluo

roet

han

e,

1,1

,2-

76

-13

-19

00

00

03

90

0 0

00

34

50

00

03

90

0 0

00

34

50

00

09

00

00

0>

1 0

00

mg/g

3>

1 0

00

mg/g

3

tric

hlo

roac

etic

aci

d7

6-0

3-9

20

02

00

10

02

00

10

02

00

45

04

50

tric

hlo

roan

ilin

e, 2

,4,6

-6

34

-93

-50

.90

.90

.45

0.9

0.4

50

.97

7

tric

hlo

rob

enze

ne,

1,2

,3-

87

-61

-61

00

10

06

01

00

60

10

04

00

10

000

tric

hlo

rob

enze

ne,

1,2

,4-

12

0-8

2-1

85

08

50

40

08

50

40

08

50

2 5

00

70

000

tric

hlo

rob

enze

ne,

1,3

,5-

10

8-7

0-3

65

06

50

35

06

50

35

06

50

20

00

55

000

tric

hlo

roet

han

e, 1

,1,1

-7

1-5

5-6

15

0 0

00

15

0 0

00

85

000

15

0 0

00

85

000

15

0 0

00

50

0 0

00

> 1

000

mg/g





SCH

EDU

LE 3

.1–

PAR

T 2

GE

NE

RIC

NU

ME

RIC

AL

SO

IL S

TA

ND

AR

DS

TO

PR

OT

EC

T H

UM

AN

HE

AL

TH

1,2

CO

LUM

N 1

CO

LUM

N 2

CO

LUM

N 3

CO

LUM

N 4

CO

LUM

N 5

CO

LUM

N 6

CO

LUM

N 7

CO

LUM

N 8

CO

LUM

N 9

CO

LUM

N 1

0

Subs

tanc

e

Che

mic

al

Abst

ract

Se

rvic

e N

umbe

r(C

AS)

Wild

land

s N

atur

al(W

L N)

Wild

land

s R

ever

ted

(WL R

)Ag

ricul

tura

l(A

L)U

rban

Par

k(P

L)

Res

iden

tial

Low

Den

sity

(RL L

D)

Res

iden

tial

Hig

h D

ensi

ty(R

L HD)

Com

mer

cial

(CL)

Indu

stria

l(IL

)

tric

hlo

roet

han

e, 1

,1,2

-7

9-0

0-5

35

03

50

15

03

50

15

03

50

1 0

00

30

000

tric

hlo

rofl

uo

rom

ethan

e7

5-6

9-4

9 0

00

39

00

03

4 5

00

39

00

03

4 5

00

9 0

00

70

000

3,4

70

000

,

tric

hlo

rop

hen

ol,

2,3

,4-

15

950

-66

-08

5,1

78

5,1

74

0,1

78

5,1

74

0,1

78

5,1

72

50

,17

7 0

00

,17

tric

hlo

rop

hen

ol,

2,3

,5-

93

3-7

8-8

85

,17

85

,17

40

,17

85

,17

40

,17

85

,17

25

0,1

77

00

0,1

7

tric

hlo

rop

hen

ol,

2,3

,6-

93

3-7

5-5

85

,17

85

,17

40

,17

85

,17

40

,17

85

,17

25

0,1

77

00

0,1

7

tric

hlo

rop

hen

ol,

2,4

,5-

95

-95

-48

50

08

50

04

00

08

50

04

00

08

50

02

5 0

00

70

0 0

00

tric

hlo

rop

hen

ol,

2,4

,6-

88

-06

-28

58

54

08

54

08

52

50

7 0

00

tric

hlo

rop

hen

ol,

3,4

,5-

60

9-1

9-8

85

,17

85

,17

40

,17

85

,17

40

,17

85

,17

25

0,1

77

00

0,1

7

tric

hlo

rop

hen

ox

yac

etic

aci

d,

2,4

,5-

[2,4

,5-T

]

93

-76

-53

00

30

01

50

30

01

50

30

02

50

02

50

0

tric

hlo

rop

rop

ane,

1,1

,2-

59

8-7

7-6

15

01

50

80

15

08

01

50

1 0

00

1 0

00

tric

hlo

rop

rop

ane,

1,2

,3-

96

-18

-40

.10

.10

.05

0.1

0.0

50

.11

1

tric

hlo

rop

rop

ene,

1,2

,3-

96

-19

-59

09

04

59

04

59

07

00

70

0

tric

resy

l p

ho

sphat

e [T

CP

]1

33

0-7

8-5

65

06

50

30

06

50

30

06

50

4 5

00

4 5

00

trid

iphan

e5

81

38

-08

-29

09

04

59

04

59

07

00

70

0

trie

thyle

ne

gly

col

11

2-2

7-6

65

000

46

5 0

00

43

0 0

00

46

5 0

00

43

0 0

00

65

000

45

0 0

00

44

50

00

0

trif

lura

lin

15

82

-09

-82

50

25

01

00

25

01

00

25

02

00

02

00

0

trim

eth

yl

pho

sphat

e5

12

-56

-13

00

30

01

50

30

01

50

30

01

50

01

50

0

trim

eth

ylb

enze

ne,

1,3

,5-

10

8-6

7-8

30

03

30

03

15

03

30

03

15

03

00

2 5

00

32

50

0

trin

itro

ben

zene,

1,3

,5-

99

-35

-49

00

90

04

50

90

04

50

90

07

00

07

00

0

trin

itro

tolu

ene,

2,4

,6-

11

8-9

6-7

15

15

81

58

15

10

01

00

tris

(1,3

-dic

hlo

ro-2

-pro

pyl)

pho

sphat

e [T

DC

PP

]

13

674

-87

-86

50

65

03

00

65

03

00

65

04

50

04

50

0

tris

(1-c

hlo

ro-2

-

pro

pyl)

pho

sphat

e [T

CP

P]

13

674

-84

-53

00

30

01

50

30

01

50

30

02

50

02

50

0

tris

(2,3

-dib

rom

op

rop

yl)

pho

sphat

e

12

6-7

2-7

66

36

36

15

15



Schedule 3.1


SCH

EDU

LE 3

.1–

PAR

T 2

GE

NE

RIC

NU

ME

RIC

AL

SO

IL S

TA

ND

AR

DS

TO

PR

OT

EC

T H

UM

AN

HE

AL

TH

1,2

CO

LUM

N 1

CO

LUM

N 2

CO

LUM

N 3

CO

LUM

N 4

CO

LUM

N 5

CO

LUM

N 6

CO

LUM

N 7

CO

LUM

N 8

CO

LUM

N 9

CO

LUM

N 1

0

Subs

tanc

e

Che

mic

al

Abst

ract

Se

rvic

e N

umbe

r(C

AS)

Wild

land

s N

atur

al(W

L N)

Wild

land

s R

ever

ted

(WL R

)Ag

ricul

tura

l(A

L)U

rban

Par

k(P

L)

Res

iden

tial

Low

Den

sity

(RL L

D)

Res

iden

tial

Hig

h D

ensi

ty(R

L HD)

Com

mer

cial

(CL)

Indu

stria

l(IL

)

tris

(2-c

hlo

roet

hyl)

pho

sphat

e

[TC

EP

]

11

5-9

6-8

20

02

00

10

02

00

10

02

00

1 5

00

1 5

00

tris

(2-e

thylh

exyl)

pho

sphat

e7

8-4

2-2

3 0

00

3 0

00

1 5

00

3 0

00

1 5

00

3 0

00

10

000

10

000

tun

gst

en7

44

0-3

3-7

25

25

15

25

15

25

20

02

00

ver

no

late

19

29

-77

-73

03

01

53

01

53

02

50

25

0

vin

clo

zoli

n5

04

71

-44

-88

00

80

04

00

80

04

00

80

06

00

06

00

0

vin

yl

acet

ate

10

8-0

5-4

30

000

30

000

15

000

30

000

15

000

30

000

25

0 0

00

32

50

00

0

vin

yl

chlo

rid

e7

5-0

1-4

22

0.9

52

0.9

52

45

45

VP

Hs1

8N

A1

02

00

11

20

01

12

00

12

20

01

22

00

13

20

01

32

00

12

20

012

war

fari

n8

1-8

1-2

99

4.5

94

.59

70

70

zineb

12

122

-67

-71

50

01

50

08

00

1 5

00

80

01

50

01

0 0

00

10

000

Not

es1

All

val

ues

in µ

g/g

unle

ss o

ther

wis

e st

ated

. S

ub

stan

ces

must

be

anal

yze

d u

sin

g m

etho

ds

spec

ifie

d i

nth

e 2

01

5 B

riti

sh C

olu

mb

ia E

nvir

on

men

tal

Lab

ora

tory

Man

ual

, as

up

dat

ed

fro

m t

ime

to t

ime,

a d

irec

tor’

s p

roto

col

or

alte

rnat

e m

etho

ds

acce

pta

ble

to

ad

irec

tor.

2S

tand

ard

s ar

e b

ased

on t

he

20

15

Unit

ed S

tate

s (U

S)

Envir

on

men

tal

Pro

tect

ion A

gen

cy (

EP

A)

“Reg

ional

Scr

een

ing L

evel

s” f

or

soil

in

ges

tio

n.

The

EP

A R

egio

nal

Scr

eenin

g

Lev

els

for

no

n-c

arci

no

gen

icsu

bst

ance

s ar

e ad

just

ed t

o r

efle

ct t

he

19

96

“O

ver

vie

w o

f C

SS

T P

roce

dure

s fo

r th

e D

eriv

atio

n o

f S

oil

Qual

ity M

atri

x S

tand

ard

s fo

r C

onta

min

ated

S

ites

” S

oil

All

oca

tio

n F

acto

r (S

AF

= 0

.2)

and

for

carc

ino

gen

ic s

ub

stan

ces,

a h

um

an l

ifet

ime

cance

r ri

sk o

f le

ss t

han

or

equal

to

one

in 1

00

00

0,

in a

cco

rdan

ce w

ith s

ecti

on 1

8 (

3)

of

this

reg

ula

tio

n,

unle

ss o

ther

wis

e no

ted

. T

he

hig

h d

ensi

ty r

esid

enti

al l

and

use

sta

nd

ard

s o

f th

is s

ched

ule

ass

um

e th

e p

rohib

itio

n o

f th

e u

se o

f th

e la

nd

(a)

to

gro

w p

lan

ts f

or

hu

man

co

nsu

mp

tio

n,

and

(b

) as

a c

hil

dre

n’s

pla

ygro

und

, sp

ort

s fi

eld

, p

icnic

are

a o

r an

y o

ther

use

that

pro

mo

tes

freq

uen

t co

nta

ct b

y c

hil

dre

n.

Co

nsu

lt a

dir

ecto

r fo

r fu

rther

ad

vic

e.3

Sta

nd

ard

is

bas

ed o

n t

he

US

EP

AR

egio

nal

Inges

tio

n S

cree

nin

g L

evel

sat

ura

tio

n l

imit

fo

r th

e su

bst

ance

in s

oil

.4

Sta

nd

ard

is

bas

ed o

n t

he

US

EP

A R

egio

nal

Inges

tio

n S

cree

nin

g L

evel

cei

ling l

imit

fo

r th

e su

bst

ance

in s

oil

.5

Sta

nd

ard

is

der

ived

in a

cco

rdan

ce w

ith P

roto

col

28

“2

016

Sta

nd

ard

s D

eriv

atio

n M

etho

ds”

.6

Sta

nd

ard

is

no

t d

eriv

ed b

ased

on t

he

toxic

olo

gy

of

the

sub

stan

ce.

Sta

nd

ard

is

bas

ed o

nth

e H

azar

do

us

Was

te R

egula

tio

n,

B.C

.R

eg.

63

/88

, d

efin

itio

n f

or

was

te a

sbes

tos.

N

ote

th

at1

% b

y w

eigh

t is

eq

uiv

alen

t to

10

00

0 µ

g/g

.7

Sta

nd

ard

rep

rese

nts

a “

Ben

zo(a

)Pyre

ne

To

xic

ity E

quiv

alen

t Q

uo

tien

t (B

aP T

EQ

)”.

Sta

nd

ard

is

set

equal

to

the

corr

esp

ond

ing l

and

use

, H

um

an H

ealt

h P

rote

ctio

n –

Inta

ke

of

conta

min

ated

so

il,

mat

rix s

oil

sta

nd

ard

fo

r b

enzo

(a)p

yre

ne

div

ided

by t

he

19

98

Wo

rld

Hea

lth

Org

aniz

atio

n “

Ben

zo(a

)Pyre

ne

To

xic

ity E

qu

ival

ent

Fac

tor

(BaP

TE

F)”

for

the

sub

stan

ce.

Co

nsu

lt a

dir

ecto

r fo

r fu

rther

ad

vic

e.8

Sta

nd

ard

is

der

ived

usi

ng e

ither

the

resp

ecti

ve

20

01

Rij

ks

Inst

itu

ut

vo

or

Vo

lksg

ezo

nd

hei

d e

n M

ilie

u (

RIV

M)

To

lera

ble

Dai

ly I

nta

ke

(TD

I) f

or

mo

no

chlo

rop

hen

ols

(to

tal)

or

dic

hlo

rop

hen

ols

(to

tal)

. T

he

sum

of

the

conce

ntr

atio

ns

in s

oil

, o

f m

ono

chlo

rop

hen

ol

or

dic

hlo

rop

hen

ol

(all

iso

mer

s) s

ub

stan

ces

pre

scri

bed

in t

his

sch

edule

must

no

t ex

ceed

the

stan

dar

d.

Co

nsu

lt a

dir

ecto

r fo

r fu

rther

ad

vic

e.





9H

EP

Hs

-H

eav

y E

xtr

acta

ble

Pet

role

um

Hyd

roca

rbo

ns

in s

oil

, as

def

ined

in 2

01

5 B

riti

sh C

olu

mb

ia E

nvir

on

men

tal

Lab

ora

tory

Man

ual

, as

up

dat

ed f

rom

tim

e to

tim

e.10

NA

–no

t ap

pli

cab

le.

No

CA

S n

um

ber

ex

ists

fo

r th

e su

bst

ance

.11

Sta

nd

ard

is

set

equal

to

the

Urb

an P

ark (

PL

) la

nd

use

so

il s

tand

ard

fo

r th

e su

bst

ance

in S

ched

ule

4 o

f th

is r

egula

tio

n,

as i

t w

as b

efo

re t

he

rep

eal

of

that

sch

edu

le.

12

Sta

nd

ard

is

set

equal

to

the

corr

esp

ond

ing l

and

use

so

il s

tand

ard

fo

r th

e su

bst

ance

in S

ched

ule

4 o

f th

is r

egula

tio

n,

as i

t w

as b

efo

re t

he

rep

eal

of

that

sch

edule

.13

Sta

nd

ard

has

bee

n s

et t

o e

qual

the

Res

iden

tial

(R

L)

land

use

soil

sta

nd

ard

fo

r th

e su

bst

ance

in S

ched

ule

4 o

f th

is r

egula

tio

n,

as i

t w

as b

efo

re t

he

rep

eal

of

that

sch

edule

.14

LE

PH

s -

Lig

ht

Extr

acta

ble

Pet

role

um

Hyd

roca

rbo

ns

in s

oil

, as

def

ined

in 2

01

5 B

riti

sh C

olu

mb

ia E

nvir

on

men

tal

Lab

ora

tory

Man

ual

, as

up

dat

ed f

rom

tim

e to

tim

e.

15

So

il m

ust

be

rem

edia

ted

so

that

no

naq

ueo

us

phas

e li

quid

s ar

e no

t p

rese

nt

in q

uan

titi

es i

n e

xce

ss o

f th

at a

ccep

tab

le t

o a

dir

ecto

r.16

So

il m

ust

be

rem

edia

ted

so

that

od

oro

us

sub

stan

ces

are

no

t p

rese

nt

in q

uan

titi

es i

n e

xce

ss o

f th

at a

ccep

tab

le t

o a

dir

ecto

r.17

Sta

nd

ard

has

bee

n s

et e

qual

to

the

stan

dar

d f

or

2,4

,6-t

rich

loro

phen

ol.

18

VP

Hs

-V

ola

tile

Pet

role

um

Hyd

roca

rbo

ns

in s

oil

, as

def

ined

in t

he

20

15

Bri

tish

Co

lum

bia

Envir

on

men

tal

Lab

ora

tory

Man

ual

, as

up

dat

ed f

rom

tim

e to

tim

e.



Schedule 3.1


SCH

EDU

LE 3

.1 –

PA

RT

3

GE

NE

RIC

NU

ME

RIC

AL

SO

IL S

TA

ND

AR

DS

TO

PR

OT

EC

T E

CO

LO

GIC

AL

HE

AL

TH

1, 2

CO

LUM

N 1

C

OLU

MN

2

CO

LUM

N 3

C

OLU

MN

4

CO

LUM

N 5

C

OLU

MN

6

CO

LUM

N 7

C

OLU

MN

8

CO

LUM

N 9

C

OLU

MN

10

Su

bsta

nce

C

hem

ical

Ab

stra

ct

Serv

ice

Num

ber

(CAS

)

W

ildla

nds

Nat

ural

3 (W

L N)

W

ildla

nds

Rev

erte

d3 (W

L R)

Ag

ricul

tura

l4 (A

L)

U

rban

Par

k4 (P

L)

R

esid

entia

l Lo

w D

ensi

ty5

(RL L

D)

R

esid

entia

l H

igh

Den

sity

6 (R

L HD)

C

omm

erci

al4

(CL)

In

dust

rial4

(IL)

acen

aphth

ene

83

-32

-9

NS

N

S

NS

N

S

NS

N

S

NS

N

S

acep

hat

e 3

05

60

-19

-1

NS

N

S

NS

N

S

NS

N

S

NS

N

S

acet

ic a

cid

, 2

-met

hyl-

4-

chlo

rop

hen

ox

y-

[MC

PA

]

94

-74

-6

NS

N

S

NS

N

S

NS

N

S

NS

N

S

acet

och

lor

34

256

-82

-1

NS

N

S

NS

N

S

NS

N

S

NS

N

S

acet

one

67

-64

-1

NS

N

S

NS

N

S

NS

N

S

NS

N

S

acet

op

hen

one

98

-86

-2

NS

N

S

NS

N

S

NS

N

S

NS

N

S

acro

lein

1

07

-02

-8

NS

N

S

NS

N

S

NS

N

S

NS

N

S

acry

lam

ide

79

-06

-1

NS

N

S

NS

N

S

NS

N

S

NS

N

S

acry

lic

acid

7

9-1

0-7

N

S

NS

N

S

NS

N

S

NS

N

S

NS

acry

lonit

rile

1

07

-13

-1

NS

N

S

NS

N

S

NS

N

S

NS

N

S

adip

ic a

cid

1

24

-04

-9

NS

N

S

NS

N

S

NS

N

S

NS

N

S

alac

hlo

r 1

59

72

-60

-8

NS

N

S

NS

N

S

NS

N

S

NS

N

S

ald

icar

b

11

6-0

6-3

N

S

NS

N

S

NS

N

S

NS

N

S

NS

ald

icar

b s

ulf

one

16

46

-88

-4

NS

N

S

NS

N

S

NS

N

S

NS

N

S

ald

rin

30

9-0

0-2

N

S

NS

N

S

NS

N

S

NS

N

S

NS

ally

l al

coho

l 1

07

-18

-6

NS

N

S

NS

N

S

NS

N

S

NS

N

S

ally

l ch

lori

de

10

7-0

5-1

N

S

NS

N

S

NS

N

S

NS

N

S

NS

alu

min

um

7

42

9-9

0-5

N

S

NS

N

S

NS

N

S

NS

N

S

NS

amet

ryn

8

34

-12

-8

NS

N

S

NS

N

S

NS

N

S

NS

N

S

amin

ob

iphen

yl,

4-

92

-67

-1

NS

N

S

NS

N

S

NS

N

S

NS

N

S

amin

op

hen

ol,

3-

59

1-2

7-5

N

S

NS

N

S

NS

N

S

NS

N

S

NS

amin

op

hen

ol,

4-

12

3-3

0-8

N

S

NS

N

S

NS

N

S

NS

N

S

NS

amit

raz

33

089

-61

-1

NS

N

S

NS

N

S

NS

N

S

NS

N

S

anil

ine

62

-53

-3

NS

N

S

NS

N

S

NS

N

S

NS

N

S

anth

raq

uin

one,

9,1

0-

84

-65

-1

NS

N

S

NS

N

S

NS

N

S

NS

N

S

anti

mo

ny

7

44

0-3

6-0

15

20

20

20

20

40

40

40

aram

ite

14

0-5

7-8

N

S

NS

N

S

NS

N

S

NS

N

S

NS

asb

esto

s 1

33

2-2

1-4

N

S

NS

N

S

NS

N

S

NS

N

S

NS





SCH

EDU

LE 3

.1 –

PA

RT

3

GE

NE

RIC

NU

ME

RIC

AL

SO

IL S

TA

ND

AR

DS

TO

PR

OT

EC

T E

CO

LO

GIC

AL

HE

AL

TH

1, 2

CO

LUM

N 1

C

OLU

MN

2

CO

LUM

N 3

C

OLU

MN

4

CO

LUM

N 5

C

OLU

MN

6

CO

LUM

N 7

C

OLU

MN

8

CO

LUM

N 9

C

OLU

MN

10

Su

bsta

nce

C

hem

ical

Ab

stra

ct

Serv

ice

Num

ber

(CAS

)

W

ildla

nds

Nat

ural

3 (W

L N)

W

ildla

nds

Rev

erte

d3 (W

L R)

Ag

ricul

tura

l4 (A

L)

U

rban

Par

k4 (P

L)

R

esid

entia

l Lo

w D

ensi

ty5

(RL L

D)

R

esid

entia

l H

igh

Den

sity

6 (R

L HD)

C

omm

erci

al4

(CL)

In

dust

rial4

(IL)

asula

m

33

37

-71

-1

NS

N

S

NS

N

S

NS

N

S

NS

N

S

atra

zine

19

12

-24

-9

NS

N

S

NS

N

S

NS

N

S

NS

N

S

aura

min

e 4

92

-80

-8

NS

N

S

NS

N

S

NS

N

S

NS

N

S

aver

mec

tin B

1 (

a +

b)

71

751

-41

-2

NS

N

S

NS

N

S

NS

N

S

NS

N

S

azin

pho

s-m

eth

yl

86

-50

-0

NS

N

S

NS

N

S

NS

N

S

NS

N

S

azo

ben

zene

10

3-3

3-3

N

S

NS

N

S

NS

N

S

NS

N

S

NS

azo

dic

arb

onam

ide

12

3-7

7-3

N

S

NS

N

S

NS

N

S

NS

N

S

NS

ben

flura

lin

1

86

1-4

0-1

N

S

NS

N

S

NS

N

S

NS

N

S

NS

ben

om

yl

17

804

-35

-2

NS

N

S

NS

N

S

NS

N

S

NS

N

S

ben

sulf

uro

n-m

eth

yl

83

055

-99

-6

NS

N

S

NS

N

S

NS

N

S

NS

N

S

ben

tazo

n

25

057

-89

-0

NS

N

S

NS

N

S

NS

N

S

NS

N

S

ben

z(a)

anth

race

ne

56

-55

-3

0.65

1

0.1

1 1

10

10

10

ben

zid

ine

92

-87

-5

NS

N

S

NS

N

S

NS

N

S

NS

N

S

ben

zo(b

+j)

fluo

ranth

enes

20

5-9

9-2

& 2

05

-82

-3

0.65

1

0.1

1 1

10

10

10

ben

zo(k

)flu

ora

nth

ene

2

07

-08

-9

0.65

1

0.1

1 1

10

10

10

ben

zoic

aci

d

65

-85

-0

NS

N

S

NS

N

S

NS

N

S

NS

N

S

ben

zotr

ich

lori

de

98

-07

-7

NS

N

S

NS

N

S

NS

N

S

NS

N

S

ben

zyl

alco

ho

l 1

00

-51

-6

NS

N

S

NS

N

S

NS

N

S

NS

N

S

ben

zyl

chlo

rid

e 1

00

-44

-7

NS

N

S

NS

N

S

NS

N

S

NS

N

S

bif

eno

x

42

576

-02

-3

NS

N

S

NS

N

S

NS

N

S

NS

N

S

bif

enth

rin

8

26

57

-04

-3

NS

N

S

NS

N

S

NS

N

S

NS

N

S

bip

hen

yl,

1,1

'-

92

-52

-4

NS

N

S

NS

N

S

NS

N

S

NS

N

S

bis

(2-c

hlo

roet

ho

xy)

met

han

e 1

11

-91

-1

NS

N

S

NS

N

S

NS

N

S

NS

N

S

bis

(2-c

hlo

roet

hyl)

eth

er

11

1-4

4-4

N

S

NS

N

S

NS

N

S

NS

N

S

NS

bis

(2-c

hlo

ro-1

-met

hyle

thyl)

eth

er

10

8-6

0-1

N

S

NS

N

S

NS

N

S

NS

N

S

NS

bis

(2-e

thylh

exyl)

ad

ipat

e 1

03

-23

-1

NS

N

S

NS

N

S

NS

N

S

NS

N

S

bis

(2-e

thylh

exyl)

phth

alat

e

11

7-8

1-7

3

0

[DE

HP

]



Schedule 3.1


SCH

EDU

LE 3

.1 –

PA

RT

3

GE

NE

RIC

NU

ME

RIC

AL

SO

IL S

TA

ND

AR

DS

TO

PR

OT

EC

T E

CO

LO

GIC

AL

HE

AL

TH

1, 2

CO

LUM

N 1

C

OLU

MN

2

CO

LUM

N 3

C

OLU

MN

4

CO

LUM

N 5

C

OLU

MN

6

CO

LUM

N 7

C

OLU

MN

8

CO

LUM

N 9

C

OLU

MN

10

Su

bsta

nce

C

hem

ical

Ab

stra

ct

Serv

ice

Num

ber

(CAS

)

W

ildla

nds

Nat

ural

3 (W

L N)

W

ildla

nds

Rev

erte

d3 (W

L R)

Ag

ricul

tura

l4 (A

L)

U

rban

Par

k4 (P

L)

R

esid

entia

l Lo

w D

ensi

ty5

(RL L

D)

R

esid

entia

l H

igh

Den

sity

6 (R

L HD)

C

omm

erci

al4

(CL)

In

dust

rial4

(IL)

bis

phen

ol

A

80

-05

-7

NS

N

S

NS

N

S

NS

N

S

NS

N

S

bo

ron

74

40

-42

-8

NS

N

S

NS

N

S

NS

N

S

NS

N

S

bo

ron (

ho

t w

ater

so

lub

le)

NA

7

2

bro

mat

e 1

55

41

-45

-4

NS

N

S

NS

N

S

NS

N

S

NS

N

S

bro

mo

-2-c

hlo

roet

han

e, 1

- 1

07

-04

-0

NS

N

S

NS

N

S

NS

N

S

NS

N

S

bro

mo

ben

zene

10

8-8

6-1

N

S

NS

N

S

NS

N

S

NS

N

S

NS

bro

mo

dic

hlo

rom

ethan

e

75

-27

-4

NS

N

S

NS

N

S

NS

N

S

NS

N

S

bro

mo

form

7

5-2

5-2

N

S

NS

N

S

NS

N

S

NS

N

S

NS

bro

mo

met

han

e 7

4-8

3-9

N

S

NS

N

S

NS

N

S

NS

N

S

NS

bro

mo

pho

s 2

10

4-9

6-3

N

S

NS

N

S

NS

N

S

NS

N

S

NS

bro

mo

xyn

il

16

89

-84

-5

NS

N

S

NS

N

S

NS

N

S

NS

N

S

buta

die

ne,

1,3

- 1

06

-99

-0

NS

N

S

NS

N

S

NS

N

S

NS

N

S

buta

no

ic a

cid

, 4

-(4

-chlo

ro-2

-m

eth

ylp

hen

ox

y)-

[M

CP

B]

94

-81

-5

NS

N

S

NS

N

S

NS

N

S

NS

N

S

buta

no

l, 2

- 7

8-9

2-2

N

S

NS

N

S

NS

N

S

NS

N

S

NS

buta

no

l, n

- 7

1-3

6-3

N

S

NS

N

S

NS

N

S

NS

N

S

NS

buto

xy e

than

ol,

2-

11

1-7

6-2

N

S

NS

N

S

NS

N

S

NS

N

S

NS

buty

l b

enzy

l p

hth

alat

e 8

5-6

8-7

N

S

NS

N

S

NS

N

S

NS

N

S

NS

buty

l p

hth

alyl

bu

tyl

gly

cola

te

85

-70

-1

NS

N

S

NS

N

S

NS

N

S

NS

N

S

buty

late

2

00

8-4

1-5

N

S

NS

N

S

NS

N

S

NS

N

S

NS

buty

late

d h

yd

rox

yto

luen

e [B

HT

] 1

28

-37

-0

NS

N

S

NS

N

S

NS

N

S

NS

N

S

buty

lben

zene,

n-

10

4-5

1-8

N

S

NS

N

S

NS

N

S

NS

N

S

NS

buty

lben

zene,

sec

- 1

35

-98

-8

NS

N

S

NS

N

S

NS

N

S

NS

N

S

buty

lben

zene,

ter

t-

98

-06

-6

NS

N

S

NS

N

S

NS

N

S

NS

N

S

caco

dyli

c ac

id

75

-60

-5

NS

N

S

NS

N

S

NS

N

S

NS

N

S

cap

rola

ctam

1

05

-60

-2

NS

N

S

NS

N

S

NS

N

S

NS

N

S

cap

tafo

l 2

42

5-0

6-1

N

S

NS

N

S

NS

N

S

NS

N

S

NS

cap

tan

1

33

-06

-2

NS

N

S

NS

N

S

NS

N

S

NS

N

S

carb

aryl

63

-25

-2

NS

N

S

NS

N

S

NS

N

S

NS

N

S





SCH

EDU

LE 3

.1 –

PA

RT

3

GE

NE

RIC

NU

ME

RIC

AL

SO

IL S

TA

ND

AR

DS

TO

PR

OT

EC

T E

CO

LO

GIC

AL

HE

AL

TH

1, 2

CO

LUM

N 1

C

OLU

MN

2

CO

LUM

N 3

C

OLU

MN

4

CO

LUM

N 5

C

OLU

MN

6

CO

LUM

N 7

C

OLU

MN

8

CO

LUM

N 9

C

OLU

MN

10

Su

bsta

nce

C

hem

ical

Ab

stra

ct

Serv

ice

Num

ber

(CAS

)

W

ildla

nds

Nat

ural

3 (W

L N)

W

ildla

nds

Rev

erte

d3 (W

L R)

Ag

ricul

tura

l4 (A

L)

U

rban

Par

k4 (P

L)

R

esid

entia

l Lo

w D

ensi

ty5

(RL L

D)

R

esid

entia

l H

igh

Den

sity

6 (R

L HD)

C

omm

erci

al4

(CL)

In

dust

rial4

(IL)

carb

ofu

ran

1

56

3-6

6-2

N

S

NS

N

S

NS

N

S

NS

N

S

NS

carb

on d

isulf

ide

75

-15

-0

NS

N

S

NS

N

S

NS

N

S

NS

N

S

carb

on te

trach

lorid

e 56

-23-

5 3

5 0.

