site remediation at the dixie auto salvage site

HEALTH AND SAFETY PLAN ooeec

Site Remediation atThe Dixie Auto Salvage Site

Prepared for:

Danville, Illinois

SERVICES E.(315)

NY 13«57

General Electric - Dixie Auto Salvage Site Health & Safety Plan

REVISION SUMMARY

REVISION DATE

June 1995

DESCRIPTION OF CHANGES

NA (Original Health and Safety Plan)

REASON FOR CHANGE

NA

O'Brien & Gere Technical Services, Inc.

General Electric - Dixie Auto Salvage Stte Health & Safety Plan

TABLE OF CONTENTS

SECTION 1

SECTION 2

SECTION 3

SECTION 4

SECTION 5

Introduction

1.1 General1.1.1 Covered Personnel1.1.2 HASP Review and Modification

1.2 Site Description1.3 Scope of Work1.4 Project Personnel

Standard Operating Procedures

2.1 Corporate Procedures2.1.1 Personnel Training Assignments2.1.2 Personal Protective Equipment2.1.3 Medical Surveillance2.1.4 Air Monitoring2.1.5 Site Control2.1.6 Confined Space Entry Procedures2.1.7 Excavations2.1.8 Confined Space Procedures

2.2 Site-Specific Protocols

Hazard Evaluation

3.1 Potential Health Hazards3.2 Hazard Identification and Control3.3 Site-Specific Personal Protection3.4 Dust Suppression3.5 Decontamination

3.5.1 Clothing Decontamination3.5.2 Equipment Decontamination

Air Monitoring and Action Levels

4.1 Wind Indicator4.2 Air Monitoring Equipment to be used4.3 Work Area Air Monitoring4.4 Community Air Monitoring

Site Control and Safety Procedures

5.1 Work Zones5.2 Hot Work5.3 Lockout/Tagout5.4 Excavations5.5 Confined Space Entry

PAGE1

14

18



SECTION 6

SECTION 7

FIGURES

Figure 1Figure 2Figure 3

TABLES

Table 1Table 2Table 3Table 4

ATTACHMENTS

Attachment 1Attachment 2AttachmentsAttachment 4AttachmentsAttachment 6Attachment?

5.6 Fall Protection5.7 Housekeeping5.8 Daily Toolbox Meetings5.9 Drum Handling Guidelines5.10 General Worker Safety Rules

Medical Monitoring

6.1 Finest for Respirator Use6.2 Medical Examinations6.3 Heat/Cold Stress

Emergency Response and Contingency Plan

23

25

Emergency Resources (telephone numbers)Emergency Route to HospitalEmergency InventorySafe RefugeFire/Explosion Response PlanPersonal Injury Response Plan7.6.1 Accidents7.6.2 Chemical ExposureEmergency or Accident Report7.7.1 Injury/Illness7.7.2 Fire/Explosioo/Property DamageSpill Control Plan

7.17.27.37.47.57.6

7.7

7.8

Site LocationSite PlanHospital Route

Summary of Potential Health EffectsHazard Identification and ControlWork Area Air MonitoringCommunity Air Monitoring

Air Monitoring Log - Organic Vapors, Oxygen, LELAir Monitoring Log - Dust, DragerHealth and Safety Compliance FormEntry/Exit Log v

Qualitative Fit TestSoil Analysis ChecklistDaily Excavation Checklist

8101517

O'Brien & Gere Technical Serried, Inc.


Attachment 8Attachment 9Attachment 10

APPENDICES

Appendix A

Safety, Work, Flame, Tank Entry & Gas Test PennitSafety/Toolbox MeetingAccident Investigation Form

Summary of Sampling and Analytical Program


SECTION 1

General Electric • Dixie Auto Salvage Site_____________________________Health & Safety Plan

SECTION 1 - INTRODUCTION

1.1 General

This Health and Safety Plan (HASP) has been developed to provide the requirements and generalprocedures to be met by O'Brien & Gere Technical Services, Inc. (OBG Tech) personnel, whileperforming work related to this site. This HASP describes the responsibilities, training requirements,protective equipment, and safety procedures necessary for protection of on-site workers and OBG Techvisitors from exposure to contaminant levels which are greater than published limits. This planspecifies procedures and equipment to be utilized to minimize hazardous material exposures to sitepersonnel as well as measures to be used for decontamination of equipment. This HASP incorporates,by reference, the applicable Occupational Safety and Health Administration (OSHA) requirements in29CFR1910 and 29CFR1926.

The requirements and guidelines in this HASP are based on a review of available information and anevaluation of potential on-site hazards. This HASP will be discussed with site personnel and will beavailable on-site for review while work is underway. OBG Tech personnel, subcontractors, andvisitors will report to the OBG Tech Site Safety and Health Coordinator (SSHC) in matters on healthand safety. While the SSHC is responsible for ensuring compliance with this HASP and stopping workwhen necessary, the Project Supervisor is responsible for implementation of this HASP into daily siteactivities.

1.1.1 Covered Personnel

This HASP is specifically intended for OBG Tech personnel, subcontractors, and visitors whowill be conducting activities within the defined scope of work in specified areas of the site.OBG Tech will inform site personnel, subcontractors, and visitors of potential safety andhealth hazards and the contents of this HASP. The above persons are responsible forcomplying with regulations, client policies, and this HASP applicable to the work that they areperforming. This HASP may be provided to interested parties for informational purposes,however, the HASP is specifically intended for the conduct of activities within the scope ofwork for OBG Tech.

1.1.2 HASP Review and Modification

Future actions that may be conducted at this site and unexpected conditions that may beencountered may necessitate the modification of the requirements of this HASP. The SSHCwill recommend modifications to this HASP, and the Project Coordinator will haveresponsibility for approving them. Modifications to this HASP shall be outlined on theRevision Summary page.

1.2 Site Description (from Work Plan for Site Characterization Studies. June 1995, Colder Associates)

The site is located approximately 3 miles North of Danville and consists of approximately IS acres,with a small workshop and residence located on the Western portion of the site. Figure 1 shows thesite location, the site is bounded by Illinois Route 1 on the West, a ravine on the North, the NorthFork Vermilion River on the East, aad a commercial property on the South. A smaller second ravinebisects the site. Figure 2 shows the site plan. Presently, the residence is occupied, and the work shopis used for small-business operation. The Danville water supply, Lake Vermilion is located on the

O'Brien & Gere Technical Service, Inc.

General Electric - Dixie Auto Salvage Site_________ ___________________Health & Safety Plan

North Fork Vermilion River, approximately 2.5 miles downstream of the site.

During the 1960s, Maurice Parazatka owned and operated "Dixie Auto Salvage" which salvaged usefulmetals from automobiles and industrial waste. A smelter, located behind the work shop, may haveoperated in the 1960s but has since been removed.

Dixie Auto Salvage reportedly accepted wasted, including wire solder, capacitors, transformers,lighting ballasts, and asphaltic wax, from a local GE facility, the wastes were reportedly burned in theSmall Branch Ravine at the site and metal was salvaged from the burned material. Drums, asphalticwax blocks, capacitors, and other debris were also disposed of in the North Ravine. It is reported thaton one occasion, asphaltic wax ignited, and flowed into the North Ravine and the North ForkVermilion River as a liquified mass. The dumping and burning activities reportedly ceased during themid-to-late 1960s. Since that time, soil has apparently been placed in portions of the North Ravine.The North Ravine and upland portions of the site are now heavily wooded.

1.3 Scope of Work

The scope of work includes construction of a waste storage area for temporary storage of waste soiland drums, segregation and contianerize surficial debris, and excavate contaminated soil from each ofseveral identified burn areas. Surficial debris includes burned capacitors, wire, solder, chunks ofsolidified asphalt wax, empty drums, and drums containing solidified asphalt wax. This debris will beloaded by hand into cranes, front loaders, or similar equipment for transport to temporary storageareas, into 20 cubic yard rolloff boxes. Burn areas will be excavated to a depth of one foot for a totalof 167 cubic yards of contaminated soil.

This site-specific HASP addresses the following activities:

• Mobilization/Demobilization• Construction of a temporary waste soil and drum storage area• Collect, segregate, and containerize all surficial debris• Excavation of contaminated soils from bum areas• Decontamination activities

1.4 Project Personnel

Project Manager: Jon Rauschkolb, PE

Project Supervisor: Dave Fams

Corporate Safety Coordinator: Jeffrey R. Parsons, CIH

Project Foreman/Site Safetyand Health Coordinator (SSHC): Dave Farris

The O'Bnen & Gere Technical Services Corporate Safety Coordinator will make recommendationsregarding the work area to the SSHC. Inspections will periodically be conducted to monitor workerhealth and safety and will address issues such as appropriate personal protective equipment (PPE),required air monitoring, decontamination procedures, and construction safety. The Corporate SafetyCoordinator will approve modifications to this HASP.

O'Brien & Gere Technkal Services, Inc.

General Electric - Dixie Auto Salvage Site_______________________________Health & Safety Plan

The Site Safety and Health Coordinator (SSHC) advises the Project Manager and/or ProjectSupervisor on matters of health and safety on the site. The SSHC has the authority to stop work if anyoperation threatens worker or public health or safety. Specific responsibilities of the SSHC include thefollowing:

• Selection and inspection of PPE• Monitors workers for signs of heat stress, cold stress, and fatigue• Conducts periodic surveillance to evaluate effectiveness of the HASP• Monitors on-site hazards and conditions and recommends modifications to the HASP when newhazards are observed.• Informs the Project Supervisor of observed safety deficiencies requiring corrective action• Has knowledge of emergency procedures, evacuation routes, and telephone numbers for emergencyservices• Posts directions to the hospital and telephone numbers for emergency services• Coordinates emergency medical care• Conducts and documents daily safety inspections

The Project Supervisor is responsible for coordinating project requirements between office and fieldpersonnel. The Project Supervisor oversees daily activities of the project and is, therefore, responsiblefor implementing health and safety requirements and following safety procedures. The ProjectSupervisor is also responsible for conducting periodic safety inspections independent of the SSHC andCSC and correcting observed deficiencies.

The Project Manager is responsible for providing upper level management support for health andsafety. They will provide sufficient authority and resources to the Project Supervisor to satisfy healthand safety requirements.

O'Brien & Gere Technical Serrices, Inc.

SECTION 2

General Electric - Dixie Auto Salvage Site_____________________________Health & Safety Plan

SECTION 2 - STANDARD OPERATING PROCEDURES

This Health and Safety Plan (HASP) has been developed in accordance with the requirements set forth in 29CFR Part 1926.65, Hazardous Waste Operations and Emergency Response, and in conjunction with the O'Brien& Cere Technical Services, Inc. (OBG Tech) Hazardous Waste Operations Standard Operating Procedures forOBG Tech's on-site activities. OBG Tech's Hazardous Waste Operations Standard Operating Procedures are inSECTION 4.05 of OBG Tech's Corporate Health and Safety Manual. Other referenced health and safetyprocedures are in the following sections of the Corporate Health and Safety Manual.:

• SECTION 2.02 - Health and Safety Training• SECTION 2.04 - Medical Surveillance• SECTION 3.05 - Confined Spaces• SECTION 4.03 - Airborne Materials Exposure• SECTION 4.04 - Hazard Communication• SECTION 4.05 - Hazardous Waste Operations• SECTION 5.01 - EPA Levels of Personal Protective Equipment• SECTION 5.06 - Respiratory Protection• SECTION 10.06 - Excavations

The purpose of this HASP is to assign site-specific responsibilities, site-specific training requirements, establishsite-specific personnel protective requirements, and to provide guidance for site-specific contingencies that mayarise for OBG Tech and subcontracted employees. In addition to this site-specific HASP, a copy of the OBGTech's Corporate Health and Safety Manual will be kept on site for reference purposes. All OBG Techpersonnel and subcontractor personnel must be familiar with this site-specific HASP and referenced sections ofthe OBG Tech Corporate Health and Safety Manual prior to participation in site activities.

2.1 Corporate Procedures

The following are requirements specified by 29 CFR 1926.65 can be found in the Corporate Health &Safety Manual and are referenced in this HASP.

2.1.1 Personnel Training Assignments

The employee training assignments are found in SECTION 2.02 of the Corporate Health andSafety Manual. The description for the hazardous waste pre-entry briefing can be found in thehazardous waste protocols in SECTION 4.05, PARAGRAPH 4 of the Corporate Health andSafety Manual. Safety/toolbox meetings which provide additional training will also beperformed on-site.

2.1.2 Personal Protective Equipment fPPE)

The EPA definitions of personal protective equipment (PPE) and donning and decontaminationprocedures are found in SECTION 5.01 of the Corporate Health and Safety Manual. The site-specific personal protective equipment can be found in Section 3 of this HASP.

O'Brien & Gere Technical Servkes, Inc.


2.1.3 Medical Surveillance

The Corporate Medical Surveillance program can be found in SECTION 2.04. The site-specific medical surveillance program can be found in Section 6 of this HASP.

2.1.4 Air Monitoring

The corporate air monitoring program and calibration and maintenance procedures for airmonitoring equipment is found in SECTION 4.03 of the Corporate Health and Safety Manual.Site-specific air monitoring information is described further in Section 4 of this HASP. Airmonitoring results will be recorded on Air Monitoring Logs (Attachments 1 and 2).

2.1.5 Site Control

The Corporate Site Control Program is found in SECTION 4.05, PARAGRAPH 9. HazardousWaste Protocols of the Corporate Health & Safety Manual. The site-specific site controlprogram can be found in Section 5 of this HASP. ALL employees and subcontractors mustsign the Health and Safety Compliance Form (Attachment 3) prior to conducting work on site.If work is classified as hazardous waste operations per 29CFR1926.6S, then the SSHC shallrequire all employees, subcontractors, and visitors to complete Entry/Exit Logs (Attachment 4).

2.1.6 Respiratory Protection

The Corporate respiratory protection program is found in SECTION 5.06 of the CorporateHealth and Safety Manual. Site-specific references to respirator use are included in Section3.3 of this HASP. The use of negative pressure half or full-face respirators requires anacceptable fit test within the last 12 months and documented on the OBG Tech Qualitative FitTest form (Attachment 5) or equivalent.

2.1.7 Excavations

The Corporate excavation safety procedure is in SECTION 10.06 of the Corporate Health &Safety Manual. Site-specific instructions for excavation safety are included in Section 5.4 ofthis HASP. Mandatory Soil Analysis Checklist and Daily Excavation Checklist are inAttachments 6 and 7, respectively.

2.1.8 Confined Space Entrv Procedures

The Corporate Confined Space Entry Procedure is found in SECTION 3.05 of the CorporateHealth and Safety Manual. Site-specific confined space entry information is included inSection 5.5. A Safety, Work, Flame, Tank Entry, & Gas Test Permit (Attachment 8) must becompleted prior to entry.



2.2 Site-Specific Procedures

The following are the sections required by 29 CFR 1926.65 that can be found in this HASP. Section 3includes the hazard identification and hazard control. Air monitoring procedures are included inSection 4. Section 5 outlines the site control measures and safety procedures. Section 6 includes theon-site medical monitoring program. Section 7 includes on-site emergency response procedures


SECTION 3

General Electric - Dixie Auto Salvage Site _____________________________ Health & Safety Plan—••̂ ̂ ^ ___., .^ ̂ ̂ ^^ »^ ~ «^^™-wi^^ *.^__«_——— .^—^^•M_^-____«M^.

SECTION 3 - HAZARD EVALUATION

3. 1 Potential Health Hazards

In addition to site-specific training on hazards outlined in the corporate hazardous waste operations inprogram in SECTION 4.0S of the Corporate Health & Safety Manual, the SSHC is also responsible foradministering the Corporate Hazard Communication Program. The Hazard Communication Programrequires that all employees are informed about the hazards associated with chemicals used on the joband the location of the material safety data sheets (MSDS) for all materials brought on-site. The OSHAHAZWOPER standards (29CFR1910.120 and 1926.65) require that site personnel, subcontractors, andvisitors are informed of chemical hazards associated with the site. Health haza. d information for sitechemical hazards is summarized below and in Table 1.

3.1.1 Toxicology

Previous inspections and site assessments conducted in 1994 identified PolyChlorinatedBiphenyls (PCBs) in composite and individual samples of soil and waste materials. Lead wasalso detected at elevated levels in surficial soil and groudwater. Sampling and analytical dataare presented in Appendix A.

Lead dust may damage several organs or biological systems, such as the liver, kidneys,central nervous system, and reproductive system. Symptoms of acute lead-contaminated dustexposure will be similar to normal dust exposure which includes eye, nose, and throatirritation when dust levels approach or exceed OSHA limits. However, long-term exposure tolow concentrations of lead can result in gradual accumulation in the body which mayeventually lead to adverse health effects. Although the duration of exposure is comparativelyshort for this project, dust control procedures and safe work practices will be used to reducethe already low exposures that are anticipated.