1 5

5 50

50

50

carb

osu

lfan

5

52

85

-14

-8

NS

N

S

NS

N

S

NS

N

S

NS

N

S

carb

oxin

5

23

4-6

8-4

N

S

NS

N

S

NS

N

S

NS

N

S

NS

chlo

ram

ben

1

33

-90

-4

NS

N

S

NS

N

S

NS

N

S

NS

N

S

chlo

ranil

1

18

-75

-2

NS

N

S

NS

N

S

NS

N

S

NS

N

S

chlo

rdan

e (c

is +

tra

ns)

5

10

3-7

1-9

& 5

10

3-7

4-2

NS

N

S

NS

N

S

NS

N

S

NS

N

S

chlo

rdec

one

1

43

-50

-0

NS

N

S

NS

N

S

NS

N

S

NS

N

S

chlo

rfen

vin

pho

s 4

70

-90

-6

NS

N

S

NS

N

S

NS

N

S

NS

N

S

chlo

rim

uro

n,

eth

yl

90

982

-32

-4

NS

N

S

NS

N

S

NS

N

S

NS

N

S

chlo

ro-2

-met

hyla

nil

ine,

4-

95

-69

-2

NS

N

S

NS

N

S

NS

N

S

NS

N

S

chlo

roac

etal

deh

yd

e, 2

- 1

07

-20

-0

NS

N

S

NS

N

S

NS

N

S

NS

N

S

chlo

roan

ilin

e, p

- 1

06

-47

-8

NS

N

S

NS

N

S

NS

N

S

NS

N

S

chlo

rob

enze

ne

108-

90-7

0.

65

1 0.

1 1

1 10

10

10

chlo

rob

enzi

late

5

10

-15

-6

NS

N

S

NS

N

S

NS

N

S

NS

N

S

chlo

rob

enzo

ic a

cid

, 4

- 7

4-1

1-3

N

S

NS

N

S

NS

N

S

NS

N

S

NS

chlo

rob

enzo

tric

hlo

rid

e, 4

- 5

21

6-2

5-1

N

S

NS

N

S

NS

N

S

NS

N

S

NS

chlo

rob

enzo

trif

luo

rid

e, 4

- 9

8-5

6-6

N

S

NS

N

S

NS

N

S

NS

N

S

NS

chlo

rob

uta

ne,

1-

10

9-6

9-3

N

S

NS

N

S

NS

N

S

NS

N

S

NS

chlo

roet

han

ol,

2-

10

7-0

7-3

N

S

NS

N

S

NS

N

S

NS

N

S

NS

chlo

rofo

rm

67-6

6-3

3 5

0.1

5 5

50

50

50

chlo

ronap

hth

alen

e, 2

- 9

1-5

8-7

N

S

NS

N

S

NS

N

S

NS

N

S

NS

chlo

ronit

rob

enze

ne,

2-

88

-73

-3

NS

N

S

NS

N

S

NS

N

S

NS

N

S

chlo

ronit

rob

enze

ne,

4-

10

0-0

0-5

N

S

NS

N

S

NS

N

S

NS

N

S

NS

chlo

rop

hen

ol,

2-

9

5-5

7-8

0.

3 0.

5 0.

05

0.5

0.5

5 5

5 ch

loro

phen

ol,

3-

1

08

-43

-0

0.3

0.5

0.05

0.

5 0.

5 5

5 5

chlo

rop

hen

ol,

4-

1

06

-48

-9

0.3

0.5

0.05

0.

5 0.

5 5

5 5



Schedule 3.1


SCH

EDU

LE 3

.1 –

PA

RT

3

GE

NE

RIC

NU

ME

RIC

AL

SO

IL S

TA

ND

AR

DS

TO

PR

OT

EC

T E

CO

LO

GIC

AL

HE

AL

TH

1, 2

CO

LUM

N 1

C

OLU

MN

2

CO

LUM

N 3

C

OLU

MN

4

CO

LUM

N 5

C

OLU

MN

6

CO

LUM

N 7

C

OLU

MN

8

CO

LUM

N 9

C

OLU

MN

10

Su

bsta

nce

C

hem

ical

Ab

stra

ct

Serv

ice

Num

ber

(CAS

)

W

ildla

nds

Nat

ural

3 (W

L N)

W

ildla

nds

Rev

erte

d3 (W

L R)

Ag

ricul

tura

l4 (A

L)

U

rban

Par

k4 (P

L)

R

esid

entia

l Lo

w D

ensi

ty5

(RL L

D)

R

esid

entia

l H

igh

Den

sity

6 (R

L HD)

C

omm

erci

al4

(CL)

In

dust

rial4

(IL)

chlo

rop

ren

e 1

26

-99

-8

NS

N

S

NS

N

S

NS

N

S

NS

N

S

chlo

roth

alo

nil

1

89

7-4

5-6

N

S

NS

N

S

NS

N

S

NS

N

S

NS

chlo

roto

luen

e, 2

- 9

5-4

9-8

N

S

NS

N

S

NS

N

S

NS

N

S

NS

chlo

roto

luen

e, 4

- 1

06

-43

-4

NS

N

S

NS

N

S

NS

N

S

NS

N

S

chlo

rpro

pham

1

01

-21

-3

NS

N

S

NS

N

S

NS

N

S

NS

N

S

chlo

rpyri

fos

29

21

-88

-2

NS

N

S

NS

N

S

NS

N

S

NS

N

S

chlo

rpyri

fos-

met

hyl

55

98

-13

-0

NS

N

S

NS

N

S

NS

N

S

NS

N

S

chlo

rsulf

uro

n

64

902

-72

-3

NS

N

S

NS

N

S

NS

N

S

NS

N

S

chlo

rthal

-dim

eth

yl

18

61

-32

-1

NS

N

S

NS

N

S

NS

N

S

NS

N

S

chlo

rthio

pho

s 6

02

38

-56

-4

NS

N

S

NS

N

S

NS

N

S

NS

N

S

chry

sene

21

8-0

1-9

N

S

NS

N

S

NS

N

S

NS

N

S

NS

clo

fente

zine

74

115

-24

-5

NS

N

S

NS

N

S

NS

N

S

NS

N

S

cro

tonal

deh

yd

e, t

ran

s-

12

3-7

3-9

N

S

NS

N

S

NS

N

S

NS

N

S

NS

cyan

azin

e 2

17

25

-46

-2

NS

N

S

NS

N

S

NS

N

S

NS

N

S

cyan

ogen

4

60

-19

-5

NS

N

S

NS

N

S

NS

N

S

NS

N

S

cycl

ohex

ane,

1,2

,3,4

,5-

pen

tab

rom

o-6

-chlo

ro-

87

-84

-3

NS

N

S

NS

N

S

NS

N

S

NS

N

S

cycl

ohex

ano

ne

10

8-9

4-1

N

S

NS

N

S

NS

N

S

NS

N

S

NS

cycl

ohex

ene

11

0-8

3-8

N

S

NS

N

S

NS

N

S

NS

N

S

NS

cycl

ohex

yla

min

e 1

08

-91

-8

NS

N

S

NS

N

S

NS

N

S

NS

N

S

cyfl

uth

rin

6

83

59

-37

-5

NS

N

S

NS

N

S

NS

N

S

NS

N

S

cyhal

oth

rin

6

80

85

-85

-8

NS

N

S

NS

N

S

NS

N

S

NS

N

S

cyp

erm

ethri

n

52

315

-07

-8

NS

N

S

NS

N

S

NS

N

S

NS

N

S

cyro

maz

ine

66

215

-27

-8

NS

N

S

NS

N

S

NS

N

S

NS

N

S

dal

apo

n

75

-99

-0

NS

N

S

NS

N

S

NS

N

S

NS

N

S

dam

ino

zid

e 1

59

6-8

4-5

N

S

NS

N

S

NS

N

S

NS

N

S

NS

dem

eto

n

80

65

-48

-3

NS

N

S

NS

N

S

NS

N

S

NS

N

S

dia

llat

e 2

30

3-1

6-4

N

S

NS

N

S

NS

N

S

NS

N

S

NS





SCH

EDU

LE 3

.1 –

PA

RT

3

GE

NE

RIC

NU

ME

RIC

AL

SO

IL S

TA

ND

AR

DS

TO

PR

OT

EC

T E

CO

LO

GIC

AL

HE

AL

TH

1, 2

CO

LUM

N 1

C

OLU

MN

2

CO

LUM

N 3

C

OLU

MN

4

CO

LUM

N 5

C

OLU

MN

6

CO

LUM

N 7

C

OLU

MN

8

CO

LUM

N 9

C

OLU

MN

10

Su

bsta

nce

C

hem

ical

Ab

stra

ct

Serv

ice

Num

ber

(CAS

)

W

ildla

nds

Nat

ural

3 (W

L N)

W

ildla

nds

Rev

erte

d3 (W

L R)

Ag

ricul

tura

l4 (A

L)

U

rban

Par

k4 (P

L)

R

esid

entia

l Lo

w D

ensi

ty5

(RL L

D)

R

esid

entia

l H

igh

Den

sity

6 (R

L HD)

C

omm

erci

al4

(CL)

In

dust

rial4

(IL)

dia

min

oto

luen

e, 2

,5-

95

-70

-5

NS

N

S

NS

N

S

NS

N

S

NS

N

S

dia

zin

on

3

33

-41

-5

NS

N

S

NS

N

S

NS

N

S

NS

N

S

dibe

nz(a

,h)a

nthr

acen

e 53

-70-

3 0.

65

1 0.

1 1

1 10

10

10

dib

enzo

(a,e

)pyre

ne

19

2-6

5-4

N

S

NS

N

S

NS

N

S

NS

N

S

NS

dib

enzo

fura

n

13

2-6

4-9

N

S

NS

N

S

NS

N

S

NS

N

S

NS

dib

enzo

thio

phen

e 1

32

-65

-0

NS

N

S

NS

N

S

NS

N

S

NS

N

S

dib

rom

o-3

-chlo

rop

rop

ane,

1,2

- 9

6-1

2-8

N

S

NS

N

S

NS

N

S

NS

N

S

NS

dib

rom

ob

enze

ne,

1,3

- 1

08

-36

-1

NS

N

S

NS

N

S

NS

N

S

NS

N

S

dib

rom

ob

enze

ne,

1,4

- 1

06

-37

-6

NS

N

S

NS

N

S

NS

N

S

NS

N

S

dib

rom

och

loro

met

han

e [D

BC

M]

12

4-4

8-1

N

S

NS

N

S

NS

N

S

NS

N

S

NS

dib

rom

oet

han

e, 1

,2-

10

6-9

3-4

N

S

NS

N

S

NS

N

S

NS

N

S

NS

dib

uty

l p

hth

alat

e [

DB

P]

84

-74

-2

30

dib

uty

ltin

1

44

88

-53

-0

NS

N

S

NS

N

S

NS

N

S

NS

N

S

dic

amb

a 1

91

8-0

0-9

N

S

NS

N

S

NS

N

S

NS

N

S

NS

dic

hlo

roac

etic

aci

d

79

-43

-6

NS

N

S

NS

N

S

NS

N

S

NS

N

S

dich

loro

benz

ene,

1,2

- 95

-50-

1 0.

65

1 0.

1 1

1 10

10

10

dich

loro

benz

ene,

1,3

- 54

1-73

-1

0.65

1

0.1

1 1

10

10

10

dich

loro

benz

ene,

1,4

- 10

6-46

-7

0.65

1

0.1

1 1

10

10

10

dic

hlo

rob

enzi

din

e, 3

,3'-

9

1-9

4-1

N

S

NS

N

S

NS

N

S

NS

N

S

NS

dic

hlo

rod

iflu

oro

met

han

e

75

-71

-8

NS

N

S

NS

N

S

NS

N

S

NS

N

S

dic

hlo

rod

iphen

yl

sulf

one,

4,4

'-

80

-07

-9

NS

N

S

NS

N

S

NS

N

S

NS

N

S

dic

hlo

roet

han

e, 1

,1-

75

-34

-3

3 5

0.1

5 5

50

50

50

dic

hlo

roet

han

e, 1

,2-

10

7-0

6-2

3

5 0.

1 5

5 50

50

50

dic

hlo

roet

hyle

ne,

1,1

- 7

5-3

5-4

3

5 0.

1 5

5 50

50

50

dic

hlo

roet

hyle

ne,

1,2

-cis

- 1

56

-59

-2

3 5

0.1

5 5

50

50

50

dic

hlo

roet

hyle

ne,

1,2

-tra

ns-

1

56

-60

-5

3 5

0.1

5 5

50

50

50

dic

hlo

rom

eth

ane

75

-09

-2

3 5

0.1

5 5

50

50

50

dich

loro

phen

ol, 2

,3-

576-

24-9

0.

3 0.

5 0.

05

0.5

0.5

5 5

5



Schedule 3.1


SCH

EDU

LE 3

.1 –

PA

RT

3

GE

NE

RIC

NU

ME

RIC

AL

SO

IL S

TA

ND

AR

DS

TO

PR

OT

EC

T E

CO

LO

GIC

AL

HE

AL

TH

1, 2

CO

LUM

N 1

C

OLU

MN

2

CO

LUM

N 3

C

OLU

MN

4

CO

LUM

N 5

C

OLU

MN

6

CO

LUM

N 7

C

OLU

MN

8

CO

LUM

N 9

C

OLU

MN

10

Su

bsta

nce

C

hem

ical

Ab

stra

ct

Serv

ice

Num

ber

(CAS

)

W

ildla

nds

Nat

ural

3 (W

L N)

W

ildla

nds

Rev

erte

d3 (W

L R)

Ag

ricul

tura

l4 (A

L)

U

rban

Par

k4 (P

L)

R

esid

entia

l Lo

w D

ensi

ty5

(RL L

D)

R

esid

entia

l H

igh

Den

sity

6 (R

L HD)

C

omm

erci

al4

(CL)

In

dust

rial4

(IL)

dich

loro

phen

ol, 2

,4-

120-

83-2

0.

3 0.

5 0.

05

0.5

0.5

5 5

5 di

chlo

roph

enol

, 2,5

- 58

3-78

-8

0.3

0.5

0.05

0.

5 0.

5 5

5 5

dich

loro

phen

ol, 2

,6-

87-6

5-0

0.3

0.5

0.05

0.

5 0.

5 5

5 5

dich

loro

phen

ol, 3

,4-

95-7

7-2

0.3

0.5

0.05

0.

5 0.

5 5

5 5

dich

loro

phen

ol, 3

,5-

591-

35-5

0.

3 0.

5 0.

05

0.5

0.5

5 5

5 d

ich

loro

phen

ox

y a

ceti

c ac

id,

2,4

-

[2,4

-D]

94

-75

-7

NS

N

S

NS

N

S

NS

N

S

NS

N

S

dic

hlo

rop

hen

ox

y b

uty

ric

acid

, 2

,4-

[2,4

-DB

]

94

-82

-6

NS

N

S

NS

N

S

NS

N

S

NS

N

S

dic

hlo

rop

rop

ane,

1,2

- 78

-87-

5 3

5 0.

1 5

5 50

50

50

dic

hlo

rop

rop

ane,

1,3

- 1

42

-28

-9

NS

N

S

NS

N

S

NS

N

S

NS

N

S

dic

hlo

rop

rop

ano

l, 2

,3-

61

6-2

3-9

N

S

NS

N

S

NS

N

S

NS

N

S

NS

dic

hlo

rop

rop

ene,

1,3

-

(cis

+ t

rans)

542-

75-6

3

5 0.

1 5

5 50

50

50

dic

hlo

rvo

s 6

2-7

3-7

N

S

NS

N

S

NS

N

S

NS

N

S

NS

dic

roto

pho

s 1

41

-66

-2

NS

N

S

NS

N

S

NS

N

S

NS

N

S

dic

ycl

op

enta

die

ne

77

-73

-6

NS

N

S

NS

N

S

NS

N

S

NS

N

S

die

ldri

n

60

-57

-1

NS

N

S

NS

N

S

NS

N

S

NS

N

S

die

than

ola

min

e 1

11

-42

-2

NS

N

S

NS

N

S

NS

N

S

NS

N

S

die

thyl

ether

6

0-2

9-7

N

S

NS

N

S

NS

N

S

NS

N

S

NS

die

thyl

phth

alat

e 8

4-6

6-2

N

S

NS

N

S

NS

N

S

NS

N

S

NS

die

thyld

ithio

carb

amat

e

39

2-7

4-5

N

S

NS

N

S

NS

N

S

NS

N

S

NS

die

thyle

ne

gly

col

mo

no

buty

l et

her

1

12

-34

-5

NS

N

S

NS

N

S

NS

N

S

NS

N

S

die

thyle

ne

gly

col

mo

no

eth

yl

ether

1

11

-90

-0

NS

N

S

NS

N

S

NS

N

S

NS

N

S

die

thylf

orm

amid

e

61

7-8

4-5

N

S

NS

N

S

NS

N

S

NS

N

S

NS

dif

lub

enzu

ron

3

53

67

-38

-5

NS

N

S

NS

N

S

NS

N

S

NS

N

S

dii

sob

uty

lene

25

167

-70

-8

NS

N

S

NS

N

S

NS

N

S

NS

N

S

dim

eth

ipin

5

52

90

-64

-7

NS

N

S

NS

N

S

NS

N

S

NS

N

S

dim

eth

oat

e 6

0-5

1-5

N

S

NS

N

S

NS

N

S

NS

N

S

NS





SCH

EDU

LE 3

.1 –

PA

RT

3

GE

NE

RIC

NU

ME

RIC

AL

SO

IL S

TA

ND

AR

DS

TO

PR

OT

EC

T E

CO

LO

GIC

AL

HE

AL

TH

1, 2

CO

LUM

N 1

C

OLU

MN

2

CO

LUM

N 3

C

OLU

MN

4

CO

LUM

N 5

C

OLU

MN

6

CO

LUM

N 7

C

OLU

MN

8

CO

LUM

N 9

C

OLU

MN

10

Su

bsta

nce

C

hem

ical

Ab

stra

ct

Serv

ice

Num

ber

(CAS

)

W

ildla

nds

Nat

ural

3 (W

L N)

W

ildla

nds

Rev

erte

d3 (W

L R)

Ag

ricul

tura

l4 (A

L)

U

rban

Par

k4 (P

L)

R

esid

entia

l Lo

w D

ensi

ty5

(RL L

D)

R

esid

entia

l H

igh

Den

sity

6 (R

L HD)

C

omm

erci

al4

(CL)

In

dust

rial4

(IL)

dim

eth

ox

yb

enzi

din

e, 3

,3'-

1

19

-90

-4

NS

N

S

NS

N

S

NS

N

S

NS

N

S

dim

eth

yl

met

hylp

ho

spho

nat

e

75

6-7

9-6

N

S

NS

N

S

NS

N

S

NS

N

S

NS

dim

eth

yla

min

o a

zob

enze

ne,

4-

[DA

B]

60

-11

-7

NS

N

S

NS

N

S

NS

N

S

NS

N

S

dim

eth

yla

nil

ine,

2,4

- 9

5-6

8-1

N

S

NS

N

S

NS

N

S

NS

N

S

NS

dim

eth

yla

nil

ine,

N,N

- [D

MA

] 1

21

-69

-7

NS

N

S

NS

N

S

NS

N

S

NS

N

S

dim

eth

ylb

enz(

a)an

thra

cene,

7,1

2-

57

-97

-6

NS

N

S

NS

N

S

NS

N

S

NS

N

S

dim

eth

ylb

enzi

din

e, 3

,3'-

1

19

-93

-7

NS

N

S

NS

N

S

NS

N

S

NS

N

S

dim

eth

ylf

orm

amid

e

68

-12

-2

NS

N

S

NS

N

S

NS

N

S

NS

N

S

dim

eth

ylh

yd

razi

ne,

1,1

- 5

7-1

4-7

N

S

NS

N

S

NS

N

S

NS

N

S

NS

dim

eth

ylp

hen

ol,

2,4

- 10

5-67

-9

0.65

1

0.1

1 1

10

10

10

dim

eth

ylp

hen

ol,

2,6

- 5

76

-26

-1

NS

N

S

NS

N

S

NS

N

S

NS

N

S

dim

eth

ylp

hen

ol,

3,4

- 9

5-6

5-8

N

S

NS

N

S

NS

N

S

NS

N

S

NS

dim

eth

ylt

erep

hth

alat

e 1

20

-61

-6

NS

N

S

NS

N

S

NS

N

S

NS

N

S

din

itro

ben

zene,

1,2

- 5

28

-29

-0

NS

N

S

NS

N

S

NS

N

S

NS

N

S

din

itro

ben

zene,

1,3

- 9

9-6

5-0

N

S

NS

N

S

NS

N

S

NS

N

S

NS

din

itro

ben

zene,

1,4

- 1

00

-25

-4

NS

N

S

NS

N

S

NS

N

S

NS

N

S

din

itro

-o-c

ycl

ohex

yl

phen

ol,

4,6

- 1

31

-89

-5

NS

N

S

NS

N

S

NS

N

S

NS

N

S

din

itro

phen

ol,

2,4

- 5

1-2

8-5

0.

65

1 0.

1 1

1 10

10

10

din

itro

tolu

ene,

2,4

- 1

21

-14

-2

NS

N

S

NS

N

S

NS

N

S

NS

N

S

din

itro

tolu

ene,

2,6

- 6

06

-20

-2

NS

N

S

NS

N

S

NS

N

S

NS

N

S

din

itro

tolu

ene,

2-a

min

o-4

,6-

35

572

-78

-2

NS

N

S

NS

N

S

NS

N

S

NS

N

S

din

itro

tolu

ene,

4-a

min

o-2

,6-

19

406

-51

-0

NS

N

S

NS

N

S

NS

N

S

NS

N

S

din

ose

b

88

-85

-7

NS

N

S

NS

N

S

NS

N

S

NS

N

S

dio

xan

e, 1

,4-

12

3-9

1-1

N

S

NS

N

S

NS

N

S

NS

N

S

NS

dip

hen

amid

9

57

-51

-7

NS

N

S

NS

N

S

NS

N

S

NS

N

S

dip

hen

yl

sulf

one

12

7-6

3-9

N

S

NS

N

S

NS

N

S

NS

N

S

NS

dip

hen

yl-

1,4

-ben

zened

iam

ine,

N,N

’-

74

-31

-7

NS

N

S

NS

N

S

NS

N

S

NS

N

S



Schedule 3.1


SCH

EDU

LE 3

.1 –

PA

RT

3

GE

NE

RIC

NU

ME

RIC

AL

SO

IL S

TA

ND

AR

DS

TO

PR

OT

EC

T E

CO

LO

GIC

AL

HE

AL

TH

1, 2

CO

LUM

N 1

C

OLU

MN

2

CO

LUM

N 3

C

OLU

MN

4

CO

LUM

N 5

C

OLU

MN

6

CO

LUM

N 7

C

OLU

MN

8

CO

LUM

N 9

C

OLU

MN

10

Su

bsta

nce

C

hem

ical

Ab

stra

ct

Serv

ice

Num

ber

(CAS

)

W

ildla

nds

Nat

ural

3 (W

L N)

W

ildla

nds

Rev

erte

d3 (W

L R)

Ag

ricul

tura

l4 (A

L)

U

rban

Par

k4 (P

L)

R

esid

entia

l Lo

w D

ensi

ty5

(RL L

D)

R

esid

entia

l H

igh

Den

sity

6 (R

L HD)

C

omm

erci

al4

(CL)

In

dust

rial4

(IL)

dip

hen

yla

min

e 1

22

-39

-4

NS

N

S

NS

N

S

NS

N

S

NS

N

S

diq

uat

(as

dib

rom

ide)

8

5-0

0-7

N

S

NS

N

S

NS

N

S

NS

N

S

NS

Dir

ect

Bla

ck 3

8

19

37

-37

-7

NS

N

S

NS

N

S

NS

N

S

NS

N

S

Dir

ect

Blu

e 6

2

60

2-4

6-2

N

S

NS

N

S

NS

N

S

NS

N

S

NS

Dir

ect

Bro

wn 9

5

16

071

-86

-6

NS

N

S

NS

N

S

NS

N

S

NS

N

S

dis

ulf

oto

n

29

8-0

4-4

N

S

NS

N

S

NS

N

S

NS

N

S

NS

diu

ron

3

30

-54

-1

NS

N

S

NS

N

S

NS

N

S

NS

N

S

do

din

e 2

43

9-1

0-3

N

S

NS

N

S

NS

N

S

NS

N

S

NS

end

osu

lfan

I +

II

11

5-2

9-7

N

S

NS

N

S

NS

N

S

NS

N

S

NS

end

oth

all

14

5-7

3-3

N

S

NS

N

S

NS

N

S

NS

N

S

NS

end

rin

7

2-2

0-8

N

S

NS

N

S

NS

N

S

NS

N

S

NS

EP

TC

7

59

-94

-4

NS

N

S

NS

N

S

NS

N

S

NS

N

S

eth

ano

l, 2

-(2

-met

ho

xyet

ho

xy)-

1

11

-77

-3

NS

N

S

NS

N

S

NS

N

S

NS

N

S

ethep

ho

n

16

672

-87

-0

NS

N

S

NS

N

S

NS

N

S

NS

N

S

ethio

n

56

3-1

2-2

N

S

NS

N

S

NS

N

S

NS

N

S

NS

eth

ox

yet

han

ol

acet

ate,

2-

11

1-1

5-9

N

S

NS

N

S

NS

N

S

NS

N

S

NS

eth

ox

yet

han

ol,

2-

11

0-8

0-5

N

S

NS

N

S

NS

N

S

NS

N

S

NS

eth

yl

acet

ate

14

1-7

8-6

N

S

NS

N

S

NS

N

S

NS

N

S

NS

eth

yl

acry

late

1

40

-88

-5

NS

N

S

NS

N

S

NS

N

S

NS

N

S

eth

yle

ne

cyan

oh

yd

rin

1

09

-78

-4

NS

N

S

NS

N

S

NS

N

S

NS

N

S

eth

yle

ned

iam

ine

10

7-1

5-3

N

S

NS

N

S

NS

N

S

NS

N

S

NS

eth

yle

ne

thio

ure

a

96

-45

-7

NS

N

S

NS

N

S

NS

N

S

NS

N

S

eth

yle

nei

min

e 1

51

-56

-4

NS

N

S

NS

N

S

NS

N

S

NS

N

S

ethy

l p-n

itrop

heny

l be

nzen

ethi

onop

hosp

hona

te [E

PN]

21

04

-64

-5

NS

N

S

NS

N

S

NS

N

S

NS

N

S

fenam

ipho

s 2

22

24

-92

-6

NS

N

S

NS

N

S

NS

N

S

NS

N

S

fen

pro

pat

hri

n

39

515

-41

-8

NS

N

S

NS

N

S

NS

N

S

NS

N

S

fen

val

erat

e 5

16

30

-58

-1

NS

N

S

NS

N

S

NS

N

S

NS

N

S

fluo

met

uro

n

21

64

-17

-2

NS

N

S

NS

N

S

NS

N

S

NS

N

S





SCH

EDU

LE 3

.1 –

PA

RT

3

GE

NE

RIC

NU

ME

RIC

AL

SO

IL S

TA

ND

AR

DS

TO

PR

OT

EC

T E

CO

LO

GIC

AL

HE

AL

TH

1, 2

CO

LUM

N 1

C

OLU

MN

2

CO

LUM

N 3

C

OLU

MN

4

CO

LUM

N 5

C

OLU

MN

6

CO

LUM

N 7

C

OLU

MN

8

CO

LUM

N 9

C

OLU

MN

10

Su

bsta

nce

C

hem

ical

Ab

stra

ct

Serv

ice

Num

ber

(CAS

)