PCBs, which are a type of SemiVolatile Organic Compound (SVOC), were detected in somesediment and soil samples. Short-term (acute) effects of exposure to these compounds are thesame as those associated with exposure to general dust which may include eye and upperrespiratory tract irritation at high ambient dust levels. The primary long-term (chronic) healtheffect associated with exposure to PCBs is a potential increase for the risk of developingcancer.

O'Brien & G«re Technkal Services, Inc.


TABLE I - SUMMARY OF POTENTIAL HEALTH EFFECTS

Chemical

Lead

PCBs

Ixicutiou

Soil, sediment, water

Debris, soil, sediment,water

PEL1

0.05 mg/m'

1 .0 mg/m'

IDLII

100 mg/m'

10 mg/m'

Characteristics

Soil/dusl

Soil/dusl, waxy solid,conlamiiiled debris

Routes ofExposure

InhalationIngestion

InhalationIngeslionContact

Symptoms of Exposure aud HealthEffects

Target organ effect* to liver, kidneys,nervous system, and repioduclivesystem.

Target organ effect* to liver andreproductive system. Skin contactmay cause chloracne. l^mg-icriiiexposure may cause cancer.

1 An appeal* court decision forced OSHA to revert Ihe PELa published in 1989 to the PEL* published in 1971. The PEL* listed here reflect Ihe 1971 PEL* wilh 1989 PEL* li*led inparentheses: mg/m' - milligrams per cubic meter of air, f/cc - fiber* per cubic centimeter of air.

O'llrien & Cere Technical Services, Inc.


3.1.2 Exposure Pathways

Possible exposure pathways are inhalation of contaminated dusts: accidental ingestion ofcontaminants; and skin contact with contaminants.

Based upon anticipated site activities and prudent safety and hygiene practices during sitework, ingestion of site contaminants is unlikely. Hazardous skin contact with PCBs is alsounlikely because of their low concentrations and the use of PPE. lead dusts do not represent ahazardous skin exposure at this site. The primary route of exposure is inhalation of PCB andlead-contaminated dusts. However, inhalation of airborne dusts approaching the OSHA PELsis unlikely because of natural ventilation of the work area, safe work practices, PPE, and/orair monitoring.

3.2 Hazard Identification and Control

Hazards and their respective controls for each work task or phase are outlined below in Table 2.Hazards are generally divided into two categories, exposure to chemicals and hazardous materials andsafety/physical hazards. Safety/physical hazards are generally construction-type hazards such aselectrical shock, slips/trips/falls, and material handling. Chemical hazards are further segregated bytheir routes of exposure that may cause adverse health effects. If a hazardous material will not causeadverse health effects via skin contact, then "contact with contaminants" will not be listed under the"hazards" column.

Hazard controls generally consist of following specific safety procedures, training (i.e. toolbox safetytopics, etc.), engineering controls (i.e. mechanical ventilation of confined spaces), air monitoring, andPPE. OBG Tech employees and subcontractors are required to use personal protective equipment(PPE) appropriate to their work task and potential exposures as outlined in Section 3.3 of this HASP.

The levels of PPE assigned to each activity below are based on available information and represent anestimate of exposure potential and appropriate protective equipment. The SSHC may revise theselevels in accordance with SECTION 4.05. PARAGRAPH 12, of the OBC Tech Corporate Health andSafetv Manual and Section 4 of this HASP.

O'Brien & Ore Technical Services, Inc.


TABLE 2 - HAZARD IDENTIFICATION AND CONTROL

Operation/Tasks Hazards Hazard Control

MOBILIZATION/DEMOBILIZATION

General Site Worked performingnon-intrusive activities includingmobilization, equipment set-up.

1. Safety/Physical Huardi-Noise-Use of Heavy Equipment-Overhead/buried Utilities-Heal sues*-Manual lifting of supplies-Electrical (during setup of utilities andequipment)

-Slips/trips/falls-Exposure to poisonous plants, insects, andsnakes.

1. Level D PPE2. Hearing protection is required at ALLtimes while operating equipment OR whennoise interferes with talking while personsare less that 5 feel apart.3. Use trained operators, laborers, andelectricians4. Stay 20 feet from overhead/undergroundutilities5. Use GFCI's on all outlets/circuits6. Follow proper lifting guidelines

-Keep load in close to the body-Keep hips and shoulders aligned (notwisting)

-Maintain stability (keep a balancedposition)

-Think and plan difficult lifts7. Review symptoms and controls for heatstress:

-Drink fluids regularly (NOT coffee,soda, etc.)

-Take breaks periodically to prevent heatstress

-Look for symptoms of heat stress incoworkers

8. Be able to identify hazardous plants.insects and snakes commonly found in thearea.9. Maintain housekeeping daily

CONSTRUCTION OF TEMPORARY WASTE SOIL AND DRUM STORAGE AREA

Operator 1. Potential for contact with contaminated dustsand debris2. Safety/Physical Hazards

-Noiae-Use/exposure to heavy equipment-Utilities (underground/overhead)-Heal Stress-Slips/trips/falls

1. Level D PPE when involved in non-intrusive activities or when handling cleansoils and debris; OR Modified Level DPPE when involved in intrusive activities orwhen handling potentially contaminatedmaterials.2. Identify and mark all utilities. MaintainOSHA-required clearance to all overheadutilities.3. Hearing protection is required at ALLtimes while operating equipment.4. Use trained/experienced operators5. Dust control procedures as specified inSection 3.4 of this HASP.6. Review symptoms and controls for heatstress as outlined forMobilizarion/Vemobilizaaon.7. Maintain housekeeping daily.8. Review hand signals for safe operation ofheavy equipment, including cranes.

10 O'Brien & Gere Technical Services, Inc.


Operatioa/Tasks

Laborer

Hazards

1 . Potential for contact with contaminated dustsand debris2. Safety/Physical Hazards

-Same as for Mobilization/Demobilization;plus

-Manual lifting of equipment and supplies

Hazard Control

1. Same as for Construction of TemporaryWaste Soil and Debris Soil Storage Area;plus2. Follow proper lifting guidelines specifiedunder Hobilizariont'Demobilizarion task

COLLECT. SEGREGATE. AND CONTAINERIZE SURFICIAL DEBRIS

Operators

Laborers

1 . Same as tor Construction of TemporaryWaste Soil and Drum Storage Area (Operators);plus2. Drum handling

1 . Same as for Construction of TemporaryWaste Soil and Drum Storage Area (Laborer),plus2. Drum handling

EXCAVATION OF CONTAMINATED SOILS FROM BURN AREAS

Operators

Laborers/Operator*

1 . Potential for inhalation of contaminated dusts2. Contact with contaminated dust/soil3. Safety/ Physical Hazards:

- Same as for Construction of TemporaryWaste Soil and Drum Storage Area(Operators).

1 . Potential for inhalation of contaminated dusts2. Contact with contaminated toil, dust, anddebris3. Safety/Physical Hazards

- Same as tor Construction of TemporaryWaste Soil and Drum Storage Area'Laborer)

1. Same as for Construction of TemporaryWaste Soil and Drum Storage Area(Operators!; plus2. Review drum handling procedures andspill control plan in this HASP

1 . Same is for Construction of TemporaryWaste Soil and Drum Storage Area(Laborer); plus2. Review drum handling procedures andspill control plan in (his HASP

1 . Same as for Cjnstruction of TemporaryWaste Soil and Drum Storage Area(Operators/; plus2. Conduct air monitoring per Section 4 ofthis HASP (Upgrade/Downgrade PPE asnecessary).

1 . Same as for Construction of TemporaryWaste Soil and Drum Storage Area(Laborer); plus2. Conduct air monitoring per Section •* ofthis HASP (Upgrade/Downgrade PPE isnecessary).

DECONTAMLNATION ACTIVITIES

Laborer/Operator 1 . Contact with contaminated tools, equipment,and decontamination water.2. Safety/Physical Hazards

-Noise-Bums from steam/hot water Of used fordecontamination)

-Injuries from high pressure water spray fifused for decontamination)

-Exposure to heavy equipment-Heat stress

1. Modified Level D PPE and faceshield2. Hearing protection3. Review symptoms and controls for heatstress as outlined forMobilization/Demobilization.4. Review SOPS/operaling instructions fordecontamination equipment



3.3 Site-specific Personal Protection

The site-specific persona! protective equipment is to be used in accordance with the protocols inSECTION 5.01 of the Corporate Health and Safety Manual. These procedures include the definitionsof the EPA levels of protection, as well as donning and decontamination procedures. The site-specificpersonal protective equipment is listed below.

Level D PPE

Modified Level D PPE

Level C PPE:

Level B PPE:

Safety glasses with side shields, hard hat, safety shoes, and hearingprotection.

Level D PPE and coveralls, nitrile gloves, and boots or shoe covers(faceshield is included for decontamination activities using pressure washingor steam or while handling drums that contain liquids)

Coveralls: Uncoated Tyvek* when exposed to dirt/dustspoly-coated Tyvelc* when exposed to light or moderateamounts of overspray. Saranex* -coated Tyvek* ifoverspray exposure is heavy. SSHC will select based onsite conditions.

Outer Gloves: Nitrile Gloves(Note: Work gloves dedicated to che exclusion zone may beused over the nitrile gloves)

Modified Level D PPE plus an air purifying respirator. Half-face or full-facerespirators with organic vapor/HEPA combination cartridges should be usedfor PCB and lead exposure.

Modified Level D PPE plus self-contained breathing apparatus (SCBA) orsupplied-air respirator. Positive pressure, full-facepiece SCBA or positivepressure, supplied-air respirator with escape SCBA are the only approvedrespirators for Immediately Dangerous to Life and Health (IDLH) or oxygendeficient atmospheres. Refer to Table 1 for guidance on IDLHconcentrations.

3.4 Dust Suppression

The SSHC shall implement one or more of the following dust control measures if dusty conditions areobserved:

• Wetting building surfaces and debris• Spraying water on buckets when excavating and dumping contaminated soil or debris• Hauling materials in properly tarped or watertight container• Modifying work practices, such as reducing the size and/or number of demolition activities.• Restricting vehicle speeds to 10 mph.• Applying water to haul roads.



3.5 Decontamination

The site-specific personal protective equipment decontamination procedures are to be used inaccordance with the protocols in SECTION 5.01 of the Corporate Health and Safety Manual.Presented below are the site-specific decontamination procedures.

Personnel working in the Exclusion Zone will be required to enter and exit the work area through thedecontamination area (i.e. Contamination Reduction Zone). Personnel engaged in vehicledecontamination will wear protective equipment including appropriate disposable clothing andrespiratory protection and will also decontaminate prior to leaving the decontamination area. TheSSHC will determine the appropriate location for the decontamination area.

3.5.1 Clothing Decontamination

In general, decontaminating protective equipment will involve scrubbing heavily soiled bootsand gloves, rinsing gloves and overboots with soap (i.e. Alconox*) and water.Decontamination procedures will be conducted at the end of the each day. If the ExclusionZone is left at times during the work day, boots and gloves will be left at the decontaminationarea on plastic sheeting. Following decontamination, disposable items are to be disposed of indry, impermeable containers.

3.5.2 Equipment Decontamination

Equipment and vehicles used in the Exclusion Zone to handle contaminated materials willundergo decontamination procedures in the decontamination area prior to leaving the Site. TheSSHC will document that each piece of equipment has been decontaminated prior to removalfrom the Site. The decontamination procedures will include:

• Movement of equipment to the decontamination pad• Removal of heavily-caked material with brushes or shovels• Triple-rinsing with high pressure water or steam• .Air-drying of equipment

13 O'Brien & G«re Technical Servkes, Inc.

SECTION 4

General Electric • Dixie Auto Salrage Site_____________________________Health & Safety Plan—————————————————————————————————————————————————————————————

SECTION 4 - AIR MONITORING AND ACTION LEVELS

Air monitoring is to be performed in accordance with SECTION 4.03 of the Corporate Health and SafetyManual, Airborne Materials Exposure, and SECTION 4.05 of the Corporate Health and Safety Manual,Hazardous Waste Operations. Presented below is the site-specific information. The purpose of air monitoringis to verify the adequacy of PPE being used and to evaluate new hazards or changing site conditions.

4.1 Wind Indicator

Wind direction will be monitored each day of on-site activities by using a portable wind indicator(sock).

4.2 Air Monitoring Equipment to be Used—~-~ — ————~~~

VOCs Photoionization Detector (PID) with 10.2 eV lamp

Dust: Direct-Reading Dust Monitor (MiniRam or equivalent)

Unless drums containing potentially hazardous material have been previously evaluated, the followingadditional equipment will be required during drum handling:

Combustible Vapors/Oxygen Combustible gas/Oxygen Meter (also known as an "O:/LEL Meter")

Radiation Radiation Survey Meter

4.3 Work Area Air Monitoring

The following describes the methods and parameters to be used for PPE upgrades and work cessation.The action levels for total organic vapors are readings above background (upwind) sustained for 1minute with a PID detector calibrated to isobutylene. Combustible gas/oxygen meter will be requiredfor entry into confined spaces, including excavations > 4 feet.

14 O'Brien & G«re Technical Serrices, Inc.

General Electric • Dixie Auto Salvage Site Health & Safety Plan

TABLE 3 - WORK AREA AIR MONITORING ACTION LEVELS

Vf<*hod - Contaminant

Ptt) - Toxic Vapors (VOCa)

O,/LEL Meter - CombustibleVapors

O./LEL Meter - Oxygen

Radiation Survey Meter -Radioactive Materials

Frequency

1 . Prior 10 handling drumscontaining unknown materialsthat may be hazardous.(NOTE: measurement! shouldbe taken in the breathing zone)1. When odors are encounteredor changing sice conditionsaffect hazards.3. Prior lo and continuousduring confined space entry.(i.e. excavations >4 ft. andtanks) NOTE: Excavations(but not trenches) where aroad or ramp provides accessare NOT generally consideredconfined spaces.

1 . Prior 10 handling drumscontaining unknown materialsthat may be hazardous.(NOTE: measurements shouldbe taken around and insidedrums)2.Prior to and continuousduring confined space entry(i.e. excavations >4 it. andtanks)

1 . Prior to handling drumscontaining unknown materialsthat may be hazardous.'NOTE: Oxygen measurementsmust always be taken withcombustible gasmeasurements.)2. Prior to and continuousduring confined space entry(i.e. excavations >4 ft. andtanks).

1 . Prior to handling drumscontaining unknown materialsthat may be hazardous.

Action Level

lOppm

ISO ppm

l.OOOppm

10% LEL

19.5% to 23.5%

(air is normally20.8%)

> 1 mRem abovebackground

SSHC Action

1 . Increase to Level C PPE or use controlsto reduce VOC concentrations below 10ppm.2. Conduct community air monitoringper Section 4.4 of this HASP.

I . Increase to Level B PPE or use controlsto reduce VOC concentrations below 250ppm.2. If measured in a confined space, consultwith the Corporate Surety Coordinator priorto confined space entry.3. Continue community air monitoringper Section 4.4 of this HASP.

1. STOP work and use ventilation, coven,vapor suppressants or other controls toreduce VOC levels below 1.000 ppm2. Continue community air monitoringper Section 4.4 of this HASP.

1. STOP work2. Use ventilation or other controls toreduce combustible vaoors. to keep com.vapors <10% LEL3. Handle drums that contain combustiblevapors with extreme caution and inaccordance with this HASP.

1 . STOP work2. Use ventilation to restore acceptableoxygen levels OR use Level B PPE.3. Notify the Corporate Safely Coordinatorprior to confined space entry under oxygendeficient conditions.

1. Notify SSHC of drum containingpotentially radioactive material.2. Segregate and label drum as beingradioactive material until additional analysisindicates otherwise.


General Electric • Dixie Auto Salvage Site Health & Safety Plan

VfMhnH . rnntamiiKiRt

SSHC Observations - Dust

SSHC Observations - Odors

Frequency

Continuous

Continuous

Action Level

Dusty conditions

Strong, irritating,or "unusual*odors.

SSHC Action

1. If dust is observed leaving the site, thendust controls must be implemented oradditional controls used.1. If dust controls fail to prevent dustemissions from leaving the site, then STOPwork and notify the Senior ProjectSupervisor.

1. Measure for VOCs as outlined above.2. If VOC measurements are acceptable butodors are still strong or irritating, STOPwork until source is identified or use LevelB PPE.3. If odors are detected at the feocetineAND may result in public exposure.STOP work immediately, and take VOCmeasurements at the fenceline per theCommunity Air Monitoring Plan.

4.4 Community Air Monitoring

Real-time monitoring for volatile compounds and paniculate levels at the perimeter of the work areawill be performed when required based on work site activities and work area air monitoring. Perimetermonitoring will be conducted for VOCs when work area air monitoring exceeds 5 ppm or odors aredetected at the fenceline. Dust monitoring will be conducted periodically during excavation ofcontaminated materials. Community air monitoring requirements are outlined in Table 4. Regardlessor instrument measurements, observations of dust leaving the site or odors at the fenceline will requiremodification of work practices or implementation of controls to protect the public.