W

ildla

nds

Nat

ural

3 (W

L N)

W

ildla

nds

Rev

erte

d3 (W

L R)

Ag

ricul

tura

l4 (A

L)

U

rban

Par

k4 (P

L)

R

esid

entia

l Lo

w D

ensi

ty5

(RL L

D)

R

esid

entia

l H

igh

Den

sity

6 (R

L HD)

C

omm

erci

al4

(CL)

In

dust

rial4

(IL)

fluo

rene

86

-73

-7

NS

N

S

NS

N

S

NS

N

S

NS

N

S

fluor

ide

1698

4-48

-8

250

400

200

400

400

2 00

0 2

000

2

000

fluri

do

ne

59

756

-60

-4

NS

N

S

NS

N

S

NS

N

S

NS

N

S

flurp

rim

ido

l 5

64

25

-91

-3

NS

N

S

NS

N

S

NS

N

S

NS

N

S

flusi

lazo

le

85

509

-19

-9

NS

N

S

NS

N

S

NS

N

S

NS

N

S

fluto

lanil

6

63

32

-96

-5

NS

N

S

NS

N

S

NS

N

S

NS

N

S

fluval

inat

e 6

94

09

-94

-5

NS

N

S

NS

N

S

NS

N

S

NS

N

S

folp

et

13

3-0

7-3

N

S

NS

N

S

NS

N

S

NS

N

S

NS

fom

esaf

en

72

178

-02

-0

NS

N

S

NS

N

S

NS

N

S

NS

N

S

fono

fos

94

4-2

2-9

N

S

NS

N

S

NS

N

S

NS

N

S

NS

form

ald

ehyd

e 5

0-0

0-0

N

S

NS

N

S

NS

N

S

NS

N

S

NS

form

ic a

cid

6

4-1

8-6

N

S

NS

N

S

NS

N

S

NS

N

S

NS

fose

tyl

15

845

-66

-6

NS

N

S

NS

N

S

NS

N

S

NS

N

S

fura

n

11

0-0

0-9

N

S

NS

N

S

NS

N

S

NS

N

S

NS

fura

zoli

do

ne

67

-45

-8

NS

N

S

NS

N

S

NS

N

S

NS

N

S

furf

ura

l 9

8-0

1-1

N

S

NS

N

S

NS

N

S

NS

N

S

NS

furm

ecycl

ox

6

05

68

-05

-0

NS

N

S

NS

N

S

NS

N

S

NS

N

S

furo

thia

zole

5

31

-82

-8

NS

N

S

NS

N

S

NS

N

S

NS

N

S

glu

fosi

nat

e 5

33

69

-07

-6

NS

N

S

NS

N

S

NS

N

S

NS

N

S

gly

cid

ald

ehyd

e 7

65

-34

-4

NS

N

S

NS

N

S

NS

N

S

NS

N

S

gly

pho

sate

1

07

1-8

3-6

N

S

NS

N

S

NS

N

S

NS

N

S

NS

guan

idin

e 1

13

-00

-8

NS

N

S

NS

N

S

NS

N

S

NS

N

S

hal

ox

yfo

p,

met

hyl

69

806

-40

-2

NS

N

S

NS

N

S

NS

N

S

NS

N

S

HE

PH

s8

NA

7

650

1 00

0 1

000

1 00

0 1

000

5 00

0 5

000

5 00

0 hep

tach

lor

76

-44

-8

NS

N

S

NS

N

S

NS

N

S

NS

N

S

hep

tach

lor

epo

xid

e 1

02

4-5

7-3

N

S

NS

N

S

NS

N

S

NS

N

S

NS

hex

abro

mo

ben

zene

87

-82

-1

NS

N

S

NS

N

S

NS

N

S

NS

N

S

hex

abro

mo

bip

hen

yl,

2,2

',4,4

',5,5

'-

59

536

-65

-1

NS

N

S

NS

N

S

NS

N

S

NS

N

S



Schedule 3.1


SCH

EDU

LE 3

.1 –

PA

RT

3

GE

NE

RIC

NU

ME

RIC

AL

SO

IL S

TA

ND

AR

DS

TO

PR

OT

EC

T E

CO

LO

GIC

AL

HE

AL

TH

1, 2

CO

LUM

N 1

C

OLU

MN

2

CO

LUM

N 3

C

OLU

MN

4

CO

LUM

N 5

C

OLU

MN

6

CO

LUM

N 7

C

OLU

MN

8

CO

LUM

N 9

C

OLU

MN

10

Su

bsta

nce

C

hem

ical

Ab

stra

ct

Serv

ice

Num

ber

(CAS

)

W

ildla

nds

Nat

ural

3 (W

L N)

W

ildla

nds

Rev

erte

d3 (W

L R)

Ag

ricul

tura

l4 (A

L)

U

rban

Par

k4 (P

L)

R

esid

entia

l Lo

w D

ensi

ty5

(RL L

D)

R

esid

entia

l H

igh

Den

sity

6 (R

L HD)

C

omm

erci

al4

(CL)

In

dust

rial4

(IL)

hex

achlo

rob

enze

ne

118-

74-1

1.

5 2

0.05

2

2 10

10

10

hex

achlo

rob

uta

die

ne

87

-68

-3

NS

N

S

NS

N

S

NS

N

S

NS

N

S

hex

achlo

rocy

clo

hex

ane,

alp

ha

31

9-8

4-6

N

S

NS

N

S

NS

N

S

NS

N

S

NS

hex

achlo

rocy

clo

hex

ane,

bet

a 3

19

-85

-7

NS

N

S

NS

N

S

NS

N

S

NS

N

S

hex

achlo

rocy

clo

hex

ane,

gam

ma

5

8-8

9-9

0.

01

hex

achlo

rocy

clo

pen

tad

iene

77

-47

-4

NS

N

S

NS

N

S

NS

N

S

NS

N

S

hex

achlo

roet

han

e 6

7-7

2-1

N

S

NS

N

S

NS

N

S

NS

N

S

NS

hex

achlo

rop

hen

e 7

0-3

0-4

N

S

NS

N

S

NS

N

S

NS

N

S

NS

hex

ahyd

ro-1

,3,5

-tri

nit

ro-1

,3,5

-

tria

zine

[RD

X]

12

1-8

2-4

N

S

NS

N

S

NS

N

S

NS

N

S

NS

hex

amet

hylp

ho

spho

ram

ide

68

0-3

1-9

N

S

NS

N

S

NS

N

S

NS

N

S

NS

hex

ano

ne,

2-

59

1-7

8-6

N

S

NS

N

S

NS

N

S

NS

N

S

NS

hex

azin

one

51

235

-04

-2

NS

N

S

NS

N

S

NS

N

S

NS

N

S

hex

yth

iazo

x

78

587

-05

-0

NS

N

S

NS

N

S

NS

N

S

NS

N

S

hyd

ram

eth

yln

on

6

74

85

-29

-4

NS

N

S

NS

N

S

NS

N

S

NS

N

S

hyd

razi

ne

30

2-0

1-2

N

S

NS

N

S

NS

N

S

NS

N

S

NS

hyd

roq

uin

one

12

3-3

1-9

N

S

NS

N

S

NS

N

S

NS

N

S

NS

imaz

alil

3

55

54

-44

-0

NS

N

S

NS

N

S

NS

N

S

NS

N

S

imaz

aquin

8

13

35

-37

-7

NS

N

S

NS

N

S

NS

N

S

NS

N

S

imaz

ethap

yr

81

335

-77

-5

NS

N

S

NS

N

S

NS

N

S

NS

N

S

ind

eno

(1,2

,3-c

d)p

yre

ne

19

3-3

9-5

0.

65

1 0.

1 1

1 10

10

10

ipro

dio

ne

36

734

-19

-7

NS

N

S

NS

N

S

NS

N

S

NS

N

S

iso

buta

no

l 7

8-8

3-1

N

S

NS

N

S

NS

N

S

NS

N

S

NS

iso

pho

rone

78

-59

-1

NS

N

S

NS

N

S

NS

N

S

NS

N

S

iso

pro

pal

in

33

820

-53

-0

NS

N

S

NS

N

S

NS

N

S

NS

N

S

iso

pro

pan

ol

67

-63

-0

NS

N

S

NS

N

S

NS

N

S

NS

N

S

iso

pro

pylb

enze

ne

98

-82

-8

NS

N

S

NS

N

S

NS

N

S

NS

N

S

iso

xab

en

82

558

-50

-7

NS

N

S

NS

N

S

NS

N

S

NS

N

S

lact

ofe

n

77

501

-63

-4

NS

N

S

NS

N

S

NS

N

S

NS

N

S





SCH

EDU

LE 3

.1 –

PA

RT

3

GE

NE

RIC

NU

ME

RIC

AL

SO

IL S

TA

ND

AR

DS

TO

PR

OT

EC

T E

CO

LO

GIC

AL

HE

AL

TH

1, 2

CO

LUM

N 1

C

OLU

MN

2

CO

LUM

N 3

C

OLU

MN

4

CO

LUM

N 5

C

OLU

MN

6

CO

LUM

N 7

C

OLU

MN

8

CO

LUM

N 9

C

OLU

MN

10

Su

bsta

nce

C

hem

ical

Ab

stra

ct

Serv

ice

Num

ber

(CAS

)

W

ildla

nds

Nat

ural

3 (W

L N)

W

ildla

nds

Rev

erte

d3 (W

L R)

Ag

ricul

tura

l4 (A

L)

U

rban

Par

k4 (P

L)

R

esid

entia

l Lo

w D

ensi

ty5

(RL L

D)

R

esid

entia

l H

igh

Den

sity

6 (R

L HD)

C

omm

erci

al4

(CL)

In

dust

rial4

(IL)

LE

PH

s9

NA

7

650

1 00

0 1

000

1 00

0 1

000

2 00

0 2

000

2 00

0 li

nuro

n

33

0-5

5-2

N

S

NS

N

S

NS

N

S

NS

N

S

NS

lith

ium

7

43

9-9

3-2

N

S

NS

N

S

NS

N

S

NS

N

S

NS

mal

athio

n

12

1-7

5-5

N

S

NS

N

S

NS

N

S

NS

N

S

NS

mal

ono

nit

rile

1

09

-77

-3

NS

N

S

NS

N

S

NS

N

S

NS

N

S

man

coze

b

80

18

-01

-7

NS

N

S

NS

N

S

NS

N

S

NS

N

S

man

eb

12

427

-38

-2

NS

N

S

NS

N

S

NS

N

S

NS

N

S

mec

op

rop

[M

CP

P]

93

-65

-2

NS

N

S

NS

N

S

NS

N

S

NS

N

S

mer

pho

s 1

50

-50

-5

NS

N

S

NS

N

S

NS

N

S

NS

N

S

met

alax

yl

57

837

-19

-1

NS

N

S

NS

N

S

NS

N

S

NS

N

S

met

hac

rylo

nit

rile

1

26

-98

-7

NS

N

S

NS

N

S

NS

N

S

NS

N

S

met

ham

ido

pho

s 1

02

65

-92

-6

NS

N

S

NS

N

S

NS

N

S

NS

N

S

met

hid

athio

n

95

0-3

7-8

N

S

NS

N

S

NS

N

S

NS

N

S

NS

met

ho

myl

16

752

-77

-5

NS

N

S

NS

N

S

NS

N

S

NS

N

S

met

ho

xy

-5-n

itro

anil

ine,

2-

99

-59

-2

NS

N

S

NS

N

S

NS

N

S

NS

N

S

met

ho

xych

lor

72

-43

-5

NS

N

S

NS

N

S

NS

N

S

NS

N

S

met

ho

xyet

han

ol,

2-

10

9-8

6-4

N

S

NS

N

S

NS

N

S

NS

N

S

NS

met

ho

xyet

han

ol

acet

ate,

2-

11

0-4

9-6

N

S

NS

N

S

NS

N

S

NS

N

S

NS

met

hyl

acet

ate

79

-20

-9

NS

N

S

NS

N

S

NS

N

S

NS

N

S

met

hyl

eth

yl

ket

one

[ME

K]

78

-93

-3

NS

N

S

NS

N

S

NS

N

S

NS

N

S

met

hyl

hyd

razi

ne

60

-34

-4

NS

N

S

NS

N

S

NS

N

S

NS

N

S

met

hyl

mer

cury

2

29

67

-92

-6

NS

N

S

NS

N

S

NS

N

S

NS

N

S

met

hyl

met

hac

ryla

te

80

-62

-6

NS

N

S

NS

N

S

NS

N

S

NS

N

S

met

hyl

tert

-bu

tyl

ether

[M

TB

E]

16

34

-04

-4

NS

N

S

NS

N

S

NS

N

S

NS

N

S

met

hyl-

5-n

itro

anil

ine,

2-

99

-55

-8

NS

N

S

NS

N

S

NS

N

S

NS

N

S

met

hyla

nil

ine,

2-

95

-53

-4

NS

N

S

NS

N

S

NS

N

S

NS

N

S

met

hyla

nil

ine,

4-

10

6-4

9-0

N

S

NS

N

S

NS

N

S

NS

N

S

NS

met

hyla

nil

ine,

N-

10

0-6

1-8

N

S

NS

N

S

NS

N

S

NS

N

S

NS



Schedule 3.1


SCH

EDU

LE 3

.1 –

PA

RT

3

GE

NE

RIC

NU

ME

RIC

AL

SO

IL S

TA

ND

AR

DS

TO

PR

OT

EC

T E

CO

LO

GIC

AL

HE

AL

TH

1, 2

CO

LUM

N 1

C

OLU

MN

2

CO

LUM

N 3

C

OLU

MN

4

CO

LUM

N 5

C

OLU

MN

6

CO

LUM

N 7

C

OLU

MN

8

CO

LUM

N 9

C

OLU

MN

10

Su

bsta

nce

C

hem

ical

Ab

stra

ct

Serv

ice

Num

ber

(CAS

)

W

ildla

nds

Nat

ural

3 (W

L N)

W

ildla

nds

Rev

erte

d3 (W

L R)

Ag

ricul

tura

l4 (A

L)

U

rban

Par

k4 (P

L)

R

esid

entia

l Lo

w D

ensi

ty5

(RL L

D)

R

esid

entia

l H

igh

Den

sity

6 (R

L HD)

C

omm

erci

al4

(CL)

In

dust

rial4

(IL)

met

hylc

ho

lanth

rene,

3-

56

-49

-5

NS

N

S

NS

N

S

NS

N

S

NS

N

S

met

hyle

ne-

bis

(2-c

hlo

roan

ilin

e),

4,4

'-

10

1-1

4-4

N

S

NS

N

S

NS

N

S

NS

N

S

NS

met

hyle

ne-

bis

(N,

N-d

imet

hyl)

anil

ine,

4,4

'-

10

1-6

1-1

N

S

NS

N

S

NS

N

S

NS

N

S

NS

met

hyle

neb

isb

enze

nam

ine,

4,4

'-

10

1-7

7-9

N

S

NS

N

S

NS

N

S

NS

N

S

NS

met

hyln

aph

thal

ene,

1-

90

-12

-0

NS

N

S

NS

N

S

NS

N

S

NS

N

S

met

hyln

aph

thal

ene,

2-

91

-57

-6

NS

N

S

NS

N

S

NS

N

S

NS

N

S

met

hylp

hen

ol,

2-

95

-48

-7

0.65

1

0.1

1 1

10

10

10

met

hylp

hen

ol,

3-

10

8-3

9-4

0.

65

1 0.

1 1

1 10

10

10

met

hylp

hen

ol,

4-

10

6-4

4-5

0.

65

1 0.

1 1

1 10

10

10

met

hylp

hen

ol,

4-c

hlo

ro-3

- 5

9-5

0-7

N

S

NS

N

S

NS

N

S

NS

N

S

NS

met

hyls

tyre

ne,

alp

ha-

98

-83

-9

NS

N

S

NS

N

S

NS

N

S

NS

N

S

met

ola

chlo

r 5

12

18

-45

-2

NS

N

S

NS

N

S

NS

N

S

NS

N

S

met

rib

uzi

n

21

087

-64

-9

NS

N

S

NS

N

S

NS

N

S

NS

N

S

met

sulf

uro

n-m

eth

yl

74

223

-64

-6

NS

N

S

NS

N

S

NS

N

S

NS

N

S

mir

ex

23

85

-85

-5

NS

N

S

NS

N

S

NS

N

S

NS

N

S

mo

linat

e 2

21

2-6

7-1

N

S

NS

N

S

NS

N

S

NS

N

S

NS

mo

no

met

hyla

rso

nic

aci

d

12

4-5

8-3

N

S

NS

N

S

NS

N

S

NS

N

S

NS

mycl

ob

uta

nil

8

86

71

-89

-0

NS

N

S

NS

N

S

NS

N

S

NS

N

S

nal

ed

30

0-7

6-5

N

S

NS

N

S

NS

N

S

NS

N

S

NS

nap

hth

yla

min

e, 2

- 9

1-5

9-8

N

S

NS

N

S

NS

N

S

NS

N

S

NS

nap

rop

amid

e 1

52

99

-99

-7

NS

N

S

NS

N

S

NS

N

S

NS

N

S

nit

rate

(as

N)

14

797

-55

-8

NS

N

S

NS

N

S

NS

N

S

NS

N

S

nit

rite

(as

N)

14

797

-65

-0

NS

N

S

NS

N

S

NS

N

S

NS

N

S

nit

roan

ilin

e, 2

- 8

8-7

4-4

N

S

NS

N

S

NS

N

S

NS

N

S

NS

nit

roan

ilin

e, 4

- 1

00

-01

-6

NS

N

S

NS

N

S

NS

N

S

NS

N

S

nit

rob

enze

ne

98

-95

-3

NS

N

S

NS

N

S

NS

N

S

NS

N

S

nit

rofu

razo

ne

59

-87

-0

NS

N

S

NS

N

S

NS

N

S

NS

N

S





SCH

EDU

LE 3

.1 –

PA

RT

3

GE

NE

RIC

NU

ME

RIC

AL

SO

IL S

TA

ND

AR

DS

TO

PR

OT

EC

T E

CO

LO

GIC

AL

HE

AL

TH

1, 2

CO

LUM

N 1

C

OLU

MN

2

CO

LUM

N 3

C

OLU

MN

4

CO

LUM

N 5

C

OLU

MN

6

CO

LUM

N 7

C

OLU

MN

8

CO

LUM

N 9

C

OLU

MN

10

Su

bsta

nce

C

hem

ical

Ab

stra

ct

Serv

ice

Num

ber

(CAS

)

W

ildla

nds

Nat

ural

3 (W

L N)

W

ildla

nds

Rev

erte

d3 (W

L R)

Ag

ricul

tura

l4 (A

L)

U

rban

Par

k4 (P

L)

R

esid

entia

l Lo

w D

ensi

ty5

(RL L

D)

R

esid

entia

l H

igh

Den

sity

6 (R

L HD)

C

omm

erci

al4

(CL)

In

dust

rial4

(IL)

nit

rogly

ceri

n

55

-63

-0

NS

N

S

NS

N

S

NS

N

S

NS

N

S

nit

rog

uan

idin

e 5

56

-88

-7

NS

N

S

NS

N

S

NS

N

S

NS

N

S

nit

rop

hen

ol,

2-

88

-75

-5

0.65

1

0.1

1 1

10

10

10

nit

rop

hen

ol,

4-

10

0-0

2-7

0.

65

1 0.

1 1

1 10

10

10

nit

rop

yre

ne,

4-

57

835

-92

-4

NS

N

S

NS

N

S

NS

N

S

NS

N

S

nit

roso

die

than

ola

min

e, N

- 1

11

6-5

4-7

N

S

NS

N

S

NS

N

S

NS

N

S

NS

nit

roso

die

thyla

min

e, N

- [N

DE

A]

55

-18

-5

NS

N

S

NS

N

S

NS

N

S

NS

N

S

nit

roso

dim

eth

yla

min

e, N

-

[ND

MA

]

62

-75

-9

NS

N

S

NS

N

S

NS

N

S

NS

N

S

nit

roso

-di-

N-b

uty

lam

ine,

N-

9

24

-16

-3

NS

N

S

NS

N

S

NS

N

S

NS

N

S

nit

roso

-di-

N-p

rop

yla

min

e, N

- 6

21

-64

-7

NS

N

S

NS

N

S

NS

N

S

NS

N

S

nit

roso

dip

hen

yla

min

e, N

- 8

6-3

0-6

N

S

NS

N

S

NS

N

S

NS

N

S

NS

nit

roso

met

hyle

thyla

min

e, N

- 1

05

95

-95

-6

NS

N

S

NS

N

S

NS

N

S

NS

N

S

nit

roso

mo

rpho

line,

N-

59

-89

-2

NS

N

S

NS

N

S

NS

N

S

NS

N

S

nit

roso

pip

erid

ine,

N-

10

0-7

5-4

N

S

NS

N

S

NS

N

S

NS

N

S

NS

nit

roso

pyrr

oli

din

e, N

- 9

30

-55

-2

NS

N

S

NS

N

S

NS

N

S

NS

N

S

nit

roto

luen

e, 2

- 8

8-7

2-2

N

S

NS

N

S

NS

N

S

NS

N

S

NS

nit

roto

luen

e, 3

- 9

9-0

8-1

N

S

NS

N

S

NS

N

S

NS

N

S

NS

nit

roto

luen

e, 4

- 9

9-9

9-0

N

S

NS

N

S

NS

N

S

NS

N

S

NS

no

nan

e, n

- 1

11

-84

-2

NS

N

S

NS

N

S

NS

N

S

NS

N

S

no

naq

ueo

us

phas

e li

quid

s10

N

A7

no

t p

rese

nt11

no

t p

rese

nt

no

t p

rese

nt

no

t p

rese

nt

no

t p

rese

nt

no

t p

rese

nt

no

t p

rese

nt

no

t p

rese

nt

no

rflu

razo

n

27

314

-13

-2

NS

N

S

NS

N

S

NS

N

S

NS

N

S

oct

ahyd

ro-1

,3,5

,7-t

etra

nit

ro-

1,3

,5,7

-tet

razo

cin

e [H

MX

]

26

91

-41

-0

NS

N

S

NS

N

S

NS

N

S

NS

N

S

oct

amet

hylp

yro

pho

spho

ram

ide

[OM

PA

]

15

2-1

6-9

N

S

NS

N

S

NS

N

S

NS

N

S

NS

oct

yl

phth

alat

e, d

i-n

- [D

NO

P]

11

7-8

4-0

N

S

NS

N

S

NS

N

S

NS

N

S

NS

od

oro

us

sub

stan

ces1

2

NA

7

no

t p

rese

nt11

no

t p

rese

nt

no

t p

rese

nt

no

t p

rese

nt

no

t p

rese

nt

no

t p

rese

nt

no

t p

rese

nt

no

t p

rese

nt

ory

zali

n

19

044

-88

-3

NS

N

S

NS

N

S

NS

N

S

NS

N

S



Schedule 3.1


SCH

EDU

LE 3

.1 –

PA

RT

3

GE

NE

RIC

NU

ME

RIC

AL

SO

IL S

TA

ND

AR

DS

TO

PR

OT

EC

T E

CO

LO

GIC

AL

HE

AL

TH

1, 2

CO

LUM

N 1

C

OLU

MN

2

CO

LUM

N 3

C

OLU

MN

4

CO

LUM

N 5

C

OLU

MN

6

CO

LUM

N 7

C

OLU

MN

8

CO

LUM

N 9

C

OLU

MN

10

Su

bsta

nce

C

hem

ical

Ab

stra

ct

Serv

ice

Num

ber

(CAS

)

W

ildla

nds

Nat

ural

3 (W

L N)

W

ildla

nds

Rev

erte

d3 (W

L R)

Ag

ricul

tura

l4 (A

L)

U

rban

Par

k4 (P

L)

R

esid

entia

l Lo

w D

ensi

ty5

(RL L

D)

R

esid

entia

l H

igh

Den

sity

6 (R

L HD)

C

omm

erci

al4

(CL)

In

dust

rial4

(IL)

oxad

iazo

n

19

666

-30

-9

NS

N

S

NS

N

S

NS

N

S

NS

N

S

oxam

yl

23

135

-22

-0

NS

N

S

NS

N

S

NS

N

S

NS

N

S

ox

yfl

uo

rfen

4

28

74

-03

-3

NS

N

S

NS

N

S

NS

N

S

NS

N

S

pac

lob

utr

azo

l 7

67

38

-62

-0

NS

N

S

NS

N

S

NS

N

S

NS

N

S

par

aquat

(as

dic

hlo

rid

e)

19

10

-42

-5

NS

N

S

NS

N

S

NS

N

S

NS

N

S

par

ath

ion

5

6-3

8-2

N

S

NS

N

S

NS

N

S

NS

N

S

NS

par

ath

ion m

eth

yl

29

8-0

0-0

N

S

NS

N

S

NS

N

S

NS

N

S

NS

peb

ula

te

11

14

-71

-2

NS

N

S

NS

N

S

NS

N

S

NS

N

S

pen

dim

ethal

in

40

487

-42

-1

NS

N

S

NS

N

S

NS

N

S

NS

N

S

pen

tach

loro

ben

zene,

1,2

,3,4

,5-

60

8-9

3-5

1

.5

2

0.0

5

2

2

10

10

10

pen

tach

loro

eth

ane

76

-01

-7

NS

N

S

NS

N

S

NS

N

S

NS

N

S

pen

tach

loro

nit

rob

enze

ne

[PC

NB

] 8

2-6

8-8

N

S

NS

N

S

NS

N

S

NS

N

S

NS

pen

taer

yth

rito

l te

tran

itra

te [

PE

TN

] 7

8-1

1-5

N

S

NS

N

S

NS

N

S

NS

N

S

NS

per

chlo

rate

1

47

97

-73

-0

NS

N

S

NS

N

S

NS

N

S

NS

N

S

per

fluo

rob

uta

ne

sulf

onat

e [P

FB

S]

37

5-7

3-5

N

S

NS

N

S

NS

N

S

NS

N

S

NS

per

met

hri

n (

cis

+ t

ran

s)

52

645

-53

-1

NS

N

S

NS

N

S

NS

N

S

NS

N

S

phen

anth

rene

85

-01-

8 3

5

0.1

5 5

50

50

50

phen

med

ipham

1

36

84

-63

-4

NS

N

S

NS

N

S

NS

N

S

NS

N

S

phen

ol,

2-m

eth

yl-

4,6

-din

itro

-

[DN

OC

]

53

4-5

2-1

0

.65

1

0

.1

1

1

10

10

10

phen

oth

iazi

ne

92

-84

-2

NS

N

S

NS

N

S

NS

N

S

NS

N

S

phen

yle

ned

iam

ine,

m-

[MP

D]

10

8-4

5-2

N

S

NS

N

S

NS

N

S

NS

N

S

NS

phen

yle

ned

iam

ine,

o-

[OP

D]

95

-54

-5

NS

N

S

NS

N

S

NS

N

S

NS

N

S

phen

yle

ned

iam

ine,

p-

[PP

D]

10

6-5

0-3

N

S

NS

N

S

NS

N

S

NS

N

S

NS

phen

ylp

hen

ol,

2-

90

-43

-7

NS

N

S

NS

N

S

NS

N

S

NS

N

S

pho

rate

2

98

-02

-2

NS

N

S

NS

N

S

NS

N

S

NS

N

S

pho

smet

7

32

-11

-6

NS

N

S

NS

N

S

NS

N

S

NS

N

S

phth

alic

aci

d,

p-

10

0-2

1-0

N

S

NS

N

S

NS

N

S

NS

N

S

NS

pic

lora

m

19

18

-02

-1

NS

N

S

NS

N

S

NS

N

S

NS

N

S





SCH

EDU

LE 3

.1 –

PA

RT

3

GE

NE

RIC

NU

ME

RIC

AL

SO

IL S

TA

ND

AR

DS

TO

PR

OT

EC

T E

CO

LO

GIC

AL

HE

AL

TH

1, 2

CO

LUM

N 1

C

OLU

MN

2

CO

LUM

N 3

C

OLU

MN

4

CO

LUM

N 5

C

OLU

MN

6

CO

LUM

N 7

C

OLU

MN

8

CO

LUM

N 9

C

OLU

MN

10

Su

bsta

nce

C

hem

ical

Ab

stra

ct

Serv

ice

Num

ber

(CAS

)

W

ildla

nds

Nat

ural

3 (W

L N)

W

ildla

nds

Rev

erte

d3 (W

L R)

Ag

ricul

tura

l4 (A

L)

U

rban

Par

k4 (P

L)

R

esid

entia

l Lo

w D

ensi

ty5

(RL L

D)

R

esid

entia

l H

igh

Den

sity

6 (R

L HD)

C

omm

erci

al4

(CL)

In

dust

rial4

(IL)

pic

ram

ic a

cid

9

6-9

1-3

N

S

NS

N

S

NS

N

S

NS

N

S

NS

pic

ric

acid

8

8-8

9-1

N

S

NS

N

S

NS

N

S

NS

N

S

NS

pir

imip

ho

s- m

eth

yl

29

232

-93

-7

NS

N

S

NS

N

S

NS

N

S

NS

N

S

pro

chlo

raz

67

747

-09

-5

NS

N

S

NS

N

S

NS

N

S

NS

N

S

pro

flura

lin

2

63

99

-36

-0

NS

N

S

NS

N

S

NS

N

S

NS

N

S

pro

met

on

1

61

0-1

8-0

N

S

NS

N

S

NS

N

S

NS

N

S

NS

pro

met

ryn

7

28

7-1

9-6

N

S

NS

N

S

NS

N

S

NS

N

S

NS

pro

pac

hlo

r 1

91

8-1

6-7

N

S

NS

N

S

NS

N

S

NS

N

S

NS

pro

pan

il

70

9-9

8-8

N

S

NS

N

S

NS

N

S

NS

N

S

NS

pro

par

git

e 2

31

2-3

5-8

N

S

NS

N

S

NS

N

S

NS

N

S

NS

pro

par

gyl

alco

ho

l 1

07

-19

-7

NS

N

S

NS

N

S

NS

N

S

NS

N

S

pro

paz

ine

13

9-4

0-2

N

S

NS

N

S

NS

N

S

NS

N

S

NS

pro

pham

1

22

-42

-9

NS

N

S

NS

N

S

NS

N

S

NS

N

S

pro

pic

onaz

ole

6

02

07

-90

-1

NS

N

S

NS

N

S

NS

N

S

NS

N

S

pro

pylb

enze

ne,

1-

10

3-6

5-1

N

S

NS

N

S

NS

N

S

NS

N

S

NS

pro

pyle

ne

gly

col

mo

no

met

hyl

ether

10

7-9

8-2

N

S

NS

N

S

NS

N

S

NS

N

S

NS

pro

pyle

ne

ox

ide

75

-56

-9

NS

N

S

NS

N

S

NS

N

S

NS

N

S

pro

pyza

mid

e 2

39

50

-58

-5

NS

N

S

NS

N

S

NS

N

S

NS

N

S

pyre

ne

129-

00-0

6.