16 O'Brien & Gere Technical Servkes, Inc.


TABLE 4 - COMMUNITY AIR MONITORING ACTION LEVELS

Type

VOCi (tiling PID)

Paniculate*

Frequency

1. 10 ppm or more abovebackground it sustained for 1minute at the perimeter of thework area per Section 4 J ofthis HASP.2. When odon are detected atthe fcnceline.

NOTE: Monitoring will beperformed within 20 feet of theperimeter of the nearestresidential or commercialstructure.

1 . Periodically downwindduring excavation ofcontaminated material* baaedon site activitiea andenvironmental condition*.2. Immediately uponobserving dust migrating off-site or potentially migratingoff-site.

Action Level

1 ppm above backgroundsustained for one minute

150 ug/m'

Action

i . STOP work and continueto monitor.2. Contact Corporate SafetyCoordinator for appropriateaction.3. Notify the Proj. Supv.4. Work may continue whenconcentrations detected by thePID are reduced to below 1pp: i AND odors are notdetectable at the fenceline.

1 . Monitor the upwindbackground levelimmediately.2. If the working site dustmeasurement is greater than100 ug/mj above background.then dust suppressiontechniques will beimplemented (e.g. using watersprays, covering excavatedmaterials and areas)3 . If visible dust is migratingoff-site and monitoring i*acceptable, initiate or increasedust controls.


SECTION 5

General Electric - Dixie Auto Salvage Site____________________________Health & Safety Plan

SECTION 5 - SITE CONTROL AND SAFETY PROCEDURES

The elements of site control include restricting access to the site to persons trained in safety procedures, the'buddy* system, site communication, and site security. Procedures for site control can be found in SECTION4.04, PARAGRAPH 9 of the Corporate Health and Safety Manual. Only approved, trained personnel will beallowed to enter the Exclusion Zone and Contamination Reduction Zone. Personnel must understand this HASPand the potential on-site hazards before being allowed on site. Work areas and procedures may be modified bythe SSHC on the basis of prevailing site conditions.

Site security and control at individual work sites will be maintained by the SSHC. Responsibilities will includelimiting access to the site to authorized personnel, providing oversight of project equipment and materials, andproviding general oversight of site activities. Work zones will be identified by temporary fencing, barricadetape, postings, or equivalent depending on the needs associated with individual work sites.

The SSHC or Project Supervisor will clearly layout and identify work areas in the field and will limitequipment, operations and personnel in the areas as defined above prior to initiation of site activities.

5.1 Work Zones

A site plan is included as Figure 2. Work zones are defined as follows:

• Exclusion Zone - The Exclusion Zone is the area where the contamination exists and the potentialphysical and chemical hazards primarily exist. Personnel entering the Exclusion Zone must be wearingthe proper personal protection. At a minimum, there must be two site personnel within view of eachother while working in the Exclusion Zone. Personnel must exit the Exclusion Zone. The ExclusionZone must be clearly indicated on site.

• Contamination Reduction Zone - The Contamination Reduction Zone is the transition area betweenthe Exclusion Zone and the Support Zone. Equipment and personnel decontamination is conducted inthe Contamination Reduction Zone in accordance with Section 3.5 of this HASP. Personnel performingequipment or personnel decontamination should be wearing appropriate personal protection.

• Support Zone - The support facilities, including the field offices and sanitary facilities are locatedwithin the Support Zone. Emergency telephone numbers are be posted in this area. Eye wash stations,first aid kits, and fire extinguishers should also be located in this area.

5.2 Hot Work

5.2.1 ALL hot work (i.e. welding, cutting, grinding, or any other activity which mayinvolve flames or sparks) must be identified and approved on the OBG Tech Safety,Work. Flame, Tank Entry, & Cos Test Permit in Attachment 8. Permits are issueddaily by OBG Tech Supervisors or Foremen.

18 O'Brien & Cere Technical Services, Inc.


5.2.2 OBG Tech personnel will implement the following fire prevention practices at aminimum ;

A. Housekeeping - ALL debris and construction materials shall be disposed orstored such that they do not pose a fire hazard or obstruct traffic. Allmaterials shall be stored in a safe condition.

B. Specify an individual to be a fire watch and be responsible for periodicallyinspecting the site for evidence of fire or fire hazards associated with hotwork activities.

C. Write the name of the fire watch on the Hot Work Permit. Changes in firewatch persons must immediately be noted on the permit.

D. Continue fire watch activities for 30 minutes after hot work activities havestopped.

E. All combustible material must be removed from the hot work area whenpossible or protected from sparks and slag.

F. All hot work areas shall be specified on the Hot Work Permit. Hot workshall NOT be conducted in additional areas without first notifying the OBGTech Supervisor/Foreman and revising the permit.

5.2.3 Additional fire safety precautions may be specified on the permit and must also beimplemented by OBG Tech personnel.

5.3 Lockout/Tagout

All line/pipe breaking and operation of electrical power (or any other system) must be identified andapproved on the OBG Tech Safety, Work, Flame, Tank Entry, & Gas Test Permit (Attachment 8).

5.4 Excavations

All excavations greater than 5 feet deep require completion of a "Soil Analysis Checklist" and "DailyExcavation Checklist" in Attachments 6 and 7. Excavations greater than 5 feet in depth are considereda confined space and require completion of an OBG Tech Safety, Wort, Flame, Tank Entry, <t GasTest Permit (Attachment 8) prior to entry.

5.5 Confined Space Entry

The OBG Tech Confined Space Entry procedure in SECTION 3.05 of the Corporate Health & SafetyManual must be followed and a Safety, Work, Flame, Tank Entry, &. Gas Test Permit (Attachment 8)must be completed prior to entry.



5.6 Fall Protection

5.6.1 OSHA-approved methods of fall protection are required under the followingconditions:

A. An employee is working 6 feet or more above the ground.

B. An employee is working within 6 feet of an unprotected edge of a floor/wallopening or roof.

C. An employee is involved in assembly/disassembly of scaffolds, workplatforms or temporary surfaces.

5.6.2 The SSHC must discuss deviations from this requirement with the OBG TechCorporate Safety Coordinator.

5.7 Housekeeping

The site shall be maintained in a clean and orderly condition at all times. Construction areas shall befree of waste materials, debris, and rubbish to the extent that is feasible. Waste materials, debris, andrubbish shall periodically be removed from the site and properly disposed off-site as required by siteconditions and activities.

5.8 Safetv/Toolbox Meetings

At a minimum, safety/toolbox meetings must be held weekly for OBG Tech employees andsubcontractors. Task-specific safety /toolbox meetings for non-routine or high hazard tasks should alsobe conducted with OBG Tech personnel assigned to those tasks. The following agenda should beaddressed:

5.8.1 All attendees are to sign in on the Safety/Toolbox Meeting form (Attachment 9).5.8.2 The day's work activities and/or task-specific work activities are to be reviewed and

any safety considerations identified are to be discussed.5.8.3 The previous day's work activities are to be reviewed and any safety considerations or

deficiencies are to be discussed.5.8.4 Document safety topics or deficiencies on the Safety/Toolbox Meeting form.

5.9 Drum Handling Guidelines

5.9.1 Extreme care will be exercised in opening drums or other sealed containers in whichthe contents may be harmful to sampling personnel. When practical, a drum will notbe moved or opened unless the drum appears to be structurally sound.

5.9.2 Drums will be opened in such a manner that excess interior pressure, as evidenced bybulging or swelling, has been safely relieved. If pressure cannot be relieved from aremote location, appropriate shielding will be placed between sampling personnel andthe drums to reduce the risks of injury.



5.9.3 All drums that cannot be moved without rupture, leakage or spillage will be emptiedinto a DOT approved 85 gallon salvage drum using a portable hand pump (for liquidwastes) or a hand shovel (for solids and sludges).

5.9.4 Drums shall be moved by grappler, non-metallic slings, within a backhoe bucket orfront-end loader, or by other means that will minimize damage to containers andrelease of contents therefrom.

5.9.5 Additional overpack units, in addition to those required to overpack the drums, shouldbe provided on site adjacent to the staging area and each active excavation area.

5.10 General Worker Safety Rules

Workers will be expected to adhere to the established safety practices for their respective tasks. Theneed to exercise caution in the performance of work is made more acute due to weather conditions andrestrictions in mobility, peripheral vision, and communication caused by the personal protectiveequipment. To enhance site safety, the following general worker safety procedures have beenestablished.