5 10

0.

1 10

10

10

0 10

0 10

0 p

yri

din

e 1

10

-86

-1

NS

N

S

NS

N

S

NS

N

S

NS

N

S

quin

alp

ho

s 1

35

93

-03

-8

NS

N

S

NS

N

S

NS

N

S

NS

N

S

quin

oli

ne

91

-22

-5

NS

N

S

NS

N

S

NS

N

S

NS

N

S

quiz

alo

fop

-eth

yl

76

578

-14

-8

NS

N

S

NS

N

S

NS

N

S

NS

N

S

resm

ethri

n

10

453

-86

-8

NS

N

S

NS

N

S

NS

N

S

NS

N

S

ronnel

2

99

-84

-3

NS

N

S

NS

N

S

NS

N

S

NS

N

S

rote

no

ne

83

-79

-4

NS

N

S

NS

N

S

NS

N

S

NS

N

S

sele

nio

us

acid

7

78

3-0

0-8

N

S

NS

N

S

NS

N

S

NS

N

S

NS



Schedule 3.1


SCH

EDU

LE 3

.1 –

PA

RT

3

GE

NE

RIC

NU

ME

RIC

AL

SO

IL S

TA

ND

AR

DS

TO

PR

OT

EC

T E

CO

LO

GIC

AL

HE

AL

TH

1, 2

CO

LUM

N 1

C

OLU

MN

2

CO

LUM

N 3

C

OLU

MN

4

CO

LUM

N 5

C

OLU

MN

6

CO

LUM

N 7

C

OLU

MN

8

CO

LUM

N 9

C

OLU

MN

10

Su

bsta

nce

C

hem

ical

Ab

stra

ct

Serv

ice

Num

ber

(CAS

)

W

ildla

nds

Nat

ural

3 (W

L N)

W

ildla

nds

Rev

erte

d3 (W

L R)

Ag

ricul

tura

l4 (A

L)

U

rban

Par

k4 (P

L)

R

esid

entia

l Lo

w D

ensi

ty5

(RL L

D)

R

esid

entia

l H

igh

Den

sity

6 (R

L HD)

C

omm

erci

al4

(CL)

In

dust

rial4

(IL)

seth

ox

yd

im

74

051

-80

-2

NS

N

S

NS

N

S

NS

N

S

NS

N

S

silv

er

7440

-22-

4 15

20

20

20

20

40

40

40

silv

ex

93

-72

-1

NS

N

S

NS

N

S

NS

N

S

NS

N

S

sim

azin

e 1

22

-34

-9

NS

N

S

NS

N

S

NS

N

S

NS

N

S

stro

nti

um

7

44

0-2

4-6

N

S

NS

N

S

NS

N

S

NS

N

S

NS

stry

chnin

e 5

7-2

4-9

N

S

NS

N

S

NS

N

S

NS

N

S

NS

styr

ene

100-

42-5

3

5 0.

1 5

5 50

50

50

styre

ne-

acry

lonit

rile

[S

AN

] tr

imer

(all

iso

mer

s)

NA

7

NS

N

S

NS

N

S

NS

N

S

NS

N

S

sulf

ote

p

36

89

-24

-5

NS

N

S

NS

N

S

NS

N

S

NS

N

S

sulf

ur,

ele

men

tal

7

70

4-3

4-9

2

00

0

TC

MT

B

21

564

-17

-0

NS

N

S

NS

N

S

NS

N

S

NS

N

S

teb

uth

iuro

n

34

014

-18

-1

NS

N

S

NS

N

S

NS

N

S

NS

N

S

tem

epho

s 3

38

3-9

6-8

N

S

NS

N

S

NS

N

S

NS

N

S

NS

terb

acil

5

90

2-5

1-2

N

S

NS

N

S

NS

N

S

NS

N

S

NS

terb

ufo

s 1

30

71

-79

-9

NS

N

S

NS

N

S

NS

N

S

NS

N

S

terb

utr

yn

8

86

-50

-0

NS

N

S

NS

N

S

NS

N

S

NS

N

S

tetra

chlo

robe

nzen

e, 1

,2,3

,4-

634-

66-2

1.

5 2

0.05

2

2 10

10

10

tetra

chlo

robe

nzen

e, 1

,2,3

,5-

634-

90-2

1.

5 2

0.05

2

2 10

10

10

tetra

chlo

robe

nzen

e, 1

,2,4

,5-

95-9

4-3

1.5

2 0.

05

2 2

10

10

10

tetr

achlo

roet

han

e, 1

,1,1

,2-

63

0-2

0-6

N

S

NS

N

S

NS

N

S

NS

N

S

NS

tetr

achlo

roet

han

e, 1

,1,2

,2-

79

-34

-5

NS

N

S

NS

N

S

NS

N

S

NS

N

S

tetra

chlo

roph

enol

, 2,3

,4,5

- 49

01-5

1-3

0.3

0.5

0.05

0.

5 0.

5 5

5 5

tetra

chlo

roph

enol

, 2,3

,4,6

- 58

-90-

2 0.

3 0.

5 0.

05

0.5

0.5

5 5

5 te

trach

loro

phen

ol, 2

,3,5

,6-

935-

95-5

0.

3 0.

5 0.

05

0.5

0.5

5 5

5 te

trac

hlo

rovin

pho

s 9

61

-11

-5

NS

N

S

NS

N

S

NS

N

S

NS

N

S

tetr

aeth

yl

lead

7

8-0

0-2

N

S

NS

N

S

NS

N

S

NS

N

S

NS

tetr

ahyd

rofu

ran

1

09

-99

-9

NS

N

S

NS

N

S

NS

N

S

NS

N

S

tetr

yl

47

9-4

5-8

N

S

NS

N

S

NS

N

S

NS

N

S

NS





SCH

EDU

LE 3

.1 –

PA

RT

3

GE

NE

RIC

NU

ME

RIC

AL

SO

IL S

TA

ND

AR

DS

TO

PR

OT

EC

T E

CO

LO

GIC

AL

HE

AL

TH

1, 2

CO

LUM

N 1

C

OLU

MN

2

CO

LUM

N 3

C

OLU

MN

4

CO

LUM

N 5

C

OLU

MN

6

CO

LUM

N 7

C

OLU

MN

8

CO

LUM

N 9

C

OLU

MN

10

Su

bsta

nce

C

hem

ical

Ab

stra

ct

Serv

ice

Num

ber

(CAS

)

W

ildla

nds

Nat

ural

3 (W

L N)

W

ildla

nds

Rev

erte

d3 (W

L R)

Ag

ricul

tura

l4 (A

L)

U

rban

Par

k4 (P

L)

R

esid

entia

l Lo

w D

ensi

ty5

(RL L

D)

R

esid

entia

l H

igh

Den

sity

6 (R

L HD)

C

omm

erci

al4

(CL)

In

dust

rial4

(IL)

thal

liu

m13

74

40

-28

-0

5.5

9

9

9

9

2

5

25

25

thif

ensu

lfuro

n-m

eth

yl

79

277

-27

-3

NS

N

S

NS

N

S

NS

N

S

NS

N

S

thio

ben

carb

2

82

49

-77

-6

NS

N

S

NS

N

S

NS

N

S

NS

N

S

thio

cyan

ate

30

2-0

4-5

N

S

NS

N

S

NS

N

S

NS

N

S

NS

thio

dig

lyco

l 1

11

-48

-8

NS

N

S

NS

N

S

NS

N

S

NS

N

S

thio

fano

x

39

196

-18

-4

NS

N

S

NS

N

S

NS

N

S

NS

N

S

thio

phan

ate-

met

hyl

23

564

-05

-8

NS

N

S

NS

N

S

NS

N

S

NS

N

S

thio

phen

ol

10

8-9

8-5

N

S

NS

N

S

NS

N

S

NS

N

S

NS

thir

am

13

7-2

6-8

N

S

NS

N

S

NS

N

S

NS

N

S

NS

tin

7440

-31-

5 30

50

5

50

50

300

300

300

toxap

hen

e (a

ll i

som

ers)

8

00

1-3

5-2

N

S

NS

N

S

NS

N

S

NS

N

S

NS

tral

om

eth

rin

6

68

41

-25

-6

NS

N

S

NS

N

S

NS

N

S

NS

N

S

tria

dim

efo

n

43

121

-43

-3

NS

N

S

NS

N

S

NS

N

S

NS

N

S

tria

llat

e 2

30

3-1

7-5

N

S

NS

N

S

NS

N

S

NS

N

S

NS

tria

sulf

uro

n

82

097

-50

-5

NS

N

S

NS

N

S

NS

N

S

NS

N

S

trib

enuro

n-m

eth

yl

10

120

0-4

8-0

N

S

NS

N

S

NS

N

S

NS

N

S

NS

trib

rom

ob

enze

ne,

1,2

,4-

61

5-5

4-3

N

S

NS

N

S

NS

N

S

NS

N

S

NS

trib

ufo

s 7

8-4

8-8

N

S

NS

N

S

NS

N

S

NS

N

S

NS

trib

uty

l p

ho

sphat

e

12

6-7

3-8

N

S

NS

N

S

NS

N

S

NS

N

S

NS

trib

uty

ltin

3

66

43

-28

-4

NS

N

S

NS

N

S

NS

N

S

NS

N

S

tric

hlo

ro-1

,2,2

-tri

fluo

roet

han

e,

76

-13

-1

NS

N

S

NS

N

S

NS

N

S

NS

N

S

1,1

,2-

tric

hlo

roac

etic

aci

d

76

-03

-9

NS

N

S

NS

N

S

NS

N

S

NS

N

S

tric

hlo

roan

ilin

e, 2

,4,6

- 6

34

-93

-5

NS

N

S

NS

N

S

NS

N

S

NS

N

S

trich

loro

benz

ene,

1,2

,3-

87-6

1-6

1.5

2 0.

05

2 2

10

10

10

trich

loro

benz

ene,

1,2

,4-

120-

82-1

1.

5 2

0.05

2

2 10

10

10

trich

loro

benz

ene,

1,3

,5-

108-

70-3

1.

5 2

0.05

2

2 10

10

10

trich

loro

etha

ne, 1

,1,1

- 71

-55-

6 3

5 0.

1 5

5 50

50

50

trich

loro

etha

ne, 1

,1,2

- 79

-00-

5 3

5 0.

1 5

5 50

50

50



Schedule 3.1


SCH

EDU

LE 3

.1 –

PA

RT

3

GE

NE

RIC

NU

ME

RIC

AL

SO

IL S

TA

ND

AR

DS

TO

PR

OT

EC

T E

CO

LO

GIC

AL

HE

AL

TH

1, 2

CO

LUM

N 1

C

OLU

MN

2

CO

LUM

N 3

C

OLU

MN

4

CO

LUM

N 5

C

OLU

MN

6

CO

LUM

N 7

C

OLU

MN

8

CO

LUM

N 9

C

OLU

MN

10

Su

bsta

nce

C

hem

ical

Ab

stra

ct

Serv

ice

Num

ber

(CAS

)

W

ildla

nds

Nat

ural

3 (W

L N)

W

ildla

nds

Rev

erte

d3 (W

L R)

Ag

ricul

tura

l4 (A

L)

U

rban

Par

k4 (P

L)

R

esid

entia

l Lo

w D

ensi

ty5

(RL L

D)

R

esid

entia

l H

igh

Den

sity

6 (R

L HD)

C

omm

erci

al4

(CL)

In

dust

rial4

(IL)

tric

hlo

rofl

uo

rom

ethan

e

75

-69

-4

NS

N

S

NS

N

S

NS

N

S

NS

N

S

trich

loro

phen

ol, 2

,3,4

- 15

950-

66-0

0.

3 0.

5 0.

05

0.5

0.5

5 5

5 tri

chlo

roph

enol

, 2,3

,5-

933-

78-8

0.

3 0.

5 0.

05

0.5

0.5

5 5

5 tri

chlo

roph

enol

, 2,3

,6-

933-

75-5

0.

3 0.

5 0.

05

0.5

0.5

5 5

5 tri

chlo

roph

enol

, 2,4

,5-

95-9

5-4

0.3

0.5

0.05

0.

5 0.

5 5

5 5

trich

loro

phen

ol, 2

,4,6

- 88

-06-

2 0.

3 0.

5 0.

05

0.5

0.5

5 5

5 tri

chlo

roph

enol

, 3,4

,5-

609-

19-8

0.

3 0.

5 0.

05

0.5

0.5

5 5

5 tr

ich

loro

phen

ox

yac

etic

aci

d,

2,4

,5-

[2,4

,5-T

]

93

-76

-5

NS

N

S

NS

N

S

NS

N

S

NS

N

S

tric

hlo

rop

rop

ane,

1,1

,2-

59

8-7

7-6

N

S

NS

N

S

NS

N

S

NS

N

S

NS

tric

hlo

rop

rop

ane,

1,2

,3-

96

-18

-4

NS

N

S

NS

N

S

NS

N

S

NS

N

S

tric

hlo

rop

rop

ene,

1,2

,3-

96

-19

-5

NS

N

S

NS

N

S

NS

N

S

NS

N

S

tric

resy

l p

ho

sphat

e [T

CP

] 1

33

0-7

8-5

N

S

NS

N

S

NS

N

S

NS

N

S

NS

trid

iphan

e 5

81

38

-08

-2

NS

N

S

NS

N

S

NS

N

S

NS

N

S

trie

thyle

ne

gly

col

11

2-2

7-6

N

S

NS

N

S

NS

N

S

NS

N

S

NS

trif

lura

lin

1

58

2-0

9-8

N

S

NS

N

S

NS

N

S

NS

N

S

NS

trim

eth

yl

pho

sphat

e

51

2-5

6-1

N

S

NS

N

S

NS

N

S

NS

N

S

NS

trim

eth

ylb

enze

ne,

1,3

,5-

10

8-6

7-8

N

S

NS

N

S

NS

N

S

NS

N

S

NS

trin

itro

ben

zene,

1,3

,5-

99

-35

-4

NS

N

S

NS

N

S

NS

N

S

NS

N

S

trin

itro

tolu

ene,

2,4

,6-

11

8-9

6-7

N

S

NS

N

S

NS

N

S

NS

N

S

NS

tris

(1,3

-dic

hlo

ro-2

-pro

pyl)

1

36

74

-87

-8

NS

N

S

NS

N

S

NS

N

S

NS

N

S

pho

sphat

e [T

DC

PP

]

tris

(1-c

hlo

ro-2

-pro

pyl)

pho

sph

ate

[TC

PP

]

13

674

-84

-5

NS

N

S

NS

N

S

NS

N

S

NS

N

S

tris

(2,3

-dib

rom

op

rop

yl)

pho

sphat

e

12

6-7

2-7

N

S

NS

N

S

NS

N

S

NS

N

S

NS

tris

(2-c

hlo

roet

hyl)

pho

sphat

e

[TC

EP

]

11

5-9

6-8

N

S

NS

N

S

NS

N

S

NS

N

S

NS

tris

(2-e

thylh

exyl)

pho

sphat

e

78

-42

-2

NS

N

S

NS

N

S

NS

N

S

NS

N

S

tun

gst

en

74

40

-33

-7

NS

N

S

NS

N

S

NS

N

S

NS

N

S





SCH

EDU

LE 3

.1 –

PA

RT

3

GE

NE

RIC

NU

ME

RIC

AL

SO

IL S

TA

ND

AR

DS

TO

PR

OT

EC

T E

CO

LO

GIC

AL

HE

AL

TH

1, 2

CO

LUM

N 1

C

OLU

MN

2

CO

LUM

N 3

C

OLU

MN

4

CO

LUM

N 5

C

OLU

MN

6

CO

LUM

N 7

C

OLU

MN

8

CO

LUM

N 9

C

OLU

MN

10

Su

bsta

nce

C

hem

ical

Ab

stra

ct

Serv

ice

Num

ber

(CAS

)

W

ildla

nds

Nat

ural

3 (W

L N)

W

ildla

nds

Rev

erte

d3 (W

L R)

Ag

ricul

tura

l4 (A

L)

U

rban

Par

k4 (P

L)

R

esid

entia

l Lo

w D

ensi

ty5

(RL L

D)

R

esid

entia

l H

igh

Den

sity

6 (R

L HD)

C

omm

erci

al4

(CL)

In

dust

rial4

(IL)

ver

no

late

1

92

9-7

7-7

N

S

NS

N

S

NS

N

S

NS

N

S

NS

vin

clo

zoli

n

50

471

-44

-8

NS

N

S

NS

N

S

NS

N

S

NS

N

S

vin

yl

acet

ate

10

8-0

5-4

N

S

NS

N

S

NS

N

S

NS

N

S

NS

vin

yl

chlo

rid

e 7

5-0

1-4

N

S

NS

N

S

NS

N

S

NS

N

S

NS

VP

Hs1

4

NA

7

15

0

20

0

20

0

20

0

20

0

20

0

20

0

20

0

war

fari

n

81

-81

-2

NS

N

S

NS

N

S

NS

N

S

NS

N

S

zineb

1

21

22

-67

-7

NS

N

S

NS

N

S

NS

N

S

NS

N

S

Not

es

1.

All

val

ues

in µ

g/g

unle

ss o

ther

wis

e st

ated

. S

ub

stan

ces

must

be

anal

yze

d u

sin

g m

etho

ds

spec

ifie

d i

n t

he

20

15

Bri

tish

Co

lum

bia

En

vir

on

men

tal

Lab

ora

tory

Man

ual

, as

up

dat

ed f

rom

tim

e to

tim

e, a

dire

ctor

’s p

roto

col,

or a

ltern

ate

met

hods

acc

epta

ble

to a

dir

ecto

r. T

he

hig

h d

ensi

ty r

esid

enti

al l

and

use

sta

nd

ard

s o

f th

is s

ched

ule

ass

um

e th

e p

rohib

itio

n o

f th

e use

of

the

land

(a) t

o gr

ow p

lant

s for

hum

an c

onsu

mpt

ion,

and

(b) a

s a c

hild

ren’

s pla

ygro

und,

spor

ts fi

eld,

pic

nic

area

or a

ny o

ther

use

that

pro

mo

tes

freq

uen

t co

nta

ct b

y c

hil

dre

n.

C

onsu

lt a

dir

ecto

r fo

r fu

rther

ad

vic

e.

2.

NS

- I

nsu

ffic

ien

t ac

cep

tab

le s

cien

tifi

c dat

a ex

ists

to

cal

cula

te a

sta

nd

ard

or

no

ap

pro

pri

ate

stan

dar

d,

guid

elin

e o

r cr

iter

ion e

xis

ts t

o d

evel

op

a s

oil

qual

ity s

tan

dar

d.

3.

Sta

nd

ard

is

der

ived

in a

cco

rdan

ce w

ith P

roto

col

28

, “2

016

Stan

dard

s Der

ivat

ion

Met

hods

”, u

nle

ss o

ther

wis

e no

ted

. 4

Sta

nd

ard

is

set

equal

to

the

corr

esp

ond

ing l

and

use

so

il s

tan

dar

d f

or

the

sub

stan

ce i

n S

ched

ule

4 o

f th

is r

egula

tio

n,

as i

t re

ad b

efo

re t

he

rep

eal

of

that

sch

edu

le,

unle

ss o

ther

wis

e

no

ted

.

5.

Sta

nd

ard

has

bee

n s

et t

o e

qual

the

Res

iden

tial

(R

L)

land

use

so

il s

tan

dar

d f

or

the

sub

stan

ce i

n S

ched

ule

4 o

f th

is r

egula

tio

n,

as i

t re

ad b

efo

re t

he

rep

eal

of

that

sch

edule

, unle

ss

oth

erw

ise

no

ted

. 6.

Sta

nd

ard

has

bee

n s

et t

o e

qual

the

Co

mm

erci

al (

CL

) la

nd

use

so

il s

tan

dar

d f

or

the

sub

stan

ce i

n S

ched

ule

4 o

f th

is r

egula

tio

n, as

it

read

bef

ore

the

rep

eal

of

that

sch

edule

, unle

ss

oth

erw

ise

no

ted

. 7.

NA

– n

ot

app

lica

ble

. N

o C

AS

nu

mb

er e

xis

ts f

or

the

sub

stan

ce.

8.

HE

PH

s -

Hea

vy E

xtr

acta

ble

Pet

role

um

Hyd

roca

rbo

ns

in s

oil

, as

def

ined

in 2

01

5 B

riti

sh C

olu

mb

ia E

nvir

on

men

tal

Lab

ora

tory

Man

ual

and

up

dat

ed f

rom

tim

e to

tim

e.

9.

LE

PH

s -

Lig

ht

Ex

trac

tab

le P

etro

leu

m H

yd

roca

rbo

ns

in s

oil

, as

def

ined

in 2

01

5 B

riti

sh C

olu

mb

ia E

nvir

on

men

tal

Lab

ora

tory

Man

ual

and

up

dat

ed f

rom

tim

e to

tim

e.

10.

So

il m

ust

be

rem

edia

ted

so

that

no

naq

ueo

us

phas

e li

quid

s ar

e no

t p

rese

nt

in q

uan

titi

es i

n e

xce

ss o

f th

at a

ccep

tab

le t

o a

dir

ecto

r.

11.

Sta

nd

ard

is

set

equal

to

the

Urb

an P

ark (

PL

) la

nd

use

so

il s

tan

dar

d f

or

the

sub

stan

ce i

n S

ched

ule

4 o

f th

is r

egu

lati

on,

as i

t re

ad b

efo

re t

he

rep

eal

of

that

sch

edule

.

12.

So

il m

ust

be

rem

edia

ted

so

that

od

oro

us

sub

stan

ces

are

no

t p

rese

nt

in q

uan

titi

es i

n e

xce

ss o

f th

at a

ccep

tab

le t

o a

dir

ecto

r.

13.

Stan

dard

s hav

e be

en d

eriv

ed in

acc

orda

nce

with

Pro

toco

l 28,

“20

16 S

tand

ards

Der

ivat

ion

Met

hods

”.

14.

VP

Hs

- V

ola

tile

Pet

role

um

Hyd

roca

rbo

ns

in s

oil

, as

def

ined

in 2

01

5 B

riti

sh C

olu

mb

ia E

nvir

on

men

tal

Lab

ora

tory

Man

ual

and

up

dat

ed f

rom

tim

e to

tim

e.



Schedule 3.2


SCHEDULE 3.2[en. B.C. Reg. 131/2020, App. s. 12.]

SCH

ED

UL

E 3

.2

GE

NE

RIC

NU

ME

RIC

AL

WA

TE

R S

TA

ND

AR

DS1

CO

LUM

N 1

C

OLU

MN

2

CO

LUM

N 3

C

OLU

MN

4

CO

LUM

N 5

C

OLU

MN

6

Su

bsta

nce

Che

mic

al

Abst

ract

Se

rvic

e #

(CAS

)

Aq

uatic

Life

2 (A

W)

Irr

igat

ion2

(IW)

Li

vest

ock2

(LW

)

D

rinki

ng W

ater

3 (D

W)

acen

aphth

ene

83

-32

-9

60

2

50

4

acep

hat

e 3

05

60

-19

-1

1

54

acet

ic a

cid

, 2

-met

hyl-

4-c

hlo

rop

hen

oxy-

[MC

PA

]

94

-74

-6

26

5,

42

6

0.0

25

2

5

10

07

acet

och

lor

34

25

6-8

2-1

80

4

acet

one

67

-64

-1

3

50

04

acet

op

hen

one

98

-86

-2

4

00

4

acri

din

e 2

60

-94

-6

0.5

acro

lein

1

07

-02

-8

10

38

3

4,8

acry

lam

ide

79

-06

-1

0

.14

acry

lic

acid

7

9-1

0-7

2 0

00

4

acry

lonit

rile

1

07

-13

-1

5

4,8

adip

ic a

cid

1

24

-04

-9

8

00

04

alac

hlo

r 1

59

72

-60

-8

3

4

ald

icar

b

11

6-0

6-3

1

05,

1.5

6

54

.99,

67

.51

0

11

4

4

ald

icar

b s

ulf

one

16

46

-88

-4

4

4

ald

rin

30

9-0

0-2

0

.04

11

0.7

11

0

.00

94

ally

l al

coho

l 1

07

-18

-6

2

04

ally

l ch

lori

de

10

7-0

5-1

7.5

4

alum

inum

7

42

9-9

0-5

5 0

00

5

00

0

9 5

00

12

,13

amet

ryn

8

34

-12

-8

3

54

amin

ob

iphen

yl,

4-

92

-67

-1

0

.00

75

4

amin

op

hen

ol,

3-

59

1-2

7-5

30

04

amin

op

hen

ol,

4-

12

3-3

0-8

80

4

amit

raz

33

08

9-6

1-1

10

4





GE

NE

RIC

NU

ME

RIC

AL

WA

TE

R S

TA

ND

AR

DS1

CO

LUM

N 1

C

OLU

MN

2

CO

LUM

N 3

C

OLU

MN

4

CO

LUM

N 5

C

OLU

MN

6

Su

bsta

nce

Che

mic

al

Abst

ract

Se

rvic

e #

(CAS

)

Aq

uatic

Life

2 (A

W)

Irr

igat

ion2

(IW)

Li

vest

ock2

(LW

)

D

rinki

ng W

ater

3 (D

W)

amm

onia

, to

tal

(as

N)

76

64

-41

-7

1 3

10

@ p

H >

8.5

5,1

4

3 7

00

@ p

H 8

.0 -

< 8

.55

,14

11

30

0 @

pH

7.5

- <

8.0

5,1

4

18

50

0 @

pH

7.0

- <

7.5

5,1

4

18

40

0 @

pH

< 7

.05

,14

2 3

00

@ p

H >

8.5

6,1

5

6 8

50

@ p

H 8

.0 -

< 8

.56

,15

20

00

0 @

pH

7.5

- <

8.0

6,1

5

64

00

0 @

pH

7.0

- <

7.5

6,1

5

20

0 0

00

@ p

H <

7.0

6,1

5

anil

ine

62

-53

-3

20

3

04

anth

race

ne

12

0-1

2-7

1

1

00

04

anth

raq

uin

one,

9,1

0-

84

-65

-1

4

4

anti

mo

ny

74

40

-36

-0

90

5,

2 5

00

6

67

aram

ite

14

0-5

7-8

64

arse

nic

7

44

0-3

8-2

5

05,

12

56

1

00

2

5

10

7

asb

esto

s 1

33

2-2

1-4

7 m

.f./

L1

6

asula

m

33

37

-71

-1

2

00

4

atra

zine

19

12

-24

-9

20

5,

10

06

1

0

60

5

7

aura

min

e 4

92

-80

-8

0

.24

azin

pho

s-m

ethyl

86

-50

-0

20

2

07

azo

ben

zene

10

3-3

3-3

1.5

4

azo

dic

arb

onam

ide

12

3-7

7-3

4 0

00

4

bar

ium

7

44

0-3

9-3

1

0 0

00

5,

5 0

00

6

1 0

00

7

ben

flura

lin

1

86

1-4

0-1

1 0

00

4

ben

om

yl

17

80

4-3

5-2

20

04

ben

sulf

uro

n-m

ethyl

83

05

5-9

9-6

80

04

ben

tazo

n

25

05

7-8

9-0

10

04

ben

z(a)

anth

race

ne

56

-55

-3

1

0.0

74



Schedule 3.2


GE

NE

RIC

NU

ME

RIC

AL

WA

TE

R S

TA

ND

AR

DS1

CO

LUM

N 1

C

OLU

MN

2

CO

LUM

N 3

C

OLU

MN

4

CO

LUM

N 5

C

OLU

MN

6

Su

bsta

nce

Che

mic

al

Abst

ract

Se

rvic

e #

(CAS

)

Aq

uatic

Life

2 (A

W)