5.10.1 Smoking in work areas is prohibited.

5.10.2 Eating, drinking, chewing gum, chewing tobacco and application of cosmetics in workareas is prohibited, except in specifically designated areas.

5.10.3 In any unknown situation, always assume the worst conditions and plan responsesaccordingly.

5.10.4 Employ the buddy system when appropriate. Be alert.

5.10.5 Minimize contact with contaminated materials. Avoid breathing chemical odors. Stayupwind of the containment source if possible. Do not expose skin to water,chemicals, or soil. If one becomes dirty or wet with contaminated fluids, clean upimmediately using plenty of water. Plan work areas and decontamination zones, anddevelop safety procedures to minimize exposure to contaminants.

5.10.6 Hands must be washed before eating, drinking, and before using toilets.

5.10.7 Avoid heat, cold, and other work stresses related to wearing the protective gear.Work breaks should be planned to prevent stress-related accidents or fatigue.

5.10.8 Maintain monitoring systems. Conditions can change quickly if subsurface areas ofcontamination are penetrated.

5.10.9 Withdraw from a hazardous situation to reassess procedures and consult with theSSHC.

5.10.10 Showers will be required when deemed necessary by the SSHC.

21 O'Brien & Gere Technical Servkes, Inc.


5.10.11 Project personnel should check for any personal habit which may allow contaminatedsoil or water onto or into the body. No jewelry except medial alert ID's may beworn. Watches should be carried in a pocket. This requirement may be modified atthe discretion of the SSHC.

5.10.12 Be aware that chemical contaminants may mimic or enhance symptoms of otherillnesses or intoxication. For this reason, consumption of alcohol and working whenill are prohibited.

5.10.13 Maintain Personal Protection Equipment. Check it daily to ensure that it is clean andin good working order.

5.10.14 Follow the procedures set forth in this Health and Safety Plan. Notify the SSHC ifthere is a need to change the health and safety procedures.

22 O'Brien & Gere Technical Set-rices, Inc.

SECTION 6


SECTION 6 - MEDICAL MONITORING

The OBG Tech's medical surveillance program has been developed in accordance with the requirements setforth in 29 CFR 1926.65 and can be found in SECTION 2.04 of the Corporate Health and Safety Manual. Thisprogram has been designed to provide baseline medical data for each employee involved in hazardous wasteoperations and to determine his/her ability to wear personal protective equipment, such as chemical resistantclothing and respirators. Subcontractors are required to have equivalent medical surveillance.

6. 1 Fitness for Respirator Use

Employees who may wear respiratory protection must be provided respire ors as regulated by 29 CFR1926. 103 and 29 CFR 1910. 134. This Standard requires that an individual's ability to wear respiratoryprotection be medically certified before he/she performs designated duties. Where medicalrequirements of 29 CFR 1926.65 overlap those of 29 CFR 1910. 134, the most stringent of the two willbe enforced.

6.2 Medical Examinations

Medical examinations are administered on a pre-employment and annual basis and as warranted bysymptoms of exposure or specialized activities. The medical facility that conducts OBG Tech'semployees hazardous waste examinations is administered by a board-certified physician. Theexamining physician is required to make a report to OBG Tech of any medical condition which wouldplace OBG Tech's employees at risk of wearing a respirator, wearing other personnel protectiveequipment, or working with hazardous materials. OBG Tech maintains OBG Tech's site personnelmedical records in accordance with OSHA regulations.

6.3 Heat/Cold Stress

The timing and location of this project may be such that heat/cold stress could pose a threat to thehealth and safety of site personnel. Work/rest regimens will be employed as deemed necessary by theSSHC so that OBG Tech and subcontracted personnel do not suffer adverse effects from heat/coldstress. Special clothing and an appropriate diet and fluid intake will be recommended to all on-sitepersonnel to further reduce these temperature-related hazards. Site workers should stop work, notifythe SSHC when they observe symptoms of heat stress in themselves or co-workers. Heat stressmonitoring of personnel wearing protective clothing should commence when the ambient temperature is70°F or above. To monitor the worker, one of the following methods should be employed:

A. Heart rate should be measured by the radial pulse for a 30 second period as early aspossible in the rest period. If the heart rate exceeds 1 10 beats per minute, shorten thenext work cycle by one-third and keep the rest period the same. If the heart rate stillexceeds 1 10 beats per minute at the next rest period, shorten the following cycle byone-third.

23 O'Brien & Cere Technkal Services, Inc.

General Electric - Dixie Auto Salrage Site_____________________________Health & Safety Plan

B. Oral temperature should be measured at the end of the work period (before drinking).If oral temperature exceeds 99.6°F, shorten the next work cycle by one-third withoutchanging the rest period. If the oral temperature still exceeds 99.6°F at the beginningof the next rest period, shorten the next work cycle by one-third. Do not permit aworker to wear a semi-permeable or impermeable garment when his/her oraltemperature exceeds 100.6°F.

Work/rest schedules must be altered to minimize the potential for cold stress. Cold stress is defined asa decrease in core body temperature to 96.8 degrees Fahrenheit and/or cold injury to body extremities.Decreases in core body temperature are associated with reduced mental alertness, reduction in rationaldecision making, or loss of consciousness in severe cases. Symptoms of cold stress include pain inextremities (i.e. hands and feet) and severe shivering. If workers experience these symptoms, then stopwork and implement the following controls

A. Workers must don adequate dry insulating clothing

B. Adjust the work/rest schedule to increase the amount of rest/rewarming time


SECTION 7

General Electric • Dixie Auto Salvage Site_________________________Health A Safety Plan

SECTION 7 - EMERGENCY RESPONSE AND CONTINGENCY PLAN

This emergency response section details actions to be taken in the event of site emergencies. The SiteSafety and Health Coordinator (SSHC) is responsible for implementation of emergency responseprocedures.

7.1 Emergency Resources (to be posted on site)

Emergencies encountered on this site will be responded to via off-site emergency services. Thefollowing master phone list will be prominently posted at the site command post.

EMERGENCY RESOURCES

Person or Agency Phone Number

Fire 911Bismark Community Fire Protection District

Ambulance 911

Police 911

Hospital (217-443-5221) 911United Samaritans Medical Center, Logon Campus

OBG Corporate Safety Coordinator 315-437-6400 (W)

7.2 Emergency Route To United SfnMHilTIP.T M****̂ Center (to be posted on site)

(Refer to Figure 3.)

Site located on ILLINOIS ROUTE 1.

Turn LEFT onto ILLINOIS ROUTE

Go approx. 2 MILES to Danrille where ROUTE 1 BECOMES VERMILLION STREET

Proceed SOUTH to the 800 BLOCK of VERMILLION STREET

Turn WEST onto FAIRCHILD

Go STRAIGHT to LOGAN AVENUE (about 10 BLOCKS)

Hospital is located on the SOUTHWEST CORNER of LOGAN and FAIRCHILD



7.3 Emergency Inventory

In addition to those items specified elsewhere, the SSHC will maintain the following equipment andprotective clothing in the event of emergencies:

• Emergency eye-wash bottles• First aid/Blood-bome pathogens kit• Fire extinguishers• Three complete sets of protective clothing (coveralls, gloves, boot covers, etc.)• Air horns

7.4 Safe Refuge

The Support Zone will serve as point of safe refuge. Air horns will be kept in the Support Zone, onheavy equipment, and in other locations designated by the SSHC. If an air horn is sounded, all on-sitepersonnel must return to the Support Zone. DO NOT LEAVE SITE VEHICLES OR EQUIPMENTON ACCESS ROADS SUCH THAT EMERGENCY RESPONSE VEHICLES MAY BEOBSTRUCTED. The SSHC or designee will determine if all site personnel are accountable using theSite Entry Log.

7.5 Fire/Explosion Response Plani

All fires or explosions must be reported to the OBG Tech Corporate Safety Coordinator. A fire thatcan not be readily extinguished with a fire extinguisher will be considered major and will requireevacuation of the work area personnel to safe refuge areas per Section 7.4 of this HASP. The SSHCwill notify the local Fire Department and will coordinate with fire emergency personnel as to theselection of protective clothing as necessary. If personal injuries result from any fire or explosion, theprocedures outlined in the Personal Injury Response Plan (see Section 7.6) will be followed.

7.6 Personal Iniurv Response Plan

7.6.1 Accidents

Treatments for minor injuries will be provided on site using available first aidsupplies. In the event of serious injuries, first aid should be administered by anyavailable personnel on site who are certified in basic first aid and/or CPR afterobtaining the permission of the injured party. Major injuries, including puncturewounds to the head, chest and abdomen, serious head/spinal column injuries, and lossof consciousness due to heat stress must be treated at the hospital. To the extentfeasible, personnel with major injuries will undergo emergency decontaminationconsisting of washing, rinsing, and/or removal of outer clothing. All other injuriesrequire standard decontamination.



7.6.2 Chemical Exposure

Personnel having skin contact with contaminated liquids or soils shall be flushed withwater and any wet or soiled clothing removed. These personnel shall be observed bythe SSHC to ascertain whether there are any symptoms resulting from exposure. Ifthere exists any visible manifestation of exposure such as skin irritation, projectpersonnel will be examined by a physician. Episodes of obvious chemicalcontamination are to be reviewed by the SSHC in order to determine whether changesare needed in work procedures.

If inhalation occurs, personnel will be removed from the contaminated atmosphere.Artificial respiration and transportation to the nearest hospital will be provided ifnecessary.

If ingestion occurs, personnel will be evaluated by a physician.

7.7 Emergency Reporting

Any emergency or accident will be reported to the SSHC. The OBG Corporate Safety Coordinator willreview all emergency or accident reports and may further investigate any such report if necessary. TheOBG Tech Corporate Safety Coordinator will see that the area officer of OSHA is notified should theemergency cause five or more personnel to be injured and transported to the hospital, or if there is afatality.

7.7.1 Injury/Illness

An Accident Investigation Form (Attachment 10) must be completed for all injuries orillnesses, even if they appear minor. The form must be completed or reviewed by theSSHC. It will include, but is not limited to, the nature of the problem, time, location,and corrective actions taken to prevent recurrence. This report must be completedand sent to the OBG Tech Corporate Safety Coordinator within 24 hours.

27 O'Brien & G«re Technical Services, Inc.

General Electric - Dixie Auto Salvage Site______ ______________________Health & Safety Plan

7.7.2 Fire/Explosion/Property Damage

Upon occurrence of any fire, explosion, or other property damage in excess of$1,000, the SSHC must notify the OBG Tech Corporate Safety Coordinator within 24hours and submit an Incident Report within three days. The Corporate SafetyCoordinator may assist in writing the Incident Report which should be organized inthe following format:

A. Background Information (Facts) - List information in chronologicalorder. Information should consist of first-hand observations andevents that are known to have occurred.

B. Analysis - Describe what appears to have happened as supported bythe background information.

C. Causal Factor(s) - Identify unsafe conditions or acts which directlyresulted in the incident.

D. Contributing Factors - Identify unsafe conditions or acts whichwere necessary for the incident to occur but did not directly causethe incident.

E. Recommendations - Assign each recommendation to the appropriateperson(s) along with completion dates.

7.8 Spill Control Plan

A major spill is not anticipated at this site. Should a spill of any type occur, the SSHC should reportthe spill immediately to General Electric and notify spill response personnel. On-site personnel shouldimmediately secure the area to prevent unauthorized entry into the spill area. The SSHC must evaluatethe extent of the hazard(s) and if available, utilize engineering controls and proper safety equipment tocontain the spill until response personnel are on-site. If the chemical spill may cause fire, explosion,death, or serious injury, then the SSHC should evacuate the site, commence accountability for sitepersonnel at the Safe Refuge area, and coordinate with spill response personnel when they arrive.

28 O'Brien & Cere Technkal Services, Inc.

IOWA / UICH.

MISSOURI

VICINITY MAP

SOURCE: USGS 7.5 MINUTEQUADRANGLE MAPNW DANVILLE, ILL..PHOTOREVISEb 19/8.

SITE PLAN

2400 0 2400V

SCALE IN FEETCLIENT/PROJECT

GE/DANVILLE/IL

DRAWN- CHE REV1EWE WTE' 5-22-95 AS SHOWN

Chicago, IllinoisFIIE NAME

8231101

TITLE

SITE LOCATION MAP

JOI NO ----- -—— OWO'NO953-8231

FIGURE

SMALLER BRANCHRAVINE

AREA WITH OBSERVABLEDRUMS. CAPACITORS.ASPHALT WAX ANDMISC. DEBRIS

200 0 200

APPROXIMATE SCALE IN FEET

Chicago, Illinois

me

SITE PLAN

CUENT/MOUCCT NAP

GE/DANVILLE/ILfm\

oat 5-21-95SCALE AS NOTEDRLE NMIC 8231103

JMMa 953-8231MG

ncuftc NO.

1 .Snider

_a_

HarmAlan Strip Mine ~" V

LEGEND

a Geo FeatureA Park

US HighwayAirfield

Population CenterStreet, RoadHwyRamp

. Major Street/Road

> US HighwayRailroad

River

Intermittent River

Land Mass

Scale 1:56250 (at center)

I 5000 Feet______j

. 3000 Metre______

FIGURE 3: Hospital RouteMag 13.00Wed Jun 14 08:20:34 1995

[ j Open Water

Air Monitoring Log-Organic Vapors (ppm) C7GRIEN5GEBE

TGC:-NICAL SE.~VCZ5

Date:

Job Number:

Background:

Project Name: Projec: Location:

SSHC:Wind Direction: Temperature:

Activities:

Time Location Background Initial Acrual

Revision: 12/30/94. (File Name: AIRVAPOR.FR.Vn

5 i-OSiDuii.

LJS TSONJCAL SERVICES

Date:

Job Number:

Background:Instrument:

Prajec: N"a.-ne: Proiec: Location:

SSEC: !Wind Direcdon: Temoencure:Serai No.:

Acrivities:

Time Location Dust (rag/ra3) Drager (ppm) (Type)

Revision: ll'3C.'9i ,j;|e Xarr.:

Accachmenc 3

Health ar.d Safer/ ?!ar. Co

Project Nair.e:Projec: Number:

This is to cenify that I havsHealth ar.d Safer/ Plan rurr.

- NA.VE

npiiance

^^: ^

QERIENSGEHL

: read, fully understand, and agree :o conclv fullv :v& the attached.shed to aie by O'BRIEN i GERE TECHNTC.\l'sER VICES. INC.

SIGNATURE

•'

COMPANY DATE !

i '•

1 !

|!

Revision: 12/29/94 (F-ie Nacis: KSPCOMP.-RM)

Attachment 4

ENTRY/EXIT LOGM QDniENGGERE

ILU U JIUAI. L.UHVICLS

Site:

Date:

Niinic Conipiiny TimeIn

TimeOut

Reason

l tcvi>i»i i : 01/03/95 (File Name: I:N 11< Yl I Hi I - K M )

Attachment 5

OL'ALITATTVE FIT TEST

TSCI-NICAL SERVICES

Name:

Cornpanv:

Respirator Brand:

Size:

Procedure: ___ Irritant Smote ___ Banana Oil

NOTE: Failure in any one of the following exercises indicates unacceptable respirator fit.

1- ____ Positive and negative fit test

2. ___ Breath normally

3. ___ Tun head side to sice

4. ___ Nod head

5. ___ Jog in place

6. ___ Breath normally and read the following:

When the sunlight strikes raindrops in the air, they act like a prism" and fora arainbow. The rainbow is a division of white light into many beautiful colors.These cake the shape of a long round arch, with its path high above, and its cwoends apparently beyond the horizon. There is, according :o legend, a boiling potof gold at one end. People look, but no one ever finds it. When a man looks forsomething beyond his reach, his friends say he is looking for the pot of gold atthe end of the rainbow.

Test performed by: Date:

lUvision: 01,03.95 (F-U Xaa-.«: FnTS5T.=S.\0

Actachment 5

ee: Nurroer:

•Vher- .vas :-.a

ixcavation _ing:h: £xcavaticn '.Vie::;:

3art:c!e rvpe: fine grained (cohesivel

Water cancicans: WetSurfacs .vstsr :r»sent

3r«viouslv :is:ursed JOiis:

Jncergrou.id jalices:t ves. .vnat TVP«>

Layered ioiis? .Vaw.- 7*, m :;10,, „„ rc/r.-w* IOK .-/»«.

VISUAL.7=37

Granular (sand/silt or gravel!

Crv Seeping WaterSu emerged

-Jvjrsd soils dipping into txcavation:

ixcavation exposed to vibracons:If ves. from what?

C;ack iika openings or toailings observed:

i

MANUAL ~ZS

Cohesive Nan-canssiv*

srrsrg:.-:

Watir :srr:es :i !s:av

NC7S: "he '2i!o-.vin . . .