Irr

igat

ion2

(IW)

Li

vest

ock2

(LW

)

D

rinki

ng W

ater

3 (D

W)

ben

zene

71

-43

-2

40

05,

1 0

00

6

57

ben

zid

ine

92

-87

-5

0

.14

,8

ben

zo(a

)pyre

ne

50

-32

-8

0.1

0

.01

7

ben

zo(b

+j)

fluo

ranth

enes

2

05

-99

-2 &

20

5-8

2-3

0

.07

4

ben

zoic

aci

d

65

-85

-0

1

5 0

00

4

ben

zotr

ichlo

rid

e 9

8-0

7-7

0.5

4,8

ben

zyl

alco

ho

l 1

00

-51

-6

4

00

4

ben

zyl

chlo

rid

e 1

00

-44

-7

0

.94

ber

yll

ium

7

44

0-4

1-7

1

.55,

1 0

00

6

10

0

10

0

84

bif

eno

x

42

57

6-0

2-3

35

4

bip

hen

yl,

1,1

'-

92

-52

-4

2

00

04

bis

(2-c

hlo

roet

ho

xy)

met

han

e 1

11

-91

-1

1

04

bis

(2-c

hlo

roet

hyl)

eth

er

11

1-4

4-4

0.1

54

bis

(2-c

hlo

ro-1

-met

hyle

thyl)

eth

er

10

8-6

0-1

15

04

bis

(2-e

thylh

exyl)

ad

ipat

e 1

03

-23

-1

1

50

4

bis

(2-e

thylh

exyl)

phth

alat

e [D

EH

P]

11

7-8

1-7

1

60

1

04

bis

phen

ol

A

80

-05

-7

2

00

4

bo

ron

7

44

0-4

2-8

1

2 0

00

5

00

- 6

00

01

7

5 0

00

5

00

07

bro

mac

il

31

4-4

0-9

5

0

0.2

18,

0.6

19

1

10

0

bro

mat

e 1

55

41

-45

-4

1

07

bro

mo

-2-c

hlo

roet

han

e, 1

- 1

07

-04

-0

1

4,8

bro

mo

ben

zene

10

8-8

6-1

30

4

bro

mo

dic

hlo

rom

ethan

e [B

DC

M]

75

-27

-4

10

0

10

07

,20

bro

mo

form

7

5-2

5-2

1

00

1

00

7,2

0

bro

mo

met

han

e 7

4-8

3-9

5.5

4

bro

mo

pho

s 2

10

4-9

6-3

20

4

bro

mo

xynil

1

68

9-8

4-5

5

0

0.3

51

0

11

5

7





GE

NE

RIC

NU

ME

RIC

AL

WA

TE

R S

TA

ND

AR

DS1

CO

LUM

N 1

C

OLU

MN

2

CO

LUM

N 3

C

OLU

MN

4

CO

LUM

N 5

C

OLU

MN

6

Su

bsta

nce

Che

mic

al

Abst

ract

Se

rvic

e #

(CAS

)

Aq

uatic

Life

2 (A

W)

Irr

igat

ion2

(IW)

Li

vest

ock2

(LW

)

D

rinki

ng W

ater

3 (D

W)

buta

die

ne,

1,3

- 1

06

-99

-0

1

4,8

buta

no

ic a

cid

, 4

-(4

-ch

loro

-2-

met

hylp

hen

oxy)-

[M

CP

B]

94

-81

-5

4

04

buta

no

l, 2

- 7

8-9

2-2

8 0

00

4

buta

no

l, n

- 7

1-3

6-3

40

04

buto

xy e

than

ol,

2-

11

1-7

6-2

40

04

buty

l b

enzy

l p

hth

alat

e 8

5-6

8-7

80

4

buty

l p

hth

alyl

buty

l g

lyco

late

8

5-7

0-1

4 0

00

4

buty

late

2

00

8-4

1-5

20

04

buty

late

d h

yd

roxyto

luen

e [B

HT

] 1

28

-37

-0

4

54

buty

lben

zene,

n-

10

4-5

1-8

20

04

buty

lben

zene,

sec

- 1

35

-98

-8

4

00

4

buty

lben

zene,

ter

t-

98

-06

-6

4

00

4

caco

dyli

c ac

id

75

-60

-5

8

04

cad

miu

m

74

40

-43

-9

0.5

@ H

< 3

05

,21

1.5

@ H

30

- <

90

5,2

1

2.5

@ H

90

- <

15

05

,21

3.5

@ H

15

0 -

< 2

10

5,2

1

4 @

H

21

05

,21

15

6

5

80

5

7

calc

ium

7

44

0-7

0-2

1

00

0 m

g/L

cap

rola

ctam

1

05

-60

-2

2

00

04

cap

tafo

l 2

42

5-0

6-1

14

cap

tan

1

33

-06

-2

15

10

7

04

carb

aryl

63

-25

-2

25,

36

1 1

00

9

07

carb

ofu

ran

1

56

3-6

6-2

1

8

4

5

90

7

carb

on d

isulf

ide

75

-15

-0

4

00

4

carb

on t

etra

chlo

rid

e

56

-23

-5

13

0

5

2

7

carb

osu

lfan

5

52

85

-14

-8

4

04



Schedule 3.2


GE

NE

RIC

NU

ME

RIC

AL

WA

TE

R S

TA

ND

AR

DS1

CO

LUM

N 1

C

OLU

MN

2

CO

LUM

N 3

C

OLU

MN

4

CO

LUM

N 5

C

OLU

MN

6

Su

bsta

nce

Che

mic

al

Abst

ract

Se

rvic

e #

(CAS

)

Aq

uatic

Life

2 (A

W)

Irr

igat

ion2

(IW)

Li

vest

ock2

(LW

)

D

rinki

ng W

ater

3 (D

W)

carb

oxin

5

23

4-6

8-4

40

04

cate

cho

l 1

20

-80

-9

2 0

00

22

chlo

ram

ben

1

33

-90

-4

6

04

chlo

ran

il

11

8-7

5-2

0.4

4

chlo

rdan

e (c

is +

tra

ns)

5

10

3-7

1-9

&

51

03

-74

-2

0.0

6

7

0

.45

4

chlo

rdec

one

14

3-5

0-0

0.0

15

4

chlo

rfen

vin

pho

s 4

70

-90

-6

3

4

chlo

rid

e io

n

16

88

7-0

0-6

1

50

0 m

g/L

5

10

0 m

g/L

23

6

00

mg/L

2

50

mg/L

7,2

4

chlo

rim

uro

n,

ethyl-

9

09

82

-32

-4

8

04

chlo

rine

(Cl 2

)25

7

78

2-5

0-5

2

05,

30

6

1 0

00

chlo

ro-2

-met

hyla

nil

ine,

4-

95

-69

-2

1

.54

chlo

roac

etal

deh

yd

e, 2

- 1

07

-20

-0

0

.64

chlo

roan

ilin

e, p

- 1

06

-47

-8

0

.84

chlo

rob

enze

ne

10

8-9

0-7

1

35,

25

06

8

07

,13

chlo

rob

enzi

late

5

10

-15

-6

1

.54

chlo

rob

enzo

ic a

cid

, 4

- 7

4-1

1-3

10

04

chlo

rob

enzo

tric

hlo

rid

e, 4

- 5

21

6-2

5-1

0.0

54

,8

chlo

rob

enzo

trif

luo

rid

e, 4

- 9

8-5

6-6

10

4

chlo

rob

uta

ne,

1-

10

9-6

9-3

15

04

chlo

roet

han

ol,

2-

10

7-0

7-3

80

4

chlo

rofo

rm

67

-66

-3

20

10

0

10

07

,20

chlo

ronap

hth

alen

e, 2

- 9

1-5

8-7

30

04

chlo

ronit

rob

enze

ne,

2-

88

-73

-3

0

.54

chlo

ronit

rob

enze

ne,

4-

10

0-0

0-5

44

chlo

rop

hen

ol,

2-

9

5-5

7-8

1

9.5

– 2

60

02

6

0

.12

4,2

7

45

12

,13

chlo

rop

hen

ol,

3-

1

08

-43

-0

17

– 2

30

02

6

0

.12

4,2

7

chlo

rop

hen

ol,

4-

1

06

-48

-9

8.5

– 1

18

02

6

0

.12

4,2

7





GE

NE

RIC

NU

ME

RIC

AL

WA

TE

R S

TA

ND

AR

DS1

CO

LUM

N 1

C

OLU

MN

2

CO

LUM

N 3

C

OLU

MN

4

CO

LUM

N 5

C

OLU

MN

6

Su

bsta

nce

Che

mic

al

Abst

ract

Se

rvic

e #

(CAS

)

Aq

uatic

Life

2 (A

W)

Irr

igat

ion2

(IW)

Li

vest

ock2

(LW

)

D

rinki

ng W

ater

3 (D

W)

chlo

rop

ren

e 1

26

-99

-8

8

04

chlo

roth

alo

nil

1

89

7-4

5-6

2

5,

46

5

.8

17

0

50

4

chlo

roto

luen

e, 2

- 9

5-4

9-8

80

4

chlo

roto

luen

e, 4

- 1

06

-43

-4

8

04

chlo

rpro

pham

1

01

-21

-3

8

00

4

chlo

rpyri

fos

29

21

-88

-2

0.0

2

2

4

90

7

chlo

rpyri

fos-

met

hyl

55

98

-13

-0

4

04

chlo

rsulf

uro

n

64

90

2-7

2-3

20

04

chlo

rthal

-dim

ethyl

18

61

-32

-1

4

04

chlo

rthio

pho

s 6

02

38

-56

-4

3

4

chro

miu

m,

hex

aval

ent2

8

18

54

0-2

9-9

1

05,

15

6

8

50

5

07

chro

miu

m,

triv

alen

t28

1

60

65

-83

-1

90

5,

56

06

5

5

0

6 0

00

4

chry

sene

21

8-0

1-9

1

7

4

clo

fen

tezi

ne

74

11

5-2

4-5

50

4

cob

alt

74

40

-48

-4

40

5

0

1 0

00

1

4

cop

per

7

44

0-5

0-8

2

0 @

H <

50

5,2

1

30

@ H

= 5

0 -

< 7

55

,21

40

@ H

= 7

5 -

< 1

00

5,2

1

50

@ H

= 1

00

- <

12

55

,21

60

@ H

= 1

25

- <

15

05

,21

70

@ H

= 1

50

- <

17

55

,21

80

@ H

= 1

75

- <

20

05

,21

90

@ H

> 2

00

5,2

1

20

6

20

0

30

0

1 5

00

12

,13

cro

tonal

deh

yd

e, t

ran

s-

12

3-7

3-9

54

,8

cyan

azin

e 2

17

25

-46

-2

20

0

.5

10

0

.24

cyan

ide

57

-12

-5

50

5,2

9,

10

6,2

9

20

07

,30

cyan

ogen

4

60

-19

-5

4

4



Schedule 3.2


GE

NE

RIC

NU

ME

RIC

AL

WA

TE

R S

TA

ND

AR

DS1

CO

LUM

N 1

C

OLU

MN

2

CO

LUM

N 3

C

OLU

MN

4

CO

LUM

N 5

C

OLU

MN

6

Su

bsta

nce

Che

mic

al

Abst

ract

Se

rvic

e #

(CAS

)

Aq

uatic

Life

2 (A

W)

Irr

igat

ion2

(IW)

Li

vest

ock2

(LW

)

D

rinki

ng W

ater

3 (D

W)

cycl

ohex

ane,

1,2

,3,4

,5-p

enta

bro

mo

-6-

chlo

ro-

87

-84

-3

7

4

cycl

ohex

anone

10

8-9

4-1

20

00

04

cycl

ohex

ene

11

0-8

3-8

20

4

cycl

ohex

yla

min

e 1

08

-91

-8

8

00

4

cyfl

uth

rin

68

35

9-3

7-5

10

04

cyhal

oth

rin

68

08

5-8

5-8

20

4

cyp

erm

ethri

n

52

31

5-0

7-8

40

4

cyro

maz

ine

66

21

5-2

7-8

30

4

dal

apo

n

75

-99

-0

1

00

4

dam

ino

zid

e 1

59

6-8

4-5

8.5

4

del

tam

ethri

n

52

91

8-6

3-5

0

.18

2.5

dem

eto

n

80

65

-48

-3

0

.15

4

dia

llat

e 2

30

3-1

6-4

2.5

4

dia

min

oto

luen

e, 2

,5-

95

-70

-5

1

4

dia

zin

on

3

33

-41

-5

0.0

3

1

4

20

7

dib

enz(

a,h)a

nth

race

ne

53

-70

-3

0

.01

4,8

dib

enzo

fura

n

13

2-6

4-9

44

dib

enzo

thio

phen

e 1

32

-65

-0

4

04

dib

rom

o-3

-chlo

rop

rop

ane,

1,2

- 9

6-1

2-8

0.5

4,8

dib

rom

ob

enze

ne,

1,3

- 1

08

-36

-1

1

.54

dib

rom

ob

enze

ne,

1,4

- 1

06

-37

-6

4

04

dib

rom

och

loro

met

han

e [D

BC

M]

12

4-4

8-1

1

00

1

00

7,2

0

dib

rom

oet

han

e, 1

,2-

10

6-9

3-4

0.5

4,8

dib

uty

l p

hth

alat

e [D

BP

] 8

4-7

4-2

1

90

4

00

4

dib

uty

ltin

1

44

88

-53

-0

0.8

dic

amb

a 1

91

8-0

0-9

1

00

0

.18

1

22

1

20

7

dic

hlo

rob

enze

ne,

1,2

- 9

5-5

0-1

7

5,

42

06

2

00

7,1

3





GE

NE

RIC

NU

ME

RIC

AL

WA

TE

R S

TA

ND

AR

DS1

CO

LUM

N 1

C

OLU

MN

2

CO

LUM

N 3

C

OLU

MN

4

CO

LUM

N 5

C

OLU

MN

6

Su

bsta

nce

Che

mic

al

Abst

ract

Se

rvic

e #

(CAS

)

Aq

uatic

Life

2 (A

W)

Irr

igat

ion2

(IW)

Li

vest

ock2

(LW

)

D

rinki

ng W

ater

3 (D

W)

dic

hlo

rob

enze

ne,

1,3

- 5

41

-73

-1

1 5

00

dic

hlo

rob

enze

ne,

1,4

- 1

06

-46

-7

26

0

57

,13

dic

hlo

rob

enzi

din

e, 3

,3'-

9

1-9

4-1

0.3

54

dic

hlo

rod

iflu

oro

met

han

e 7

5-7

1-8

80

04

dic

hlo

rod

iphen

yl

sulf

one,

4,4

'-

80

-07

-9

3

4

dic

hlo

rod

iphen

ylt

rich

loro

ethan

e, t

ota

l

[DD

T] 3

1

NA

32

0

.01

30

0

.45

4

dic

hlo

roet

han

e, 1

,1-

75

-34

-3

3

04

dic

hlo

roet

han

e, 1

,2-

10

7-0

6-2

1

00

0

5

5

7

dic

hlo

roet

hyle

ne,

1,1

- 7

5-3

5-4

14

7

dic

hlo

roet

hyle

ne,

1,2

-cis

- 1

56

-59

-2

8

4

dic

hlo

roet

hyle

ne,

1,2

-tra

ns-

1

56

-60

-5

8

04

dic

hlo

rom

ethan

e

75

-09

-2

98

0

5

0

50

7

dic

hlo

rop

hen

ol,

2,3

- 5

76

-24

-9

5.5

– 7

60

26

0.3

24

,33

dic

hlo

rop

hen

ol,

2,4

- 1

20

-83

-2

3 -

40

02

6

0

.32

4,3

3

90

07

,13

dic

hlo

rop

hen

ol,

2,5

- 5

83

-78

-8

2.5

- 3

40

26

0

.32

4,3

3

dic

hlo

rop

hen

ol,

2,6

- 8

7-6

5-0

1

0 –

1 3

60

26

0

.32

4,3

3

dic

hlo

rop

hen

ol,

3,4

- 9

5-7

7-2

3

- 4

00

26

0

.32

4,3

3

dic

hlo

rop

hen

ol,

3,5

- 5

91

-35

-5

2.5

- 3

00

26

0

.32

4,3

3

dic

hlo

rop

hen

oxyac

etic

aci

d,

2,4

-

[2,4

-D]

94

-75

-7

40

10

0

10

07

dic

hlo

rop

hen

oxy(2

,4-)

buty

ric

acid

, 4

-

[2,4

-DB

]

94

-82

-6

3

04

dic

hlo

rop

rop

ane,

1,2

- 7

8-8

7-5

4.5

4

dic

hlo

rop

rop

ane,

1,3

- 1

42

-28

-9

8

04

dic

hlo

rop

rop

ano

l, 2

,3-

61

6-2

3-9

10

4

dic

hlo

rop

rop

ene,

1,3

- (c

is +

tra

ns)

5

42

-75

-6

1

.54

dic

hlo

rvo

s 6

2-7

3-7

0.5

54



Schedule 3.2


GE

NE

RIC

NU

ME

RIC

AL

WA

TE

R S

TA

ND

AR

DS1

CO

LUM

N 1

C

OLU

MN

2

CO

LUM

N 3

C

OLU

MN

4

CO

LUM

N 5

C

OLU

MN

6

Su

bsta

nce

Che

mic

al

Abst

ract

Se

rvic

e #

(CAS

)

Aq

uatic

Life

2 (A

W)

Irr

igat

ion2

(IW)

Li

vest

ock2

(LW

)

D

rinki

ng W

ater

3 (D

W)

dic

lofo

p-m

ethyl

51

33

8-2

7-3

6

1

0.1

8

9

97

dic

roto

pho

s 1

41

-66

-2

0

.44

dic

ycl

op

enta

die

ne

77

-73

-6

3

00

4

die

ldri

n

60

-57

-1

0.0

41

1

0

.7

0.0

14

die

than

ola

min

e 1

11

-42

-2

8

4

die

thyl

ether

6

0-2

9-7

80

04

die

thyl

phth

alat

e 8

4-6

6-2

3 0

00

4

die

thyld

ithio

carb

amat

e 3

92

-74

-5

0

.64

die

thyle

ne

gly

col

mo

no

buty

l et

her

1

12

-34

-5

1

00

4

die

thyle

ne

gly

col

mo

no

ethyl

ether

1

11

-90

-0

2

50

4

die

thylf

orm

amid

e 6

17

-84

-5

4

4

dif

lub

enzu

ron

3

53

67

-38

-5

8

04

dii

sob

uty

lene

25

16

7-7

0-8

40

4

dii

sop

rop

ano

lam

ine

[DIP

A]3

4

11

0-9

7-4

1

5 0

00

3

9 0

00

3

8 0

00

3

50

01

2

dim

ethip

in

55

29

0-6

4-7

80

4

dim

etho

ate

6

0-5

1-5

6

2

3

2

07

dim

etho

xyb

enzi

din

e, 3

,3'-

1

19

-90

-4

0

.14

dim

ethyl

met

hylp

ho

spho

nat

e 7

56

-79

-6

9

04

dim

ethyla

min

oaz

ob

enze

ne,

4-

[DA

B]

60

-11

-7

0

.03

54

dim

ethyla

nil

ine,

2,4

- 9

5-6

8-1

0.8

4

dim

ethyla

nil

ine,

N,N

- [D

MA

] 1

21

-69

-7

8

4

dim

ethylb

enz(

a)an

thra

cene,

7,1

2-

57

-97

-6

0

.02

4,8

dim

ethylb

enzi

din

e, 3

,3'-

1

19

-93

-7

0

.01

54

dim

ethylf

orm

amid

e 6

8-1

2-2

40

04

dim

ethylh

yd

razi

ne,

1,1

- 5

7-1

4-7

0.4

4

dim

ethylp

hen

ol,

2,4

- 1

05

-67

-9

8

04

dim

ethylp

hen

ol,

2,6

- 5

76

-26

-1

2

.54





GE

NE

RIC

NU

ME

RIC

AL

WA

TE

R S

TA

ND

AR

DS1

CO

LUM

N 1

C

OLU

MN

2

CO

LUM

N 3

C

OLU

MN

4

CO

LUM

N 5

C

OLU

MN

6

Su

bsta

nce

Che

mic

al

Abst

ract

Se

rvic

e #

(CAS

)

Aq

uatic

Life

2 (A

W)

Irr

igat

ion2

(IW)

Li

vest

ock2

(LW

)

D

rinki

ng W

ater

3 (D

W)

dim

ethylp

hen

ol,

3,4

- 9

5-6

5-8

44

dim

ethylt

erep

hth

alat

e 1

20

-61

-6

4

00

4

din

itro

ben

zene,

1,2

- 5

28

-29

-0

0

.44

din

itro

ben

zene,

1,3

- 9

9-6

5-0

0.4

4

din

itro

ben

zene,

1,4

- 1

00

-25

-4

0

.44

din

itro

-o-c

ycl

ohex

yl

phen

ol,

4,6

- 1

31

-89

-5

8

4

din

itro

phen

ol,

2,4

- 5

1-2

8-5

2

00

02

2

84

din

itro

tolu

ene,

2,4

- 1

21

-14

-2

0

.54

din

itro

tolu

ene,

2,6

- 6

06

-20

-2

0

.14

din

itro

tolu

ene,

2-a

min

o-4

,6-

35

57

2-7

8-2

84

din

itro

tolu

ene,

4-a

min

o-2

,6-

19

40

6-5

1-0

84

din

ose

b

88

-85

-7

0.5

1

62

3,

46

35,

93

19

1

50

36

4

4

dio

xan

e, 1

,4-

12

3-9

1-1

1.5

4

dip

hen

amid

9

57

-51

-7

1

00

4

dip

hen

yl

sulf

one

12

7-6

3-9

34

dip

hen

yl-

1,4

-ben

zened

iam

ine,

N,N

'-

74

-31

-7

1

4

dip

hen

yla

min

e 1

22

-39

-4

1

00

4

diq

uat

(as

dib

rom

ide)

8

5-0

0-7

7

0

70

7

Dir

ect

Bla

ck 3

8

19

37

-37

-7

0

.02

4

Dir

ect

Bro

wn 9

5

16

07

1-8

6-6

0.0

25

4

dis

ulf

oto

n

29

8-0

4-4

0.1

54

diu

ron

3

30

-54

-1

15

0

15

07

do

din

e 2

43

9-1

0-3

15

4

end

osu

lfan

I +

II

11

5-2

9-7

0

.01

5,8,

0.0

15

6

25

4

end

oth

all

14

5-7

3-3

80

4

end

rin

7

2-2

0-8

0

.02

3

0

.2

14

EP

Hw

10

-19

37

,38

N

A3

2

5 0

00

5

00

0

5 0

00

5

00

0



Schedule 3.2


GE

NE

RIC

NU

ME

RIC

AL

WA

TE

R S

TA

ND

AR

DS1

CO

LUM

N 1

C

OLU

MN

2

CO

LUM

N 3

C

OLU

MN

4

CO

LUM

N 5

C

OLU

MN

6

Su

bsta

nce

Che

mic

al

Abst

ract

Se

rvic

e #

(CAS

)

Aq

uatic

Life

2 (A

W)

Irr

igat

ion2

(IW)

Li

vest

ock2

(LW

)

D

rinki

ng W

ater

3 (D

W)

EP

TC

7

59

-94

-4

1

00

4

ethan

ol,

2-(

2-m

etho

xyet

ho

xy)-

1

11

-77

-3

1

50

4

ethep

ho

n

16

67

2-8

7-0

20

4

ethin

yle

stra

dio

l, 1

7-a

lpha

[EE

2]3

9

57

-63

-6

0.0

05

ethio

n

56

3-1

2-2

24

etho

xyet

han

ol

acet

ate,

2-

11

1-1

5-9

40

04

etho

xyet

han

ol,

2-

11

0-8

0-5

35

04

ethyl

acet

ate

14

1-7

8-6

3 5

00

4

ethyl

acry

late

1

40

-88

-5

2

04

ethyl

p-n

itro

phen

yl

ben

zenet

hio

no

pho

spho

nat

e [E

PN

]

21

04

-64

-5

0

.04

4

ethylb

enze

ne

10

0-4

1-4

2

00

05,

2 5

00

6

14

07

,13

ethyle

ne

cyan

ohyd

rin

1

09

-78

-4

3

00

4

ethyle

ned

iam

ine

10

7-1

5-3

35

04

ethyle

ne

gly

col

10

7-2

1-1

1

92

0 m

g/L

8

00

04

ethyle

ne

thio

ure

a 9

6-4

5-7

0.3

4

ethyle

nei

min

e 1

51

-56

-4

0

.14

,8

fenam

ipho

s 2

22

24

-92

-6

1

4

fen

pro

pat

hri

n

39

51

5-4

1-8

10

04

fenval

erat

e 5

16

30

-58

-1

1

00

4

fluo

met

uro

n

21

64

-17

-2

5

04

fluo

ranth

ene

20

6-4

4-0

2

1

50

4

fluo

rene

86

-73

-7

12

0

15

04

fluo

rid

e 1

69

84

-48

-8

2 0

00

@ H

< 5

05

,21

3 0

00

@ H

5

05

,21

15

00

06

1 0

00

1

00

04

0

1 5

00

7

fluri

do

ne

59

75

6-6

0-4

30

04

flurp

rim

ido

l 5

64

25

-91

-3

8

04





GE

NE

RIC

NU

ME

RIC

AL

WA

TE

R S

TA

ND

AR

DS1

CO

LUM

N 1

C

OLU

MN

2

CO

LUM

N 3

C

OLU

MN

4

CO

LUM

N 5

C

OLU

MN

6

Su

bsta

nce

Che

mic

al

Abst

ract

Se

rvic

e #

(CAS

)

Aq

uatic

Life

2 (A

W)

Irr

igat

ion2

(IW)

Li

vest

ock2

(LW

)

D

rinki

ng W

ater

3 (D

W)

flusi

lazo

le

85

50

9-1

9-9

34

fluto

lanil

6

63

32

-96

-5

2

50

4

fluval

inat

e 6

94

09

-94

-5

4

04

folp

et

13

3-0

7-3

45

4

fom

esaf

en

72

17

8-0

2-0

0.8

4

fono

fos

94

4-2

2-9

84

form

ald

ehyd

e 5

0-0

0-0

80

04

form

ic a

cid

6

4-1

8-6

3 5

00

4

fose

tyl

15

84

5-6

6-6

10

00

04

fura

n

11

0-0

0-9

44

fura

zoli

do

ne

67

-45

-8

0

.04

4

furf

ura

l 9

8-0

1-1

10

4

furm

ecycl

ox

6

05

68

-05

-0

5

4

furo

thia

zole

5

31

-82

-8

0

.14

glu

fosi

nat

e 5

33

69

-07

-6

1

.54

gly

cid

ald

ehyd

e 7

65

-34

-4

1

.54

gly

pho

sate

1

07

1-8

3-6

5

00

0

2

80

2

80

7

guan

idin

e 1

13

-00

-8

4

04

hal

oxyfo

p,

met

hyl

69

80

6-4

0-2

0.2

4

hep

tach

lor

76

-44

-8

0.1

41

34

1

0.0

35

4

hep

tach

lor

epo

xid

e 1

02

4-5

7-3

0

.14

1

3

41

0

.01

54

hex

abro

mo

bip

hen

yl,

2,2

',4,4

',5,5

'-

59

53

6-6

5-1

0.0

05

4

hex

achlo

rob

enze

ne

11

8-7

4-1

0

.5

0.1

4

hex

achlo

rob

uta

die

ne

87

-68

-3

15

2

4

hex

achlo

rocy

clo

hex

ane,

alp

ha

31

9-8

4-6

0

.14

2

4

42

0

.02

54

hex

achlo

rocy

clo

hex

ane,

bet

a 3

19

-85

-7

0.1

42

44

2

0.0

85

4

hex

achlo

rocy

clo

hex

ane,

gam

ma

58

-89

-9

0.1

42

44

2

0.1

54



Schedule 3.2


GE

NE

RIC

NU

ME

RIC

AL

WA

TE

R S

TA

ND

AR

DS1

CO

LUM

N 1

C

OLU

MN

2

CO

LUM

N 3

C

OLU

MN

4

CO

LUM

N 5

C

OLU

MN

6

Su

bsta

nce

Che

mic

al

Abst

ract

Se

rvic

e #

(CAS

)

Aq

uatic

Life

2 (A

W)

Irr

igat

ion2

(IW)

Li

vest

ock2

(LW

)

D

rinki

ng W

ater

3 (D

W)

hex

achlo

rocy

clo

pen

tad

iene

77

-47

-4

2

54

hex

achlo

roet

han

e 6

7-7

2-1

34

hex

achlo

rop

hen

e 7

0-3

0-4

14

hex

ahyd

ro-1

,3,5

-tri

nit

ro-1

,3,5

-tri

azin

e

[RD

X]

12

1-8

2-4

1.5

4

hex

amet

hylp

ho

spho

ram

ide

68

0-3

1-9

1.5

4

hex

ano

ne,

2-

59

1-7

8-6

20

4

hex

azin

one

51

23

5-0

4-2

15

04

hex

yth

iazo

x

78

58

7-0

5-0

10

04

hyd

ram

ethyln

on

6

74

85

-29

-4

1

4

hyd

razi

ne

30

2-0

1-2

0.0

54

hyd

roq

uin

one

12

3-3

1-9

4

52

2

2.5

4

imaz

alil

3

55

54

-44

-0

5

04

imaz

aquin

8

13

35

-37

-7

1

00

04

imaz

ethap

yr

81

33

5-7

7-5

1 0

00

4

ipro

dio

ne

36

73

4-1

9-7

15

04

iro

n4

3,4

4

74

39

-89

-6

5

00

0

6

50

01

2,1

3

iso

buta

no

l 7

8-8

3-1

1 0

00

4

iso

pho

rone

78

-59

-1

1

50

4

iso

pro

pal

in

33

82

0-5

3-0

60

4

iso

pro

pan

ol

67

-63

-0

8

00

04

iso

pro

pylb

enze

ne

98

-82

-8

4

00

4

iso

xab

en

82

55

8-5

0-7

20

04

lact

ofe

n

77

50

1-6

3-4

84





GE

NE

RIC

NU

ME

RIC

AL

WA

TE

R S

TA

ND

AR

DS1

CO

LUM

N 1

C

OLU

MN

2

CO

LUM

N 3

C

OLU

MN

4

CO

LUM

N 5

C

OLU

MN

6

Su

bsta

nce

Che

mic

al

Abst

ract

Se

rvic

e #

(CAS

)

Aq

uatic

Life

2 (A

W)

Irr

igat

ion2

(IW)

Li

vest

ock2

(LW

)

D

rinki

ng W

ater

3 (D

W)

lead

7

43

9-9

2-1

4

0 @

H <

50

5,2

1

50

@ H

= 5

0 -

< 1

00

5,2

1

60

@ H

= 1

00

- <

20

05

,21

11

0 @

H =

20

0 -

< 3

00

5,2

1

16

0 @

H

30

05

,21

20

6

20

0

10

0

10

7

LE

PH

w4

5

NA

32

5

00

linuro

n

33

0-5

5-2

7

0

0.0

71

8,

3.3

19

84

lith

ium

7

43

9-9

3-2

2 5

00

23

5

00

0

84

mal

athio

n

12

1-7

5-5

1

19

0

19

07

mal

ono

nit

rile

1

09

-77

-3

0

.44

man

coze

b

80

18

-01

-7

1

00

4

man

eb

12

42

7-3

8-2

20

4

man

gan

ese4

6,4

7

74

39

-96

-5

2

00

1 5

00

12

,13

mec

op

rop

[M

CP

P]

93

-65

-2

44

mer

cury

7

43

9-9

7-6

0

.25

1

2

1

7

mer

pho

s 1

50

-50

-5

0

.14

met

alax

yl

57

83

7-1

9-1

25

04

met

hac

rylo

nit

rile

1

26

-98

-7

5

4,8

met

ham

ido

pho

s 1

02

65

-92

-6

0

.24

met

han

ol

67

-56

-1

8

00

04

met

hid

athio

n

95

0-3

7-8

44

met

ho

myl

16

75

2-7

7-5

10

04

met

ho

xy-5

-nit

roan

ilin

e, 2

- 9

9-5

9-2

34

met

ho

xych

lor

72

-43

-5

90

0

20

4

met

ho

xyet

han

ol

acet

ate,

2-

11

0-4

9-6

30

4

met

ho

xyet

han

ol,

2-

10

9-8

6-4

20

4

met

hyl

acet

ate

79

-20

-9

4

00

04



Schedule 3.2


GE

NE

RIC

NU

ME

RIC

AL

WA

TE

R S

TA

ND

AR

DS1

CO

LUM

N 1

C

OLU

MN

2

CO

LUM

N 3

C

OLU

MN

4

CO

LUM

N 5

C

OLU

MN

6

Su

bsta

nce

Che

mic

al

Abst

ract

Se

rvic

e #

(CAS

)

Aq

uatic

Life

2 (A

W)

Irr

igat

ion2

(IW)

Li

vest

ock2

(LW

)

D

rinki

ng W

ater

3 (D

W)

met

hyl

ethyl

ket

one

[ME

K]

78

-93

-3

2

50

04

met

hyl

hyd

razi

ne

60

-34

-4

4

4

met

hyl

mer

cury

2

29

67

-92

-6

0.0

4

0.4

4

met

hyl

met

hac

ryla

te

80

-62

-6

5

50

04

met

hyl

tert

-buty

l et

her

[M

TB

E]

16

34

-04

-4

34

00

05,

4 4

00

6

1

1 0

00

9

51

2,1

3

met

hyl-

5-n

itro

anil

ine,

2-

99

-55

-8

15

4

met

hyla

nil

ine,

2-

95

-53

-4

1

4

met

hyla

nil

ine,

4-

10

6-4

9-0

54

met

hyla

nil

ine,

N-

10

0-6

1-8

84

met

hylc

ho

lanth

ren

e, 3

- 5

6-4

9-5

0.0

24

,8

met

hyle

ne-

bis

(2-c

hlo

roan

ilin

e),

4,4

'-

10

1-1

4-4

0.5

4

met

hyle

ne-

bis

(N,N

-dim

ethyl)

an

ilin

e,

4,4

'-

10

1-6

1-1

3.5

4

met

hyle

neb

isb

enze

nam

ine,

4,4

'-

10

1-7

7-9

0.1

4

met

hyln

aphth

alen

e, 1

- 9

0-1

2-0

5.5

4

met

hyln

aphth

alen

e, 2

- 9

1-5

7-6

15

4

met

hylp

hen

ol,

2-

9

5-4

8-7

2

50

02

2

20

04

met

hylp

hen

ol,

3-

10

8-3

9-4

8

00

22

2

00

4

met

hylp

hen

ol,

4-

10

6-4

4-5

7

00

22

4

00

4

met

hylp

hen

ol,

4-c

hlo

ro-3

- 5

9-5

0-7

40

04

met

hyls

tyre

ne,

alp

ha-

9

8-8

3-9

30

04

met

ola

chlo

r 5

12

18

-45

-2

80

2

8

50

5

07

met

rib

uzi

n

21

08

7-6

4-9

1

0

0.5

8

0

80

7

met

sulf

uro

n-m

ethyl

74

22

3-6

4-6

1 0

00

4

mir

ex

23

85

-85

-5

0

.00

85

4

mo

linat

e 2

21

2-6

7-1

84

mo

lyb

den

um

7

43

9-9

8-7

1

0 0

00

1

0 –

30

48

5

0

25

04

9

mo

no

chlo

ram

ine2

5

10

59

9-9

0-3

5

3 0

00

7





GE

NE

RIC

NU

ME

RIC

AL

WA

TE

R S

TA

ND

AR

DS1

CO

LUM

N 1

C

OLU

MN

2

CO

LUM

N 3

C

OLU

MN

4

CO

LUM

N 5

C

OLU

MN

6

Su

bsta

nce

Che

mic

al

Abst

ract

Se

rvic

e #

(CAS

)

Aq

uatic

Life

2 (A

W)

Irr

igat

ion2

(IW)

Li

vest

ock2

(LW

)

D

rinki

ng W

ater

3 (D

W)

mo

no

chlo

roac

etic

aci

d

79

-11

-8

8

07

,50

mo

no

met

hyla

rso

nic

aci

d

12

4-5

8-3

40

4

mycl

ob

uta

nil

8

86

71

-89

-0

1

00

4

nal

ed

30

0-7

6-5

84

nap

hth

alen

e 9

1-2

0-3

1

0

80

4

nap

hth

yla

min

e, 2

- 9

1-5

9-8

0.0

85

4

nap

rop

amid

e 1

52

99

-99

-7

4

00

4

nic

kel

7

44

0-0

2-0

2

50

@ H

< 6

05

,21

65

0 @

H 6

0 -

< 1

20

5,2

1

1 1

00

@ H

12

0 -

< 1

80

5,2

1

1 5

00

@ H

1

80

5,2

1

83

6

20

0

1 0

00

8

04

nit

rate

(as

N)

14

79

7-5

5-8

4

00

mg/L

51

10

0 m

g/L

52

1

0 m

g/L

7,5

2

nit

rate

an

d n

itri

te (

as N

) N

A3

2

40

0 m

g/L

51

10

0 m

g/L

52

1

0 m

g/L

7,5

2

nit

rilo

tria

ceti

c ac

id [

NT

A]

13

9-1

3-9

40

07

nit

rite

(as

N)

14

79

7-6

5-0

2

00

(C

l <

2

mg/L

)53

40

0 (

Cl

2 -

< 4

mg/L

) 5

3

60

0 (

Cl

4 -

< 6

mg/L

) 53

80

0 (

Cl

6 -

< 8

mg/L

) 5

3

1 0

00

(C

l 8

- <

10

mg/L

) 5

3

2 0

00

(C

l 1

0 m

g/L

) 5

3

1

0 0

00

1

00

07

nit

roan

ilin

e, 2

- 8

8-7

4-4

40

4

nit

roan

ilin

e, 4

- 1

00

-01

-6

8

4

nit

rob

enze

ne

98

-95

-3

8

4

nit

rofu

razo

ne

59

-87

-0

0

.14

nit

rogly

ceri

n

55

-63

-0

0

.44

nit

roguan

idin

e 5

56

-88

-7

4

00

4

nit

rop

yre

ne,

4-

57

83

5-9

2-4

0.1

54

nit

roso

die

than

ola

min

e, N

- 1

11

6-5

4-7

0.0

55

4

nit

roso

die

thyla

min

e, N

- [N

DE

A]

55

-18

-5

0

.00

54

,8



Schedule 3.2


GE

NE

RIC

NU

ME

RIC

AL

WA

TE

R S

TA

ND

AR

DS1

CO

LUM

N 1

C

OLU

MN

2

CO

LUM

N 3

C

OLU

MN

4

CO

LUM

N 5

C

OLU

MN

6

Su

bsta

nce

Che

mic

al

Abst

ract

Se

rvic

e #

(CAS

)

Aq

uatic

Life

2 (A

W)

Irr

igat

ion2

(IW)

Li

vest

ock2

(LW

)

D

rinki

ng W

ater

3 (D

W)

nit

roso

dim

ethyla

min

e, N

- [N

DM

A]

6

2-7

5-9

0.0

47

nit

roso

-di-

N-b

uty

lam

ine,

N-

92

4-1

6-3

0.0

34

nit

roso

-di-

N-p

rop

yla

min

e, N

- 6

21

-64

-7

0

.02

4

nit

roso

dip

hen

yla

min

e, N

- 8

6-3

0-6

30

4

nit

roso

met

hyle

thyla

min

e, N

- 1

05

95

-95

-6

0

.00

74

nit

roso

mo

rpho

line,

N-

59

-89

-2

0

.02

54

nit

roso

pip

erid

ine,

N-

10

0-7

5-4

0.0

15

4

nit

roso

pyrr

oli

din

e, N

- 9

30

-55

-2

0

.07

54

nit

roto

luen

e, 2

- 8

8-7

2-2

0.7

4

nit

roto

luen

e, 3

- 9

9-0

8-1

0.4

4

nit

roto

luen

e, 4

- 9

9-9

9-0

10

4

no

nan

e, n

- 1

11

-84

-2

1

4

no

naq

ueo

us

phas

e li

quid

s37

,54

N

A3

2

no

t p

rese

nt

no

t p

rese

nt

no

t p

rese

nt

no

t p

rese

nt

no

nylp

hen

ol

and

no

nylp

hen

ol

etho

xyla

tes5

5,5

6

84

85

2-1

5-3

10

5,

76

4

51

2

no

rflu

razo

n

27

31

4-1

3-2

1

50

4

oct

ahyd

ro-1

,3,5

,7-t

etra

nit

ro-1

,3,5

,7-

tetr

azo

cine

[HM

X]

26

91

-41

-0

2

00

4

oct

amet

hylp

yro

pho

spho

ram

ide

[OM

PA

]

15

2-1

6-9

84

oct

yl

phth

alat

e, d

i-N

- [D

NO

P]

11

7-8

4-0

40

4

ory

zali

n

19

04

4-8

8-3

20

04

oxad

iazo

n

19

66

6-3

0-9

20

4

oxam

yl

23

13

5-2

2-0

10

04

oxyfl

uo

rfen

4

28

74

-03

-3

1

04

pac

lob

utr

azo

l 7

67

38

-62

-0

5

04

par

aquat

(as

dic

hlo

rid

e)

19

10

-42

-5

10

1

07

par

athio

n

56

-38

-2

50

2

54





GE

NE

RIC

NU

ME

RIC

AL

WA

TE

R S

TA

ND

AR

DS1

CO

LUM

N 1

C

OLU

MN

2

CO

LUM

N 3

C

OLU

MN

4

CO

LUM

N 5

C

OLU

MN

6

Su

bsta

nce

Che

mic

al

Abst

ract

Se

rvic

e #

(CAS

)

Aq

uatic

Life

2 (A

W)

Irr

igat

ion2

(IW)

Li

vest

ock2

(LW

)

D

rinki

ng W

ater

3 (D

W)

par

athio

n,

met

hyl

29

8-0

0-0

14

peb

ula

te

11

14

-71

-2

2

00

4

pen

dim

ethal

in

40

48

7-4

2-1

15

04

pen

tach

loro

ben

zene,

1,2

,3,4

,5-

60

8-9

3-5

6

0

34

pen

tach

loro

ethan

e 7

6-0

1-7

1.5

4

pen

tach

loro

nit

rob

enze

ne

[PC

NB

] 8

2-6

8-8

0.6

4

pen

tach

loro

phen

ol

[PC

P]

87

-86

-5

1 –

11

02

6

3

02

4

60

7,1

3

pen

taer

yth

rito

l te

tran

itra

te [

PE

TN

] 7

8-1

1-5

84

per

chlo

rate

1

47

97

-73

-0

3

4

per

flu

oro

buta

ne

sulf

onat

e [P

FB

S] 5

7

37

5-7

3-5

80

4

per

fluo

roo

ctan

e su

lfo

nat

e [P

FO

S]5

7

17

63

-23

-1

60

0

.31

2

per

fluo

roo

ctan

oic

aci

d [

PF

OA

]57

33

5-6

7-1

0.2

12

per

met

hri

n (

cis

+ t

ran

s)

52

64

5-5

3-1

0

.04

5,

0.0

16

4

50

12

phen

anth

rene

85

-01

-8

3

phen

med

ipham

1

36

84

-63

-4

1

00

04

phen

ol

10

8-9

5-2

2

00

02

2

1 0

00

4

phen

ol,

2-m

eth

yl-

4,6

-din

itro

[D

NO

C]

53

4-5

2-1

7

50

22

1

4,8

phen

oth

iazi

ne

92

-84

-2

2

4

phen

yle

ned

iam

ine,

m-

[MP

D]

10

8-4

5-2

25

4

phen

yle

ned

iam

ine,

o-

[OP

D]

95

-54

-5

3

.54

phen

yle

ned

iam

ine,

p-

[PP

D]

10

6-5

0-3

75

04

phen

ylp

hen

ol,

2-

90

-43

-7

8

04

pho

rate

2

98

-02

-2

2

27

pho

smet

7

32

-11

-6

8

04

phth

alic

aci

d,

p-

10

0-2

1-0

4 0

00

4

pic

lora

m

19

18

-02

-1

29

0

0.5

1

90

1

90

7

pic

ram

ic a

cid

9

6-9

1-3

0.4

4



Schedule 3.2


GE

NE

RIC

NU

ME

RIC

AL

WA

TE

R S

TA

ND

AR

DS1

CO

LUM

N 1

C

OLU

MN

2

CO

LUM

N 3

C

OLU

MN

4

CO

LUM

N 5

C

OLU

MN

6

Su

bsta

nce

Che

mic

al

Abst

ract

Se

rvic

e #

(CAS

)

Aq

uatic

Life

2 (A

W)

Irr

igat

ion2

(IW)

Li

vest

ock2

(LW

)

D

rinki

ng W

ater

3 (D

W)

pic

ric

acid

8

8-8

9-1

3.5

4

pir

imip

ho

s, m

ethyl

29

23

2-9

3-7

40

4

pro

chlo

raz

67

74

7-0

9-5

14

pro

flura

lin

2

63

99

-36

-0

2

54

pro

met

on

1

61

0-1

8-0

60

4

pro

met

ryn

7

28

7-1

9-6

15

4

pro

pac

hlo

r 1

91

8-1

6-7

50

4

pro

pan

il

70

9-9

8-8

20

4

pro

par

git

e 2

31

2-3

5-8

80

4

pro

par

gyl

alco

ho

l 1

07

-19

-7

8

4

pro

paz

ine

13

9-4

0-2

80

4

pro

pham

1

22

-42

-9

8

04

pro

pic

onaz

ole

6

02

07

-90

-1

5

04

pro

pylb

enze

ne,

1-

10

3-6

5-1

40

04

pro

pyle

ne

gly

col,

1,2

- 5

7-5

5-6

5

00

0 m

g/L

8

0 m

g/L

4

pro

pyle

ne

gly

col

mo

no

met

hyl

ether

1

07

-98

-2

3

00

04

pro

pyle

ne

oxid

e 7

5-5

6-9

0.6

54

pro

pyza

mid

e 2

39

50

-58

-5

3

00

4

pyre

ne

12

9-0

0-0

0

.2

10

04

pyri

din

e 1

10

-86

-1

4

4

quin

alp

ho

s 1

35

93

-03

-8

2

4

quin

oli

ne

91

-22

-5

34

0

.05

4

quiz

alo

fop

-eth

yl

76

57

8-1

4-8

35

4

resm

ethri

n

10

45

3-8

6-8

10

04

reso

rcin

ol

10

8-4

6-3

1

50

22

4

50

01

2

ronnel

2

99

-84

-3

2

00

4

rote

no

ne

83

-79

-4

1

54





GE

NE

RIC

NU

ME

RIC

AL

WA

TE

R S

TA

ND

AR

DS1

CO

LUM

N 1

C

OLU

MN

2

CO

LUM

N 3

C

OLU

MN

4

CO

LUM

N 5

C

OLU

MN

6

Su

bsta

nce

Che

mic

al

Abst

ract

Se

rvic

e #

(CAS

)

Aq

uatic

Life

2 (A

W)

Irr

igat

ion2

(IW)

Li

vest

ock2

(LW

)

D

rinki

ng W

ater

3 (D

W)

sali

nit

y5

8

NA

32

1

55

,59

,60

10

if

nat

ura

l sa

linit

y i

s

0 -

< 3

.56

,59

,61

20

if

nat

ura

l sa

linit

y i

s

3.5

- <

13

.56

,59

,61

40

if

nat

ura

l sa

linit

y i

s

13

.5 –

> 3

56

,59

,61

sele

nio

us

acid

7

78

3-0

0-8

20

4

sele

niu

m

77

82

-49

-2

20

2

06

2,

50

63

3

0

10

64

seth

oxyd

im

74

05

1-8

0-2

35

04

silv

er

74

40

-22

-4

0.5

@ H

< 1

00

5,2

1

15

@ H

>

10

05

,21

15

6

20

4

silv

ex

93

-72

-1

3

04

sim

azin

e 1

22

-34

-9

10

0

0.5

1

0

10

7

sod

ium

io

n

17

34

1-2

5-2

20

0 m

g/L

12

stro

nti

um

7

44

0-2

4-6

2 5

00

4

stry

chnin

e 5

7-2

4-9

14

styre

ne

10

0-4

2-5

7

20

8

00

4

styre

ne-

acry

lonit

rile

[S

AN

] tr

imer

(al

l

iso

mer

s)

NA

32

10

4

sulf

ate

14

80

8-7

9-8

1

28

0 m

g/L

@ H

3

02

1

2 1

80

mg/L

@ H

31

– 7

52

1

3 0

90

mg/L

@ H

76

– 1

80

21

4 2

90

mg/L

@ H

> 1

80

21

1

00

0 m

g/L

5

00

mg/L

7,2

4

sulf

ide

(as

H2S

) 65

77

83

-06

-4

20

5

07

,24

sulf

ola

ne3

4

12

6-3

3-0

5

00

00

0

8 4

00

1

4 0

00

9

01

2

sulf

ote

p

36

89

-24

-5

2

4

TC

MT

B

21

56

4-1

7-0

10

04

teb

uth

iuro

n

34

01

4-1

8-1

1

6

0.2

51

9

13

0

30

04

tem

epho

s 3

38

3-9

6-8

28

0

80

4



Schedule 3.2


GE

NE

RIC

NU

ME

RIC

AL

WA

TE

R S

TA

ND

AR

DS1

CO

LUM

N 1

C

OLU

MN

2

CO

LUM

N 3

C

OLU

MN

4

CO

LUM

N 5

C

OLU

MN

6

Su

bsta

nce

Che

mic

al

Abst

ract

Se

rvic

e #

(CAS

)

Aq

uatic

Life

2 (A

W)

Irr

igat

ion2

(IW)

Li

vest

ock2

(LW

)

D

rinki

ng W

ater

3 (D

W)

terb

acil

5

90

2-5

1-2

50

4

terb

ufo

s 1

30

71

-79

-9

1

17

terb

utr

yn

8

86

-50

-0

4

4

tetr

achlo

rob

enze

ne,

1,2

,3,4

- 6

34

-66

-2

18

tetr

achlo

rob

enze

ne,

1,2

,4,5

- 9

5-9

4-3

14

tetr

achlo

roet

han

e, 1

,1,1

,2-

63

0-2

0-6

64

tetr

achlo

roet

han

e, 1

,1,2

,2-

79

-34

-5

0

.84

tetr

achlo

roet

hyle

ne

12

7-1

8-4

1

10

0

30

7

tetr

achlo

rop

hen

ol,

2,3

,4,5

- 4

90

1-5

1-3

2

– 2

60

26

12

4,6

6

tetr

achlo

rop

hen

ol,

2,3

,4,6

- 5

8-9

0-2

5

.5 –

72

02

6

1

24

,66

1

00

7,1

3

tetr

achlo

rop

hen

ol,

2,3

,5,6

- 9

35

-95

-5

2.5

– 3

40

26

12

4,6

6

tetr

achlo

rovin

pho

s 9

61

-11

-5

6

.54

tetr

aeth

yl

lead

7

8-0

0-2

0.0

01

4,8

tetr

ahyd

rofu

ran

1

09

-99

-9

3

50

04

tetr

yl

47

9-4

5-8

84

thal

lium

7

44

0-2

8-0

3

thif

ensu

lfuro

n-m

ethyl

79

27

7-2

7-3

50

4

thio

ben

carb

2

82

49

-77

-6

4

04

thio

cyan

ate

30

2-0

4-5

20

08

thio

dig

lyco

l 1

11

-48

-8

3

00

4

thio

fan

ox

3

91

96

-18

-4

1

4

thio

phan

ate,

met

hyl

23

56

4-0

5-8

30

04

thio

phen

ol

10

8-9

8-5

44

thir

am

13

7-2

6-8

20

4

tin

74

40

-31

-5

2

50

04

tita

niu

m

74

40

-32

-6

1 0

00

tolu

ene

10

8-8

8-3

5

5,

2 0

00

6

60

7,1

3





GE

NE

RIC

NU

ME

RIC

AL

WA

TE

R S

TA

ND

AR

DS1

CO

LUM

N 1

C

OLU

MN

2

CO

LUM

N 3

C

OLU

MN

4

CO

LUM

N 5

C

OLU

MN

6

Su

bsta

nce

Che

mic

al

Abst

ract

Se

rvic

e #

(CAS

)

Aq

uatic

Life

2 (A

W)

Irr

igat

ion2

(IW)

Li

vest

ock2

(LW

)

D

rinki

ng W

ater

3 (D

W)

toxap

hen

e (a

ll i

som

ers)

8

00

1-3

5-2

0

.08

5

0.1

54

tral

om

ethri

n

66

84

1-2

5-6

30

4

tria

dim

efo

n

43

12

1-4

3-3

10

04

tria

llat

e 2

30

3-1

7-5

2

.4

2

30

5

04

tria

sulf

uro

n

82

09

7-5

0-5

40

4

trib

enuro

n-m

ethyl

10

12

00

-48

-0

3

04

trib

rom

ob

enze

ne,

1,2

,4-

61

5-5

4-3

20

4

trib

ufo

s 7

8-4

8-8

0.1

4

trib

uty

l p

ho

sphat

e 1

26

-73

-8

1

54

trib

uty

ltin

3

66

43

-28

-4

0.0

85,

0.0

56

,8

2

50

tric

hlo

ro-1

,2,2

-tri

fluo

roet

han

e, 1

,1,2

- 7

6-1

3-1

10

0 0

00

4

tric

hlo

roan

ilin

e, 2

,4,6

- 6

34

-93

-5

0

.14

tric

hlo

rob

enze

ne,

1,2

,3-

87

-61

-6

80

3

4

tric

hlo

rob

enze

ne,

1,2

,4-

12

0-8

2-1

2

40

5,

54

6

5.5

4

tric

hlo

roet

han

e, 1

,1,1

- 7

1-5

5-6

8

00

04

tric

hlo

roet

han

e, 1

,1,2

- 7

9-0

0-5

34

tric

hlo

roet

hyle

ne

79

-01

-6

20

0

5

0

57

tric

hlo

rofl

uo

rom

ethan

e 7

5-6

9-4

1 0

00

4

tric

hlo

rop

hen

ol,

2,3

,4-

15

95

0-6

6-0

2

.5 –

32

02

6

2

24

,67

tric

hlo

rop

hen

ol,

2,3

,5-

93

3-7

8-8

2

.5 –

34

02

6

2

24

,67

tric

hlo

rop

hen

ol,

2,3

,6-

93

3-7

5-5

8

– 1

08

02

6

2

24

,67

tric

hlo

rop

hen

ol,

2,4

,5-

95

-95

-4

2.5

– 3

00

26

22

4,6

7

40

04

tric

hlo

rop

hen

ol,

2,4

,6-

88

-06

-2

6 –

80

02

6

2

24

,67

57

,13

tric

hlo

rop

hen

ol,

3,4

,5-

60

9-1

9-8

1

– 1

28

26

22

4,6

7

tric

hlo

rop

hen

oxy a

ceti

c ac

id,

2,4

,5-

[2,4

,5-T

]

93

-76

-5

20

4

04

tric

hlo

rop

rop

ane,

1,1

,2-

59

8-7

7-6

20

4

tric

hlo

rop

rop

ane,

1,2

,3-

96

-18

-4

0

.54

,8



Schedule 3.2


GE

NE

RIC

NU

ME

RIC

AL

WA

TE

R S

TA

ND

AR

DS1

CO

LUM

N 1

C

OLU

MN

2

CO

LUM

N 3

C

OLU

MN

4

CO

LUM

N 5

C

OLU

MN

6

Su

bsta

nce

Che

mic

al

Abst

ract

Se

rvic

e #

(CAS

)

Aq

uatic

Life

2 (A

W)

Irr

igat

ion2

(IW)

Li

vest

ock2

(LW

)

D

rinki

ng W

ater

3 (D

W)

tric

hlo

rop

rop

ene,

1,2

,3-

96

-19

-5

1

04

tric

resy

l p

ho

sphat

e [T

CP

] 1

33

0-7

8-5

80

4

tric

ycl

ohex

ylt

in

NA

32

2

50

trid

iphan

e 5

81

38

-08

-2

10

4

trie

thyle

ne

gly

col

11

2-2

7-6

8 0

00

4

trie

thylt

in

N

A3

2

4

trif

lura

lin

1

58

2-0

9-8

2

45

4

57

trim

ethyl

pho

sphat

e 5

12

-56

-1

8

4

trim

ethylb

enze

ne,

1,3

,5-

10

8-6

7-8

40

4

trin

itro

ben

zene,

1,3

,5-

99

-35

-4

1

00

4

trin

itro

tolu

ene,

2,4

,6-

11

8-9

6-7

24

trip

hen

ylt

in

66

8-3

4-8

0

.2

8

00

tris

(1,3

-dic

hlo

ro-2

-pro

pyl)

pho

sphat

e

[TD

CP

P]

13

67

4-8

7-8

80

4

tris

(1-c

hlo

ro-2

-pro

pyl)

pho

sphat

e

[TC

PP

]

13

67

4-8

4-5

40

4

tris

(2,3

-dib

rom

op

rop

yl)

pho

sphat

e 1

26

-72

-7

0

.07

4

tris

(2-c

hlo

roet

hyl)

pho

sphat

e [T

CE

P]

11

5-9

6-8

84

tris

(2-e

thylh

exyl)

pho

sphat

e 7

8-4

2-2

50

4

tungst

en

74

40

-33

-7

3

4

ura

niu

m

74

40

-61

-1

85

1

0

20

0

20

7

van

adiu

m

74

40

-62

-2

1

00

1

00

2

04

ver

no

late

1

92

9-7

7-7

44

VH

w6

-10

37

,68

N

A3

2

15

00

0

15

00

0

15

00

0

15

00

0

vin

clo

zoli

n

50

47

1-4

4-8

10

04

vin

yl

acet

ate

10

8-0

5-4

4 0

00

4

vin

yl

chlo

rid

e 7

5-0

1-4

27

VP

Hw

69

N

A3

2

1 5

00





GE

NE

RIC

NU

ME

RIC

AL

WA

TE

R S

TA

ND

AR

DS1

CO

LUM

N 1

C

OLU

MN

2

CO

LUM

N 3

C

OLU

MN

4

CO

LUM

N 5

C

OLU

MN

6

Su

bsta

nce

Che

mic

al

Abst

ract

Se

rvic

e #

(CAS

)

Aq

uatic

Life

2 (A

W)

Irr

igat

ion2

(IW)

Li

vest

ock2

(LW

)

D

rinki

ng W

ater

3 (D

W)

war

fari

n

81

-81

-2

14

xyle

nes

, to

tal

13

30

-20

-7

30

0

90

7

zinc

74

40

-66

-6

75

@ H

< 9

05

,21

15

0 @

H =

90

- <

10

05

,21

90

0 @

H =

10

0 -

< 2

00

5,2

1

1 6

50

@ H

= 2

00

- <

30

05

,21

2 4

00

@ H

= 3

00

- <

40

05

,21

10

06

1 0

00

@ p

H <

6.0

70

2 0

00

@ p

H 6

.0 -

<

7.0

70

5 0

00

@ p

H

7.0

70

2 0

00

3

00

01

2

zineb

1

21

22

-67

-7

2

00

4

Not

es

1 A

ll va

lues

are

in

g/L

unl

ess o

ther

wis

e st

ated

. Sub

stan

ces m

ust b

e an

alyz

ed u

sing

met

hods

spec

ified

in th

e 20

15 B

ritis

h C

olum

bia

Envi

ronm

enta

l

Labo

rato

ry M

anua

l, as

upd

ated

from

tim

e to

tim

e, a

dire

ctor

’s p

roto

col o

r alte

rnat

ive

met

hods

acc

epta

ble

to a

dire

ctor

. 2(

a) A

quat

ic li

fe st

anda

rds a

ssum

e m

inim

um 1

:10

dilu

tion

is a

vaila

ble.

Aqu

atic

life

stan

dard

s are

to p

rote

ct fr

eshw

ater

and

mar

ine

life

unle

ss o

ther

wis

e

indi

cate

d.

2(b)

Sta

ndar

ds fo

r all

orga

nic

subs

tanc

es a

re fo

r tot

al su

bsta

nce

conc

entra

tions

. Any

wat

er sa

mpl

e to

be

anal

yzed

for o

rgan

ic su

bsta

nces

shou

ld n

ot b

e

fi

ltere

d.

2(c)

Sta

ndar

ds fo

r sur

face

wat

er sa

mpl

es to

be

anal

yzed

for h

eavy

met

als,

met

allo

ids a

nd in

orga

nic

ions

are

tota

l sub

stan

ce c

once

ntra

tions

. In

addi

tion,

it

is re

com

men

ded

that

surf

ace

wat

er sa

mpl

es b

eing

ana

lyze

d fo

r hea

vy m

etal

s, m

etal

loid

s and

inor

gani

c io

ns sh

ould

als

o be

ana

lyze

d fo

r dis

solv

ed

subs

tanc

e co

ncen

tratio

ns.

2(d)

Sta

ndar

ds fo

r gro

undw

ater

sam

ples

for h

eavy

met

als,

met

allo

ids a

nd in

orga

nic

ions

are

for d

isso

lved

subs

tanc

e co

ncen

tratio

ns.

In a

dditi

on, i

t is

re

com

men

ded

that

gro

undw

ater

sam

ples

bei

ng a

naly

zed

for h

eavy

met

als,

met

allo

ids a

nd in

orga

nic

ions

shou

ld a

lso

be a

naly

zed

for t

otal

subs

tanc

e

conc

entra

tions

. 2(

e) S

tand

ards

for i

rrig

atio

n w

ater

app

ly to

irrig

atio

n of

all

soil

type

s, un

less

oth

erw

ise

indi

cate

d.

3

Drin

king

wat

er st

anda

rds a

re fo

r unf

ilter

ed sa

mpl

es o

btai

ned

at th

e po

int o

f con

sum

ptio

n. H

eavy

met

als,

met

allo

ids a

nd in

orga

nic

ions

are

exp

ress

ed

as to

tal s

ubst

ance

con

cent

ratio

ns u

nles

s oth

er w

ise

indi

cate

d.

4

Stan

dard

is b

ased

on

the

2015

Uni

ted

Stat

es (U

S) E

nviro

nmen

tal P

rote

ctio

n A

genc

y (E

PA) “

Reg

iona

l Scr

eeni

ng L

evel

s” fo

r tap

wat

er. T

he E

PA

Reg

iona

l Scr

eeni

ng L

evel

s for

bot

h no

n-ca

rcin

ogen

ic a

nd c

arci

noge

nic

subs

tanc

es re

flect

the

1996

“O

verv

iew

of C

SST

Proc

edur

es fo

r the

Der

ivat

ion

o

f Soi

l Qua

lity

Mat

rix S

tand

ards

for C

onta

min

ated

Site

s” 2

0% (i

.e.,

0.2)

Tox

icity

Ref

eren

ce V

alue

(TR

V) a

ppor

tionm

ent f

or d

rinki

ng w

ater

exp

osur

e.

For c

arci

noge

nic

subs

tanc

es, t

he E

PA R

egin

oal S

cree

ning

Lev

el is

als

o ad

just

ed to

refle

ct se

ctio

n 18

(3) (

a) o

f thi

s reg

ulat

ion,

with

a h

uman

life

time

ca

ncer

risk

of l

ess t

han

or e

qual

to o

ne in

100

000

. 5

St

anda

rd to

pro

tect

fres

hwat

er a

quat

ic li

fe.

6

Stan

dard

to p

rote

ct m

arin

e an

d es

tuar

ine

aqua

tic li

fe.

7

Stan

dard

is se

t equ

al to

the

2014

Hea

lth C

anad

a “G

uide

lines

for C

anad

ian

Drin

king

Wat

er Q

ualit

y” fo

r the

subs

tanc

e.



Schedule 3.2


8

Stan

dard

is se

t equ

al to

the

2016

Brit

ish

Col

umbi

a En

viro

nmen

tal L

abor

ator

y Te

chni

cal A

dvis

ory

Com

mitt

ee re

fere

nce

anal

ytic

al d

etec

tion

limit

for

the

subs

tanc

e.

9

Stan

dard

to p

rote

ct c

rops

oth

er th

an le

gum

es.

10

Stan

dard

to p

rote

ct le

gum

es.

11

Stan

dard

is a

pplic

able

to th

e su

m o

f the

con

cent

ratio

n of

ald

rin a

nd d

ield

rin.

12

Stan

dard

is sp

ecifi

c to

pro

tect

ion

of h

uman

hea

lth. S

tand

ard

is d

eriv

ed w

ith T

RV

pro

tect

ive

of a

dults

. Sta

ndar

d m

ay n

ot a

dequ

atel

y pr

otec

t oth

er a

ge

grou

ps.

13

Stan

dard

may

not

add

ress

aes

thet

ic (o

rgan

olep

tic) c

once

rns r

elea

ted

to d

rinki

ng w

ater

qua

lity.

Wat

er tr

eatm

ent m

ay b

e re

quire

d.

14

Stan

dard

var

ies w

ith p

H a

nd te

mpe

ratu

re.

10C

is

assu

med

. C

onsu

lt a

dir

ecto

r fo

r fu

rther

ad

vic

e.

15

S

tand

ard

var

ies

wit

h p

H,

tem

per

ature

an

d s

alin

ity.

10

C a

nd

10

pra

ctic

al s

alin

ity u

nit

s (p

su)

are

assu

med

. C

onsu

lt a

dir

ecto

r fo

r fu

rther

ad

vic

e.

16

S

tand

ard

is

exp

ress

ed i

n m

illi

on f

ibre

s >

10

m/L

(m

.f./

L).

Sta

nd

ard

is

set

equal

to

the

20

10

US

EP

A S

afe

Dri

nkin

g W

ater

Act

, Nat

ional

Pri

mar

y D

rinkin

g

Wat

er R

egual

tio

ns

stan

dar

d f

or

the

sub

stan

ce.

17

St

anda

rd v

arie

s dep

endi

ng o

n cr

op a

s fol

low

s:

C

rop

Stan

dard

s (g/L

)

blac

kber

ry

500

barle

y, c

herr

y, c

owpe

a, g

arlic

, gra

pe, J

erus

alem

arti

chok

e, k

idne

y be

an, l

ima

bean

, mun

g be

an, o

nion

, pea

ch, p

lum

, se

sam

e, st

raw

berr

y, su

nflo

wer

, sw

eet p

otat

o, w

heat

1

000

carr

ot, c

ucum

ber,

pea,

pot

ato,

radi

sh, r

ed p

eppe

r 2

000

artic

hoke

, blu

egra

ss (K

entu

cky)

, cab

bage

, cel

ery,

clo

ver,

corn

, let

tuce

, mus

kmel

on, m

usta

rd, o

at, s

quas

h, to

bacc

o, tu

rnip

4

000

alfa

lfa, a

spar

agus

, par

sley

, pur

ple

vetc

h, re

d be

et, s

orgh

um, s

ugar

bee

t, to

mat

o 6

000

18

Stan

dard

to p

rote

ct c

rops

oth

er th

an c

erea

ls, t

ame

hays

and

pas

ture

. 19

St

anda

rd to

pro

tect

cer

eals

, tam

e ha

ys a

nd p

astu

re c

rops

. 20

St

anda

rd is

spec

ific

for t

otal

trih

alom

etha

nes.

Sum

of t

he c

once

ntra

tions

of b

rom

odic

hlor

omet

hane

(BD

CM

), di

brom

ochl

orom

etha

ne (D

BC

M),

br

omof

orm

(trib

rom

omet

hane

), an

d ch

loro

form

(tric

hlor

omet

hane

) mus

t not

exc

eed

the

stan

dard

spec

ified

. 21

H

mea

n w

ater

har

dnes

s in

mg/

L C

aCO

3.

22

Stan

dard

der

ived

by

the

Brit

ish

Col

umbi

a M

inis

try o

f Env

ironm

ent,

Land

Rem

edia

tion

Sect

ion

in a

ccor

danc

e w

ith C

SR P

roto

col 2

8, “

2016

Sta

ndar

ds

Der

ivat

ion

Met

hods

”.

23

Stan

dard

to p

rote

ct a

ll ty

pes o

f cro

ps.

24

Stan

dard

to p

rote

ct a

gain

st ta

ste

and

odou

r con

cern

s.

25

Subs

tanc

e is

ext

rem

ely

labi

le in

wat

er. E

xten

ded

hold

tim

es a

re in

appr

opria

te. I

t is r

ecom

emm

ende

d th

at sa

mpl

es b

e an

alyz

ed in

the

field

or

imm

edia

tely

upo

n re

ceip

t by

the

labo

rato

ry.

26

Stan

dard

var

ies w

ith p

H, t

empe

ratu

re a

nd su

bsta

nce

isom

er. C

onsu

lt a

dire

ctor

for f

urth

er a

dvic

e.

27

Stan

dard

is a

pplic

able

to th

e su

m o

f con

cent

ratio

ns o

f all

chlo

roph

enol

isom

ers.

28

Ana

lytic

al re

sults

for c

hrom

ium

(all

spec

ies)

in w

ater

may

be

used

to d

emon

stra

te c

ompl

ianc

e w

ith th

e st

anda

rds.

Whe

re th

e st

anda

rds c

onno

t be

met

ba

sed

on a

naly

tical

resu

lts fo

r chr

omiu

m (a

ll sp

ecie

s), c

hrom

ium

spec

iatio

n m

ay b

e ne

cess

ary.

29

To

dem

onst

rate

com

plia

nce

with

the

aqua

tic li

fe (A

W) s

tand

ard,

sam

ples

for c

yani

de in

wat

er m

ust b

e an

alyz

ed u

sing

the

appr

opria

te “

Cya

nide

Wea

k

Aci

d D

isso

ciab

le (W

AD

)” a

naly

tical

met

hod

for w

ater

spec

ified

in th

e 20

15 B

ritis

h C

olum

bia

Envi

ronm

enta

l Lab

orat

ory

Man

ual,

as u

pdat

ed fr

om ti

me

to ti

me.

30

To

dem

onst

rate

com

plia

nce

with

the

drin

king

wat

er (D

W) s

tand

ard,

sam

ples

for c

yani

de in

wat

er m

ust b

e an

alyz

ed u

sing

the

appr

opria

te “

Cya

nide

St

rong

Aci

d D

isso

ciab

le (S

AD

)” a

naly

tical

met

hod

for w

ater

spec

ified

in th

e 20

15 B

ritis

h C

olum

bia

Envi

ronm

enta

l Lab

orat

ory

Man

ual,

as u

pdat

ed

from

tim

e to

tim

e.

31

Stan

dard

s are

for t

he su

m o

f DD

T (2

,4’ +

4,4

” is

omer

s), D

DD

(2,4

’ + 4

,4”

isom

ers)

, and

DD

E(2,

4’ +

4,4

” is

omer

s).

32

NA

– n

ot a

pplic

able

. No

CA

S nu

mbe

r exi

sts f

or th

e su

bsta

nce.





33

Stan

dard

is a

pplic

able

to th

e su

m o

f con

cent

ratio

ns o

f all

dich

loro

phen

ol is

omer

s.

34

Stan

dard

s app

ly to

a si

te u

sed

for a

n in

dust

rial o

r com

mer

cial

pur

pose

or a

ctiv

ity se

t out

in S

ched

ule

2 as

item

F2,

F3,

F7,

or F

10.

35

Stan

dard

to p

rote

ct c

erea

l cro

ps a

nd h

ay.

36

Stan

dard

to p

rote

ct la

ctat

ing

dairy

ani

mal

s.

37

Stan

dard

is a

pplic

able

at a

ll si

tes,

irres

pect

ive

of w

ater

use

. 38

EP

Hw

10-1

9 –

Extra

ctab

le P

etro

leum

Hyd

roca

rbon

s (nC

10-n

C19

) in

wat

er, a

s def

ined

in th

e 20

15 B

ritis

h C

olum

bia

Envi

ronm

enta

l Lab

orat

ory

Man

ual,

as

upda

ted

from

tim

e to

tim

e.

39

Stan

dard

s app

ly to

a si

te u

sed

for a

n in

dust

rial o

r com

mer

cial

pur

pose

or a

ctiv

ity se

t out

in S

ched

ule

2 as

itm

e H

18 o

r H19

. 40

St

anda

rd v

arie

s with

type

of l

ives

tock

. Con

sult

a di

rect

or fo

r fur

ther

adv

ice.

41

St

anda

rd is

app

licab

le to

the

sum

of t

he c

once

ntra

tions

of h

epta

chlo

r and

hep

tach

lor e

poxi

de.

42

Stan

dard

is a

pplic

able

to th

e su

m o

f the

con

cent

ratio

ns o

f all

hexa

chlo

rocy

cloh

exan

e is

omer

s.

43

Stan

dard

s app

ly to

a si

te u

sed

for a

n in

dust

rial o

r com

mer

cial

pur

pose

or a

ctiv

ity se

t out

in S

ched

ule

2 as

(a

) ite

m A

6, A

7, A

8, o

r A11

,

(b

) ite

m C

1, C

2, C

3, C

4, o

r C6,

(c

) ite

m D

2, D

3, D

5 or

D6,

(d

) ite

m E

4, o

r

(e

) ite

m H

14.

44

Stan

dard

s app

ly to

a si

te u

sed

for a

n in

dust

rial o

r com

mer

cial

pur

pose

or a

ctiv

ity se

t out

in S

ched

ule

2 as

item

H11

or H

20, b

ut o

nly

if th

e si

te w

as u

sed

fo

r tha

t pur

pose

or a

ctiv

ity in

con

junc

tion

with

, or a

s a re

sult

of, t

he si

te a

lso

bein

g us

ed fo

r at l

east

one

of t

he p

urpo

ses o

r act

iviti

es se

t out

in N

ote

43.

45

LEPH

w –

Lig

ht E

xtra

ctab

le P

etro

leum

Hyd

roca

rbon

s in

wat

er, a

s def

ined

in th

e 20

15 B

ritis

h C

olum

bia

Envi

ronm

enta

l Lab

orat

ory

Man

ual,

as u

pdat

ed

from

tim

e to

tim

e.

46

Stan

dard

s app

ly to

a si

te u

sed

for a

n in

dust

rial o

r com

mer

cial

pur

pose

or a

ctiv

ity se

t out

in S

ched

ule

2 as

(a

) ite

m B

1,

(b) i

tem

C1,

C3

or C

4,

(c)

item

D2,

D3,

D5

or D

6,

(d) i

tem

E4,

or

(e)

item

H3

or H

14.

47

Stan

dard

s app

ly to

a si

te u

sed

for a

n in

dust

rial o

r com

mer

cial

pur

pose

or a

ctiv

ity se

t out

in S

ched

ule

2 as

item

H11

or H

20 b

ut o

nly

if th

e si

te w

as u

sed

for

that

pur

pose

or a

ctiv

ity in

con

junc

tion

with

, or a

s a re

sult

of, t

he si

te a

lso

bein

g us

ed fo

r at l

east

one

of t

he p

urpo

ses o

r act

iviti

es se

t out

in N

ote

46.

48

Stan

dard

var

ies w

ith c

rop,

soil

drai

nage

and

Mo:

Cu

ratio

. Con

sult

a di

rect

or fo

r fur

ther

adv

ice.

49

St

anda

rd is

set e

qual

to 1

986

Brit

ish

Col

umbi

a M

inis

try o

f Env

ironm

ent d

rinki

ng w

ater

qua

lity

guid

elin

e fo

r the

subs

tanc

e.

50

Stan

dard

is sp

ecifi

c fo

r tot

al h

aloa

cetic

aci

ds. S

um o

f the

con

cent

ratio

ns o

f mon

chlo

roac

etic

aci

d (M

CA

), di

chlo

roac

etic

aci

d (D

CA

), tri

chlo

roac

etic

ac

id (T

CA

), m

onob

rom

oace

tic a

cid

(MB

A) a

nd d

ibro

moa

cetic

aci

d (D

BA

) mus

t not

exc

eed

the

stan

dard

spec

ified

. 51

St

anda

rd m

ay n

ot p

rote

ct a

ll am

phib

ians

. Con

sult

a di

rect

or fo

r fur

ther

adv

ice.

52

W

here

nitr

ate

and

nitri

te a

re p

rese

nt, t

otal

nitr

ate

plus

nitr

ite-n

itrog

en sh

ould

not

exe

ed th

is v

alue

. 53

St

anda

rd v

arie

s with

chl

orid

e co

ncen

tratio

n. C

onsu

lt a

dire

ctor

for f

urth

er a

dvic

e.

54

Wat

er m

ust b

e re

med

iate

d so

that

non

aque

ous p

hase

liqu

ids a

re n

ot p

rese

nt in

qua

ntiti

es in

exc

ess o

f tho

se a

ccep

tabl

e to

a d

irect

or.

55

Non

ylph

enol

incl

udes

rela

ted

nony

lphe

nolic

and

oct

ylph

enol

ic c

ompo

unds

, inc

ludi

ng e

thox

ylat

es. C

onsu

lt a

dire

ctor

for f

urth

er

advi

ce.

56

Stan

dard

s app

ly to

a si

te u

sed

for a

n in

dust

rial o

r com

mer

cial

pur

pose

or a

ctiv

ity se

t our

in S

ched

ule

2 as

(a

) ite

m A

6, A

8, A

10 o

r A12

,

(b

) ite

m H

11, H

18 o

r H19

, or

(c)

item

I2 o

r I3.



Schedule 3.2


57

Stan

dard

s app

ly to

a si

te u

sed

for a

n in

dust

rial o

r com

mer

cial

pur

pose

or a

ctiv

ity se

t our

in S

ched

ule

2 as

(a

) ite

m A

4,

(b) i

tem

C3,

(c

) ite

m E

10, o

r

(d

) ite

m G

1.

58

Stan

dard

is fo

r sal

inity

mea

sure

men

ts by

ele

ctric

al c

ondu

ctiv

ity o

r den

sity

met

hods

usi

ng th

e Pr

actic

al S

alin

ity S

cale

, whi

ch c

lose

ly e

quat

es to

co

ncen

tratio

n un

its o

f par

ts p

er th

ousa

nd (g

/kg

or g

/L).

Salin

ity m

easu

rem

ents

usi

ng th

e Pr

actic

al S

alin

ity S

cale

may

be

deno

ted

as P

ract

ical

Sal

inity

Uni

ts

(p

su).

59

Stan

dard

app

lies o

nly

if m

inim

um 1

:10

dilu

tion

is a

vaila

ble

in re

ceiv

ing

wat

erbo

dy.

60

Fres

hwat

er is

def

ined

as w

ater

hav

ing

a na

tura

l sal

inity

< 1

.5 p

su.

61

Stan

dard

var

ies w

ith n

atur

al sa

linity

of r

ecei

ving

wat

erbo

dy.

62

Stan

dard

for c

ontin

uous

app

licat

ion

on c

rops

. 63

St

anda

rd fo

r int

erm

itten

t app

licat

ion

on c

rops

. 64

St

anda

rd is

set e

qual

to 2

014

Brit

ish

Col

umbi

a M

inis

try o

f Env

ironm

ent d

rinki

ng w

ater

qua

lity

guid

elin

e fo

r the

subs

tanc

e.

65

Stan

dard

is fo

r un-

ioni

zed

sulfi

de (a

s H2S

). M

easu

rem

ent o

f eith

er to

tal o

r dis

solv

ed s

ulfid

e (a

s H2S

) may

be

used

to d

emon

stra

te c

ompl

ianc

e w

ith th

e

st

anda

rds.

Whe

re th

e st

anda

rds c

anno

t be

met

by

mea

surin

g to

tal o

r dis

solv

ed su

lfide

(as H

2S),

dete

rmin

atio

n of

un-

ioni

zed

sulfi

de (a

s H2S

) may

be

ne

cess

ary.

66

St

anda

rd is

app

licab

le to

the

sum

of c

once

ntra

tions

of a

ll te

trach

loro

phen

ol is

omer

s.

67

Stan

dard

is a

pplic

able

to th

e su

m o

f con

cent

ratio

ns o

f all

trich

loro

phen

ol is

omer

s.

68

VH

w6-

10 –

Vol

atile

Hyd

roca

rbon

s (nC

6-nC

10) i

n w

ater

, as d

efin

ed in

the

2015

Brit

ish

Col

umbi

a En

viro

nmen

tal L

abor

ator

y M

anua

l, as

upd

ated

from

tim

e to

tim

e.

69

VPH

w –

Vol

atile

Pet

role

um H

ydro

carb

ons i

n w

ater

, as d

efin

ed in

the

2015

Brit

ish

Col

umbi

a En

viro

nmen

tal L

abor

ator

y M

anua

l, as

upd

ated

from

tim

e

to ti

me.

70

St

anda

rd v

arie

s with

soil

pH.






SCH

ED

UL

E 3

.3

GE

NE

RIC

NU

ME

RIC

AL

VA

POU

R S

TA

ND

AR

DS1,

2,3,

4,5

CO

LUM

N 1

C

OLU

MN

2

CO

LUM

N 3

C

OLU

MN

4

CO

LUM

N 5

C

OLU

MN

6

Su

bsta

nce

C

hem

ical

Ab

stra

ct S

ervi

ce

Num

ber

(CAS

)

Ag

ricul

tura

l,

Urb

an P

ark,

R

esid

entia

l U

se S

tand

ard6

C

omm

erci

al

Use

Sta

ndar

d7

In

dust

rial

Use

Sta

ndar

d8

Pa

rkad

e U

se S

tand

ard9

acet

ald

ehyd

e 7

5-0

7-0

4

.5

15

40

35

acet

one

67

-64

-1

2 0

00

5 5

00

35

000

15

000

acet

one

cyan

oh

yd

rin

7

5-8

6-5

2

6

2

0

15

acet

onit

rile

7

5-0

5-8

6

0

20

0

55

0

50

0

acro

lein

1

07

-02

-8

0.2

10

0.2

10

0.2

10

0.2

10

acry

lonit

rile

1

07

-13

-1

0.5

10

0.5

10

1.5

1

ally

l ch

lori

de

10

7-0

5-1

1

3

9

8

amm

onia

(as

N)

76

64

-41

-7

10

0

30

0

90

0

80

0

ben

zene

71

-43

-2

1.5

4

1

0

10

ben

zotr

ichlo

rid

e 9

8-0

7-7

1

10

110

110

110

ben

zyl

chlo

rid

e 1

00

-44

-7

0.2

0

.6

2

1.5

bis

(2-c

hlo

ro-1

-met

hyle

thyl)

eth

er

10

8-6

0-1

8

0

25

0

1 5

00

65

0

bis

(2-c

hlo

roet

hyl)

eth

er

11

1-4

4-4

1

10

110

110

110

bis

(2-c

hlo

rom

eth

yl)

eth

er

54

2-8

8-1

1

10

110

110

110

bro

mo

ben

zene

10

8-8

6-1

6

0

20

0

55

0

50

0

bro

mo

dic

hlo

rom

ethan

e [B

DC

M]

75

-27

-4

40

10

0

80

0

30

0

bro

mo

form

7

5-2

5-2

9

3

0

85

75

bro

mo

met

han

e 7

4-8

3-9

5

1

5

45

40

buta

die

ne,

1,3

- 1

06

-99

-0

210

210

3

2.5

carb

on d

isulf

ide

75

-15

-0

70

0

2 0

00

6 5

00

5 5

00

carb

on t

etra

chlo

rid

e 5

6-2

3-5

1

.5

5

15

15

chlo

rine

(Cl 2

) 7

78

2-5

0-5

2

010

20

10

20

10

20

10

chlo

ro-1

,1-d

iflu

oro

ethan

e, 1

- 7

5-6

8-3

5

0 0

00

1

50

00

0

45

0 0

00

40

0 0

00

chlo

rob

enze

ne

10

8-9

0-7

1

0

30

90

80

chlo

rob

enzo

trif

luo

rid

e, 4

- 9

8-5

6-6

1

5

40

10

0

10

0

chlo

rob

uta

ne,

1-

10

9-6

9-3

8

0

25

0

1 5

00

65

0

chlo

rod

iflu

oro

met

han

e

75

-45

-6

50

000

1

50

00

0

45

0 0

00

40

0 0

00



Schedule 3.3


CO

LUM

N 1

C

OLU

MN

2

CO

LUM

N 3

C

OLU

MN

4

CO

LUM

N 5

C

OLU

MN

6

Su

bsta

nce

C

hem

ical

Ab

stra

ct S

ervi

ce

Num

ber

(CAS

)

Ag

ricul

tura

l,

Urb

an P

ark,

R

esid

entia

l U

se S

tand

ard6

C

omm

erci

al

Use

Sta

ndar

d7

In

dust

rial

Use

Sta

ndar

d8

Pa

rkad

e U

se S

tand

ard9

chlo

roet

han

e 7

5-0

0-3

1

0 0

00

3

0 0

00

9

0 0

00

80

000

chlo

rofo

rm

67

-66

-3

10

0

30

0

90

0

80

0

chlo

rom

ethan

e 7

4-8

7-3

9

0

25

0

80

0

70

0

chlo

ronit

rob

enze

ne,

4-

10

0-0

0-5

1

10

2

5.5

5

chlo

rop

hen

ol,

2-

95

-57

-8

10

30

20

0

80

chlo

rop

ren

e 1

26

-99

-8

110

110

110

110

chlo

rop

rop

ane,

2-

75

-29

-6

60

15

0

1 0

00

45

0

chlo

roto

luen

e, 2

-

95

-49

-8

40

10

0

80

0

30

0

cro

tonal

deh

yd

e, t

ran

s-

12

3-7

3-9

2

6

4

0

15

cyan

ide

57

-12

-5

210

3.5

2

5

9.5

cyan

ogen

4

60

-19

-5

10

10

10

10

40

15

cyan

ogen

bro

mid

e 5

06

-68

-3

20

0

55

0

3 5

00

1 5

00

cyan

ogen

chlo

rid

e 5

06

-77

-4

10

0

30

0

2 0

00

80

0

dib

rom

o-3

-chlo

rop

rop

ane,

1,2

- 9

6-1

2-8

1

10

110

2

1.5

dib

rom

ob

enze

ne,

1,4

- 1

06

-37

-6

20

60

40

0

15

0

dib

rom

och

loro

met

han

e [D

BC

M]

12

4-4

8-1

4

0

10

0

80

0

30

0

dib

rom

oet

han

e, 1

,2-

10

6-9

3-4

0

.510

0.5

10

0.5

10

0.5

10

dib

rom

om

ethan

e

74

-95

-3

4

10

35

30

dic

hlo

ro-2

-bute

ne,

1,4

- 7

64

-41

-0

110,1

1

110,1

1

110,1

1

110,1

1

dic

hlo

rob

enze

ne,

1,2

- 9

5-5

0-1

2

00

60

0

2 0

00

1 5

00

dic

hlo

rob

enze

ne,

1,3

- 5

41

-73

-1

60

20

0

1 0

00

50

0

dic

hlo

rob

enze

ne,

1,4

- 1

06

-46

-7

80

0

2 5

00

7 5

00

6 5

00

dic

hlo

rod

iflu

oro

met

han

e 7

5-7

1-8

1

00

30

0

90

0

80

0

dic

hlo

roet

han

e, 1

,1-

75

-34

-3

50

0

1 5

00

4 5

00

4 0

00

dic

hlo

roet

han

e, 1

,2-

10

7-0

6-2

7

2

0

65

55

dic

hlo

roet

hyle

ne,

1,1

- 7

5-3

5-4

2

00

60

0

2 0

00

1 5

00

dic

hlo

roet

hyle

ne,

1,2

- ci

s 1

56

-59

-2

60

20

0

55

0

50

0

dic

hlo

roet

hyle

ne,

1,2

- tr

ans

15

6-6

0-5

6

0

20

0

55

0

50

0

dic

hlo

rom

ethan

e 7

5-0

9-2

6

00

2 0

00

5 5

00

5 0

00

dic

hlo

rop

rop

ane,

1,2

- 7

8-8

7-5

4

1

0

35

30





CO

LUM

N 1

C

OLU

MN

2

CO

LUM

N 3

C

OLU

MN

4

CO

LUM

N 5

C

OLU

MN

6

Su

bsta

nce

C

hem

ical

Ab

stra

ct S

ervi

ce

Num

ber

(CAS

)

Ag

ricul

tura

l,

Urb

an P

ark,

R

esid

entia

l U

se S

tand

ard6

C

omm

erci

al

Use

Sta

ndar

d7

In

dust

rial

Use

Sta

ndar

d8

Pa

rkad

e U

se S

tand

ard9

dic

hlo

rop

rop

ane,

1,3

- 1

42

-28

-9

1

3

20

8

dic

hlo

rop

rop

ene,

1,3

- (c

is +

tra

ns)

5

42

-75

-6

2.5

7

.5

25

20

dic

ycl

op

enta

die

ne

77

-73

-6

110

110

2.5

2

.5

die

thyl

ether

6

0-2

9-7

4

00

1 0

00

8 0

00

3 0

00

dim

eth

yla

min

e 1

24

-40

-3

110

110

110

110

dim

eth

yla

nil

ine,

N,N

- [D

MA

] 1

21

-69

-7

4

10

80

30

epic

hlo

roh

yd

rin

1

06

-89

-8

1

3

9

8

epo

xyb

uta

ne,

1,2

- 1

06

-88

-7

20

60

20

0

15

0

eth

yl

acet

ate

14

1-7

8-6

7

0

20

0

65

0

55

0

eth

yl

acry

late

1

40

-88

-5

8

25

75

65

eth

yl

met

hac

ryla

te

97

-63

-2

30

0

90

0

2 5

00

2 5

00

eth

ylb

enze

ne

10

0-4

1-4

1

00

0

3 0

00

9 0

00

8 0

00

eth

yle

ne

ox

ide

75

-21

-8

10

10

10

10

10

10

10

10

fura

n

11

0-0

0-9

2

6

4

0

15

hex

achlo

rob

uta

die

ne

87

-68

-3

110

1.5

4

3

.5

hex

achlo

rocy

clo

pen

tad

iene

77

-47

-4

110

110

2

1.5

hex

achlo

roet

han

e 6

7-7

2-1

3

0

90

25

0

25

0

iso

pro

pylb

enze

ne

98

-82

-8

40

0

1 0

00

3 5

00

3 0

00

met

hac

rylo

nit

rile

1

26

-98

-7

30

90

25

0

25

0

met

hyl

acet

ate

79

-20

-9

2 0

00

6 0

00

40

000

15

000

met

hyl

acry

late

9

6-3

3-3

2

0

60

20

0

15

0

met

hyl

eth

yl

ket

one

[ME

K]

78

-93

-3

5 0

00

15

000

45

000

40

000

met

hyl

iso

buty

l ket

one

[MIB

K]

10

8-1

0-1

3

00

0

9 0

00

25

000

25

000

met

hyl

mer

cap

tan

7

4-9

3-1

2

10

3.5

2

0

9

met

hyl

met

hac

ryla

te

80

-62

-6

70

0

2 0

00

6 5

00

5 5

00

met

hyl

tert

-bu

tyl

ether

[M

TB

E]

16

34

-04

-4

3 0

00

9 0

00

25

000

25

000

met

hylc

ycl

ohex

ane

10

8-8

7-2

1

50

0

5 0

00

35

000

15

000

met

hyls

tyre

ne,

alp

ha-

98

-83

-9

15

0

40

0

2 5

00

1 0

00

nap

hth

alen

e 9

1-2

0-3

3

9

2

5

25

n-d

ecan

e 1

24

-18

-5

2 5

00

8 0

00

25

000

20

000



Schedule 3.3


CO

LUM

N 1

C

OLU

MN

2

CO

LUM

N 3

C

OLU

MN

4

CO

LUM

N 5

C

OLU

MN

6

Su

bsta

nce

C

hem

ical

Ab

stra

ct S

ervi

ce

Num

ber

(CAS

)

Ag

ricul

tura

l,

Urb

an P

ark,

R

esid

entia

l U

se S

tand

ard6

C

omm

erci

al

Use

Sta

ndar

d7

In

dust

rial

Use

Sta

ndar

d8

Pa

rkad

e U

se S

tand

ard9

n-h

exan

e 1

10

-54

-3

70

0

2 0

00

6 5

00

5 5

00

nit

rob

enze

ne

98

-95

-3

110

110

2.5

2

nit

roto

luen

e, 2

- 8

8-7

2-2

2

5

.5

35

15

pho

sphin

e 7

80

3-5

1-2

1

010

10

10

10

10

10

10

pro

pyle

ne

ox

ide

75

-56

-9

2.5

8

2

5

20

pyri

din

e 1

10

-86

-1

10

0

35

0

1 0

00

95

0

styre

ne

10

0-4

2-5

1

00

0

3 0

00

9 0

00

8 0

00

tetr

achlo

roet

han

e, 1

,1,1

,2-

63

0-2

0-6

1

.5

4

10

10

tetr

achlo

roet

han

e, 1

,1,2

,2-

79

-34

-5

40

10

0

80

0

30

0

tetr

achlo

roet

hyle

ne

12

7-1

8-4

4

0

10

0

35

0

30

0

tetr

ahyd

rofu

ran

1

09

-99

-9

3.5

1

0

30

25

tolu

ene

10

8-8

8-3

5

00

0

15

000

45

000

40

000

tric

hlo

ro-1

,2,2

-tri

fluo

roet

han

e, 1

,1,2

- 7

6-1

3-1

3

0 0

00

9

0 0

00

25

0 0

00

25

0 0

00

tric

hlo

rob

enze

ne,

1,2

,4-

12

0-8

2-1

7

2

0

65

55

tric

hlo

roet

han

e, 1

,1,1

- 7

1-5

5-6

5

00

0

15

000

45

000

40

000

tric

hlo

roet

han

e, 1

,1,2

- 7

9-0

0-5

0

.510

0.6

2

1

.5

tric

hlo

roet

hyle

ne

79

-01

-6

2

6

20

15

tric

hlo

rofl

uo

rom

ethan

e

75

-69

-4

70

0

2 0

00

6 5

00

5 5

00

tric

hlo

rop

rop

ane,

1,1

,2-

59

8-7

7-6

1

0

30

20

0

80

tric

hlo

rop

rop

ane,

1,2

,3-

96

-18

-4

0.5

10

0.9

2

.5

2.5

tric

hlo

rop

rop

ene,

1,2

,3-

96

-19

-5

0.5

10

0.9

2

.5

2.5

trie

thyla

min

e 1

21

-44

-8

7

20

65

55

trim

eth

ylb

enze

ne,

1,2

,4-

95

-63

-6

7

20

65

55

trim

eth

ylb

enze

ne,

1,3

,5-

10

8-6

7-8

3

.5

10

65

25

vin

yl

acet

ate

10

8-0

5-4

2

00

60

0

2 0

00

1 5

00

vin

yl

bro

mid

e 5

93

-60

-2

110

110

3

2.5

vin

yl

chlo

rid

e 7

5-0

1-4

1

3

.5

10

9

VP

Hv

12

N

A1

3

1 0

00

3 0

00

11

500

8 0

00

xyle

nes

, to

tal1

4

13

30

-20

-7

10

0

30

0

90

0

80

0





Not

es

1

All

val

ues

in

g/m

3 u

nle

ss o

ther

wis

e st

ated

. S

ub

stan

ces

mu

st b

e an

alyze

d u

sin

g m

etho

ds

spec

ifie

d i

n t

he

20

15

Bri

tish

Co

lum

bia

Envir

on

men

tal

Lab

ora

tory

Man

ual

, as

up

dat

ed f

rom

tim

e to

tim

e, a

dir

ecto

r’s

pro

toco

l o

r al

tern

ativ

e m

etho

ds

acce

pta

ble

to

a d

irec

tor.

2

V

apo

ur

stan

dar

ds

of

this

sch

edule

are

sp

ecif

ic t

o h

um

an h

ealt

h o

nly

. It

is

the

resp

onsi

bil

ity o

f th

e re

spo

nsi

ble

per

son f

or

the

site

to

en

sure

that

use

of

the

vap

our

stan

dar

ds

of

this

sch

edule

do

no

t co

nst

itute

a s

ignif

ican

t ri

sk o

r haz

ard

to

eco

logic

al h

ealt

h.

3

So

il,

sed

imen

t o

r w

ater

giv

ing

ris

e to

vap

ours

must

be

rem

edia

ted

to

the

app

lica

ble

vap

our

use

sta

nd

ard

fo

r th

e su

bst

ance

. 4

V

apo

ur

stan

dar

ds

app

lied

to

so

il v

apo

ur

may

be

adju

sted

fo

r d

epth

dep

end

ent

atte

nuat

ion a

s sp

ecif

ied

in a

dir

ecto

r’s

pro

toco

l.

5

Vap

our

stan

dar

ds

app

ly t

o w

ater

at

any s

ite,

irr

esp

ecti

ve

of

the

wat

er o

r si

te u

se,

wh

ich g

ives

ris

e to

co

nta

min

ated

vap

ours

. 6

V

apo

ur

stan

dar

ds

agri

cult

ura

l, u

rban

par

k a

nd

res

iden

tial

use

s ap

ply

to

so

il a

t ag

ricu

ltura

l la

nd

use

, urb

an p

ark l

and

use

an

d r

esid

enti

al l

and

use

sit

es,

as w

ell

as

fres

hw

ater

or

mar

ine

sed

imen

t at

sen

siti

ve

sed

imen

t si

tes,

th

at g

ive

rise

to

co

nta

min

ated

vap

ours

. R

esid

enti

al u

se v

apo

ur

stan

dar

ds

app

ly a

t b

oth

res

iden

tial

lo

w

den

sity

lan

d u

se a

nd

res

iden

tial

hig

h d

ensi

ty l

and

use

sit

es,

that

giv

e ri

se t

o c

onta

min

ated

vap

ours

. 7

V

apo

ur

stan

dar

ds

for

com

mer

cial

use

ap

ply

to

so

il v

apo

ur

at c

om

mer

cial

lan

d u

se s

ites

that

giv

e ri

sk t

o c

onta

min

ated

vap

ours

.

8

Vap

our

stan

dar

ds

for

ind

ust

rial

use

ap

ply

to

so

il v

apo

ur

at i

nd

ust

rial

lan

d u

se s

ites

and

to

fre

shw

ater

or

mar

ine

sed

imen

t at

typ

ical

sed

imen

t si

tes

that

giv

e ri

se t

o

conta

min

ated

vap

ours

. 9

V

apo

ur

stan

dar

ds

for

par

kad

e use

ap

ply

to

so

il v

apo

ur

adja

cen

t to

par

kad

es,

irre

spec

tive

of

the

site

use

that

giv

es r

ise

to c

onta

min

ated

vap

ours

. 1

0 S

tand

ard

is

adju

sted

bas

ed o

n t

he

20

16

Bri

tish

Co

lum

bia

En

vir

on

men

tal

Lab

ora

tory

Tec

hn

ical

Ad

vis

ory

Co

mm

itte

e re

fere

nce

anal

yti

cal

det

ecti

on l

imit

fo

r th

e su

bst

ance

. 1

1 S

tand

ard

fo

r th

e su

bst

ance

ap

pli

es t

o t

he

sum

of

cis

and

tra

ns

iso

mer

s vap

our

conce

ntr

atio

ns.

1

2 V

PH

v –

Vo

lati

le P

etro

leu

m H

yd

roca

rbo

ns

in v

apo

ur

incl

ud

es t

he

sum

of

tho

se c

om

po

und

s th

at e

lute

on a

10

0%

po

lyd

imet

hyls

ilo

xane

gas

ch

rom

ato

gra

phic

co

lum

n

bet

wee

n t

he

rete

nti

on t

imes

fo

r n

-hex

ane

(nC

6)

and

n-t

rid

ecan

e (n

C1

3)

min

us

the

sum

of

ben

zen

e, e

thylb

enze

ne,

n-d

ecan

e, n

-hex

ane,

sty

rene,

to

luen

e an

d x

yle

nes

. 1

3 N

A –

no

t ap

pli

cab

le.

No

CA

S n

um

ber

ex

ists

fo

r th

e su

bst

ance

. 1

4 S

tand

ard

fo

r th

e su

bst

ance

ap

pli

es t

o t

he

sum

of

ort

ho

, m

eta

and

par

a is

om

ers

vap

our

conce

ntr

atio

ns.



Schedule 3.4



SCH

ED

UL

E 3

.4

GE

NE

RIC

NU

ME

RIC

AL

SE

DIM

EN

T S

TA

ND

AR

DS1

CO

LUM

N 1

C

OLU

MN

2

CO

LUM

N 3

C

OLU

MN

4

CO

LUM

N 5

C

OLU

MN

6

Su

bsta

nce

C

hem

ical

Ab

stra

ct S

ervi

ce

Num

ber

(CAS

)

Fr

eshw

ater

Se

dim

ent2

Stan

dard

fo

r Sen

sitiv

e U

se4

Fr

eshw

ater

Se

dim

ent2

Stan

dard

fo

r Typ

ical

Use

5

Mar

ine

and

Estu

arin

e Se

dim

ent3

Stan

dard

fo

r Sen

sitiv

e U

se4

Mar

ine

and

Estu

arin

e Se

dim

ent3

Stan

dard

fo

r Typ

ical

Use

5

acen

aphth

ene

83

-32

-9

0.0

55

0.1

1

0.0

55

0.1

1

acen

aphth

yle

ne

20

8-9

6-8

0

.08

0.1

5

0.0

79

0.1

5

anth

race

ne

12

0-1

2-7

0

.15

0.2

9

0.1

5

0.2

9

arse

nic

7

44

0-3

8-2

1

1.0

2

0.0

2

6.0

5

0.0

6

ben

z(a)

anth

race

ne

56

-55

-3

0.2

4

0.4

6

0.4

3

0.8

3

ben

zo(a

)pyre

ne

50

-32

-8

0.4

8

0.9

4

0.4

7

0.9

2

cad

miu

m

74

40

-43

-9

2.2

4

.2

2.6

5

.0

chlo

rdan

e (c

is +

tra

ns)

5

10

3-7

1-9

&

51

03

-74

-2

0.0

055

0.0

11

0.0

03

0.0

057

chro

miu

m

74

40

-47

-3

56

.06

11

0.0

9

9.0

1

90

.0

chry

sene

21

8-0

1-9

0

.53

1.0

0

.52

1.0

cop

per

7

44

0-5

0-8

1

20

.0

24

0.0

6

7.0

1

30

.0

dib

enz(

a,h)a

nth

race

ne

53

-70

-3

0.0

84

0.1

6

0.0

84

0.1

6

dic

hlo

rod

iphen

yld

ichlo

roet

han

e

(2,4

’ +

4,4

’ is

om

ers)

[D

DD

] 5

3-1

9-0

&

72

-54

-8

0.0

053

0.0

1

0.0

048

0.0

094

dic

hlo

rod

iphen

yld

ichlo

roet

hyle

ne

(2,4

’ +

4,4

’ is

om

ers)

[D

DE

] 3

42

4-8

2-6

&

72

-55

-9

0.0

042

0.0

081

0.2

3

0.4

5

dic

hlo

rod

iphen

ylt

rich

loro

ethan

e

(2,4

’ +

4,4

’ is

om

ers)

[D

DT

] 7

89

-02

-6

& 5

0-2

9-3

0

.00

3

0.0

057

0.0

03

0.0

057

die

ldri

n

60

-57

-1

0.0

041

0.0

08

0.0

027

0.0

052

end

rin

7

2-2

0-8

0

.03

9

0.0

75

6

0.0

39

0.0

75

6

fluo

ranth

ene

20

6-4

4-0

1

.5

2.8

0

.93

1.8

fluo

rene

86

-73

-7

0.0

89

0.1

7

0.0

89

0.1

7

hep

tach

lor

and

hep

tach

lor

epo

xid

e 7

6-4

4-8

&

10

24

-57

-3

0.0

017

0.0

033

6

0.0

017

0.0

033

6

hex

achlo

rocy

clo

hex

ane,

gam

ma

58

-89

-9

0.0

008

66

0.0

017

6

0.0

006

1

0.0

012

6

lead

7

43

9-9

2-1

5

7.0

1

10

.0

69

.0

13

0.0

met

hyln

aph

thal

ene,

2-

91

-57

-6

0.1

2

0.2

4

0.1

2

0.2

4





CO

LUM

N 1

C

OLU

MN

2

CO

LUM

N 3

C

OLU

MN

4

CO

LUM

N 5

C

OLU

MN

6

Su

bsta

nce

C

hem

ical

Ab

stra

ct S

ervi

ce

Num

ber

(CAS

)

Fr

eshw

ater

Se

dim

ent2

Stan

dard

fo

r Sen

sitiv

e U

se4

Fr

eshw

ater

Se

dim

ent2

Stan

dard

fo

r Typ

ical

Use

5

Mar

ine

and

Estu

arin

e Se

dim

ent3

Stan

dard

fo

r Sen

sitiv

e U

se4

Mar

ine

and

Estu

arin

e Se

dim

ent3

Stan

dard

fo

r Typ

ical

Use

5

mer

cury

7

43

9-9

7-6

0

.3

0.5

8

0.4

3

0.8

4

nap

hth

alen

e 9

1-2

0-3

0

.24

0.4

7

0.2

4

0.4

7

pen

tach

loro

phen

ol

[PC

P]

87

-86

-5

0.4

7

0.8

7

0.3

68

0.6

98

phen

anth

rene

85

-01

-8

0.3

2

0.6

2

0.3

4

0.6

5

po

lycy

clic

aro

mat

ic h

yd

roca

rbo

ns,

to

tal9

[P

AH

s]

NA

10

10

.0

20

.0

10

.0

20

.0

po

lych

lori

nat

ed b

iphen

yls

, to

tal1

1 [

PC

Bs]

1

33

6-3

6-3

0

.17

0.3

3

0.1

2

0.2

3

po

lych

lori

nat

ed d

ioxin

s an

d

fura

ns1

2 [P

CD

Ds

and

PC

DF

s]

17

46

-01

-6

0.0

001

36

0.0

002

66

0.0

001

3

0.0

002

66

pyre

ne

12

9-0

0-0

0

.54

1.1

0

.87

1.7

zinc

74

40

-66

-6

20

0.0

3

80

.0

17

0.0

3

30

.0

Not

es

1.

All

val

ues

in

g/g

dry

wei

ght

(dw

t) u

nle

ss o

ther

wis

e st

ated

. S

ub

stan

ce m

ust

be

anal

yze

d u

sin

g m

etho

ds

spec

ifie

d i

n t

he

20

15

B

riti

sh C

olu

mb

ia E

nvir

on

men

tal

Lab

ora

tory

Man

ual

, as

up

dat

ed f

rom

tim

e t

o t

ime,

a d

irec

tor’

s p

roto

col

or

alte

rnat

ive

met

ho

ds

acce

pta

ble

to

a

dir

ecto

r.

2

. S

tand

ard

s ar

e sp

ecif

ic t

o t

he

pro

tect

ion o

f fr

esh

wat

er l

ife.

It

is t

he

resp

onsi

bil

ity o

f th

e re

spo

nsi

ble

per

son f

or

the

site

to

en

sure

that

use

of

the

stan

dar

ds

of

this

sch

edule

do

es n

ot

const

itute

a s

ignif

ican

t ri

sk o

r haz

ard

to

hu

man

hea

lth.

3.

Sta

nd

ard

s ar

e sp

ecif

ic t

o t

he

pro

tect

ion o

f m

arin

e an

d e

stuar

ine

aquat

ic l

ife.

It

is t

he

resp

on

sib

ilit

y o

f th

e re

spo

nsi

ble

per

son f

or

the

si

te t

o e

nsu

re t

hat

the

use

of

the

stan

dar

ds

of

this

sch

edu

le d

oes

no

t co

nst

itu

te a

sig

nif

ican

t ri

sk o

r haz

ard

to

hu

man

hea

lth.

4.

Sen

siti

ve

sed

imen

t use

mea

ns

the

use

of

a si

te c

onta

inin

g s

edim

ent

as h

abit

at f

or

sensi

tive

com

po

nen

ts o

f fr

esh

wat

er,

mar

ine

or

estu

arin

e aq

uat

ic e

cosy

stem

s. C

onsu

lt a

dir

ecto

r fo

r fu

rther

ad

vic

e.

5

. T

yp

ical

sed

imen

t use

mea

ns

the

use

of

a si

te c

on

tain

ing s

edim

ent

for

a use

that

is

no

t a

sen

siti

ve

sed

imen

t use

. C

onsu

lt a

dir

ecto

r

fo

r fu

rther

ad

vic

e.

6

. D

eno

tes

a se

dim

ent

stan

dar

d t

hat

is

con

sid

ered

les

s re

liab

le o

r th

at c

ould

no

t b

e fu

lly e

val

uat

ed.

7.

Sta

nd

ard

has

bee

n s

et e

qual

to

the

19

94

Sta

te o

f N

ew Y

ork

, D

epar

tmen

t o

f E

nvir

on

men

tal

Co

nse

rvat

ion c

rite

rio

n f

or

the

sub

stan

ce.

8.

Sta

nd

ard

has

bee

n s

et e

qual

to

the

19

91

Was

hin

gto

n S

tate

, D

epar

tmen

t o

f E

colo

gy c

rite

rio

n f

or

the

sub

stan

ce.

9.

PA

Hs,

to

tal

in s

edim

ent

incl

ud

es:

acen

aphth

ene,

ac

enap

hth

yle

ne,

an

thra

cene,



Schedule 3.4


ben

z(a)

anth

race

ne,

b

enzo

(a)p

yre

ne,

ch

ryse

ne,

d

iben

z(a,

h)a

nth

race

ne,

fl

uo

ranth

ene,

fl

uo

rene,

m

eth

yln

aph

thal

ene,

2-

nap

hth

alen

e,

phen

anth

rene,

an

d

pyre

ne.

1

0.

NA

– n

ot

app

lica

ble

. N

o C

AS

nu

mb

er e

xis

ts f

or

the

sub

stan

ce.

11

. P

CB

s, t

ota

l in

sed

imen

t in

clu

des

the

sum

of

Aro

chlo

rs 1

01

6,

122

1, 1

232

, 12

42

, 1

24

8, 1

25

4,

12

60

, 1

26

2 a

nd

12

68

. 1

2.

Cal

cula

ted

usi

ng d

ata

for

PC

DD

s, P

CD

Fs,

PC

Bs

and

ass

oci

ated

PC

DD

, P

CD

F,

PC

B t

oxic

ity e

quiv

alen

cy f

acto

rs.

Co

nsu

lt a

dir

ecto

r

fo

r fu

rther

ad

vic

e.





SCHEDULES 4 TO 7Repealed. [B.C. Reg. 253/2016, s. 18.]

SCHEDULE 8[am. B.C. Reg. 201/2007, s. 7.]

APPLICATION FOR A CONTAMINATED SOIL RELOCATION AGREEMENT

Notes / Instructions

One (1) application may be completed for a single source site requiring many soil relocations to a single receiving site,provided that both sites are adequately identified and the relocated soils are accurately described.

Anything submitted in relation to this Contaminated Soil Relocation Agreement application will become part of the publicrecord and may be made available to the public through the Site Registry as established under the Waste ManagementAct.

PART ITo be completed by or for the owner of the source site from which contaminated soil is to be relocated.

SECTION A: Source Site Information

1. Name of source site owner:

Last .................................................... First ....................................... Middle Initial(s) ................... (and / or, if applicable)

Company ............................................................................................................................................................................

2. Name of source site contact person:


Company ............................................................................................................................................................................

Mailing Address ..................................................................................................................................................................

City ...................................................................... Province / State ...............................................................

Country ........................................................................ Postal Code / ZIP ....................................................

Telephone (.............) ...............-......................................... Fax (.............) ............-.......................................

SOURCE SITE IDENTIFICATION

Site Identification Number (if available) .........................................................................................................

If Legally Titled, Registered Property

Site Street Address .............................................................................................................................................................

City .................................................................................... Postal Code ......................................................

PID numbers and associated legal descriptions. Attach an additional sheet if necessary.

PID Legal Description

........................................................ ......................................................................................................................

........................................................ ......................................................................................................................

........................................................ ......................................................................................................................



Schedule 8


If Untitled Crown Land

1. PIN numbers and associated Land Description (if applicable). Attach an additional sheet if necessary


........................................................ ......................................................................................................................

........................................................ ......................................................................................................................

........................................................ ......................................................................................................................

........................................................ ......................................................................................................................

........................................................ ......................................................................................................................

OR

1. Coordinates (using the North American Datum 1983 convention) for the centre of the site:

Latitude: Degrees ....................... Minutes .................... Seconds ...........................

Longitude: Degrees ....................... Minutes .................... Seconds ...........................

Please attach a map of appropriate scale showing the boundaries of the site.

(and, if available)

Crown land file numbers. Attach an additional sheet if necessary.

................... ................... ................... ................... ................... ...................

SECTION B: Contaminated Soil Information

1. Soil characterization. Attach an additional sheet if necessary.

• Soil volumes to be relocated in cubic metres (m3).

• Soil test results summary. Include contaminant concentrations and supporting information.

............................................................................................................................................................................................

............................................................................................................................................................................................

............................................................................................................................................................................................

............................................................................................................................................................................................

............................................................................................................................................................................................

2. Soil characterization method. Attach an additional sheet if necessary.

............................................................................................................................................................................................

............................................................................................................................................................................................

............................................................................................................................................................................................

............................................................................................................................................................................................

............................................................................................................................................................................................

3. Current type of soil storage (e.g. stockpiled, in situ) ................................................................................................

4. Soil relocation start date (YY-MM-DD) .....................................................................................................................

5. Estimated completion date (YY-MM-DD) .................................................................................................................

6. Relocation method (e.g. truck, barge, train) .............................................................................................................

7. Number of loads .......................................................................................................................................................





PART II

To be completed by or for the owner or operator of the receiving site to which contaminated soil is to be relocated.

SECTION A: Receiving Site Information

1. Name of receiving site owner / operator:


Company ............................................................................................................................................................................

2. Name of receiving site contact person:


Company ............................................................................................................................................................................

Mailing Address ..................................................................................................................................................................

City ............................................................................ Province / State .........................................................

Country ...................................................................... Postal Code / ZIP ......................................................

Telephone (..............) .................-.................................... .Fax (..............) ..............-.....................................

RECEIVING SITE IDENTIFICATION

Site Identification Number (if available) ..............................................................................................................................

If Legally Titled, Registered Property

Site Street Address .............................................................................................................................................................

City ........................................................................................ Postal Code .................................................

PID numbers and associated legal descriptions. Attach an additional sheet if necessary.

PID Legal Description

........................................................ ......................................................................................................................

........................................................ ......................................................................................................................

........................................................ ......................................................................................................................

........................................................ ......................................................................................................................

........................................................ ......................................................................................................................

If Untitled Crown Land

1. PIN numbers and associated Land Description (if applicable). Attach an additional sheet if necessary


........................................................ ......................................................................................................................

........................................................ ......................................................................................................................

........................................................ ......................................................................................................................

........................................................ ......................................................................................................................

........................................................ ......................................................................................................................

OR



Schedule 8


2. Coordinates (using the North American Datum 1983 convention) for the centre of the site:

Latitude: Degrees ....................... Minutes .................... Seconds ...........................

Longitude: Degrees ....................... Minutes .................... Seconds ...........................

Please attach a map of appropriate scale showing the boundaries of the site.

(and, if available)

Crown land file numbers. Attach an additional sheet if necessary.

................... ................... ................... ................... ................... ...................

3. Receiving site primary land use. Write in one of commercial, industrial, residential, agricultural or urban park. If noneapply, specify the current and anticipated land use.

............................................................................................................................................................................................

4. Relocated soil use at the receiving site (e.g. fill, cover) ...........................................................................

PART III

Contaminated Soil Relocation Agreement: To be completed and signed by all parties.

1. The above information accurately reflects the volume and quality of the soil to be relocated. I know of no regulation,bylaw or other legal restriction which might prohibit the relocation of the soil, as described in Part I, Section B, to theindicated receiving site. Further, I will ensure that all permits, manifests and other regulatory and safety require-ments that may apply are met.

Signature of Source site owner ...........................................................................................

Print name ...........................................................................................

Date (YY-MM-DD) ...........................................................................................

2. I am prepared to receive the soil as described in Part I, Section B on the indicated site described in Part II, SectionA. I know of no regulation, bylaw or other legal restriction which might prohibit the relocation of this soil to this site.The answers provided in Part II are accurate to the best of my knowledge.

Signature of Receiving site owner/operator ...........................................................................................

Print name ...........................................................................................

Date (YY-MM-DD) ...........................................................................................

3. Signature of Director ...........................................................................................

Print name ...........................................................................................

Date (YY-MM-DD) ...........................................................................................

SCHEDULES 9 TO 11Repealed. [B.C. Reg. 253/2016, s. 18.]

Copyright © 2021, Province of British Columbia


environmental management act contaminated sites regulation

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