Thurro Te»t jsad ;o etrimata -jncanfirec :sr'or»ssiv» str*nctft if sshwiva soil:

«s: aarrcrmad: Yes Mo

A • soii ipciniae bv :nurrc v»it!i var/ jreat *ffar:

i voa 3 • soil :nc*-:iG iv thurro witn ioma effort

. vcs C • soil *as;iv :*netrat«d sevtral inc.-.sa :v tnurro .vi:.̂ .irte or r.o irfort.if 30:1 s iusmargao. iaeeing -.vatar. »ucj«ctaa :a turaea vva:8r. runoff. «xoo«ed :a wectng.

<netromater ir anearvane <sao :a isr.rra:! jncanrmec ;crrof»s»v« iirsngtn or :anesiva ions:

serfomad: Yss Cavicsi 'jtad:

r-/pa A • soil -.vn^ :amors»»va s»trgth af 1.5 :».' Jr gr«a:sr

"voe 3 i:n ..-csnfined st?»rg:."i jrsatsr :r? :sf jnd '«ss -nan ' .3 :sf

Type C • so:i -.vi;.-! .-conf:nad jcrrsrs$»iv« itriRgtn sf 3.5 :jr or :«ssIf soii :* jucrrjr-sc. seiamg -.vatsr. 4ub:*e:td :s lurfaca watsr. -unoff. «xaosed :a

NOTE: 7ypa A - no soii Is type A if soil '.* "saurvd. subject ta vibration, previously disturbed, layered dipping into excavation on a slope of 4HMV.

SOIL CLASSIFICATION

Stadia Rock v/0« A Typ. 3. i vca w

S6L5C7ICN OF ?«OT5CTIVg SYSTEM 'Appendix F)

Siooing IAco*rdix 31 s :?•::?•/ ing!* Aluminum hydraulic shoring 'Acoendix C)

Timbar shoring •Ao9«ncix C'. Trench snield Maximum depth in this soil:

Revision: 01,03/95 (FiU Na.-r.s: SOtL.\NAL..=R.\n

! 3f°i««: ' 1 Jroiect .'Jurroer:

-ate: [ Time: 1 Comoetent Person:

Soil Tvpe:

Soil Classification: | =xC3Vaocn Oeaw: | ixsavanon .Vicvv

! Type of Protective Svstsm 'Jseo:

rxcavanon entrants:=^==r=

Time 'n Tim* Cue Parameter

'̂ !.«?G«4i

c. ns.sn-::̂ )VolatHes i<5 :ami

Cther

P.-s-cntrv Initial hours hours hours | hoursi

1

1

|

Y«* Ho \ M/A 1 Descristion

GENERAL INSPECT1CN CF J03S!"

=.Tslovess src:ec:sd from cave-ing and loose-oox jr soii :.-:a: isuid 'ail or roil into !h«ixcavaticn

1 3;c.is. na:»r:2:j. jrs *c.u:s."rer: set 5acx 2t1 *3s: 2 its: •:;.-•• -r.s jcgs of :r.t excavaac.i

Waikwavs 3ra :Hcgss over ixc^vaoons ar»eauioced -.vita scarcara yjarcraiii and:oeooarss

Aasauats signs havs been ;os:sd andbarricades providaa

WET CCNCITiCNS

3rtC3L::ors :ax«n :s ;ro:se: jr-sioveti 'rorr;:r-a accur-vi!a;:on if .vater

_surrscs -.vats.' jr runoff 3iver;sa jr contrsiltc :a isrevent accurruiacon in the excavation

'nsoecrsn -nace aftsr every -ainstarm or »tft*r-^ajars :.ncrsasir5 ocsurr-ncs

VIEANS CF ACCESS AWC £33:33

.ac:«r :r -arrs egress no jrsatsr :han IS :««t

'.adders used secured and extended 3 featabove :ht edge 3f the trencn

Sarrss canstrucisd 3f materials at uniformthickness. :.'eatsd ragstfter sn tha boRem,eauicoed .vi:n -o-j!io surface

:rrclovees srorsc:ed from cave-ins whanentering it »xi::rj rhe excavation

Ye* . No N/A Oescriction

'J-TUTTES

Uaiirv jsrrsaries jontacta: ird.'cr jClitss:oca:;c *nc Tiarxid

1 Overseas ::3rsrrissicn iinss jrs -j:ja jr^j :.'S03!j::cr.i :2<sn :i ensure :r.ac jsuicr---:! joes -c: :c.~-e tn :on:3c: .vi;n :;?•«—

J~ii::es :r:ssi.*!g t."s ixcsvarcr. »vi53cr:j-3from accve. arc cro;;c:jc ;r:m railing r?at«r:2ixis:

'Jncarg.-turs ns:3ilaaors :rs!ecr*c.fuccortid. or .-errovea .vn;n ;xc3vadon s3pen

HAZAaCCUS ATVtCS?-=3=

i

Air ..-i :.~e *x:3vat:on :«s;ec ;:r ixv;sn

joniarrirants

V<nt:la::cn :r suoaiied Jir jsea .n jtmoscn-rsstontairirg :sss tnan '3.: "> axygsn ana.'crithsr tazarccus iuostance

Ven::ia::cn s.-oviced :a <ees '.:L beto* "C"^

:rnsr;ar;v ecjisnent avaiiacle .vrerena!ar=:us 9tmosoner«s ;ou:d :r :o exist

Safer/ harness and lifetina -jsed indindividually attended when entering beilboram ir other jeeo confined excavations

OTHES COMMENTS:

R«viiion: OI.-03/95 ,F!e Nirr.r: EXCAVATS.rRM)

U bKitiN d Ucrtt f ECHNICAL SERVICES. INC.SAFETY. WORK, FLAME. TANK ENTRY & GAS TEST PERMIT

PROJECT: PRCJ. NUMBER:LOCATION OF WCRK: PLANT: BUILDING: FLCOR:DESCRIPTION OF WCRK TO 3E PERFORMED:

SPECIAL SAFETY PRECAUTIONS TO BE OBSERVED:

HAZARD COMMUNICATION: Wen crew jueervisor and all won raw personnel have teen notified of csemical s and snysicat hazards in the work area. jMSOS location, safety equipment recursd arc emergency tnwuctons. Work personnel have been instructed to report any unsafe or unusual conditions. !A pra-tntry is required for confined space entry. ________ _____________________________________ !

ChSCX 3ACH CU6ST1CN: YIS .NO of Net Aceaeaae NO Ccnfln cs snry• Hava vaivti a««n jootrtv ui :je«ta ana ••ii «l«esic SMH lacxea oo«n' "•« 'cai j:ir:»r rjeai

craannea c^" Srrt Susurvncr's MUMTI tauormr* tttt">

saaneramao. sajrec sr :_-;-2"1

' Cjn »oin<» icon* mjc«nii ji vienr/ »wcri i

• H« a cnnriBV anaflnq 61• HM fad gretecscn fiean oravicaa fcr -ATOTX acove -5''-"M "Soil Anaiyct Once UiT :ttn cstr.ae.K 'cr jxcaviocm'

• HM "Patty £*cav«Bon C)*ck LJjf :«n carc-et«a fsr T;O» >

v£CwOinon ts usa ino runcars *?uocgn* ^aif-'aca 'woratcr Vaeor aeor =n _-?ra

rui-tacs t̂soraior VanolsOQfl SsuicnitRtfife Sxcncuirer

CcattaTyvtK* SutVmviSut LacctriScaffsid •amars A acn»

Canmuvcaeen =sr'ttoc Aoren

Virvi Glovts r;--e:r; isuerrtrt

_:exem aeacicaen « Lscxi;* PS. • Racuraa? .""ra-Crry 'n(!ai 1HOU- JHoui

3S=cm

'Acre Comcietea? Yessut srottcson Has :s*r -»r-cvec" No Equioment can :e clacsc :nto servica? Yes • No

removed by: Ttmt: Date:

Permit AuthorizationCcnncorAgent:Succcntraccr

1 WWFikecspAd 1INTRY REQUIRES

AUTHORIZATION FROMTHE ENTRY

SUPERVISOR

PERMIT Ouraticn |FROM: DATE / /TO: OATS / /

TIME: iTIME: :

RETURN A COPY TO THE CORPORATE SAFETY COORDINATOR WITH IN 1fl_DAYS OF EXPIRATION

O'Brien & Gere Technical Services. Inc.5000 Bnttontisid ?k'.vy. East Syncuse, Mew York 13057 - 315-437-6400 - Fax: 315-437-9800

31101/95

Attachment 9

SAFETY/TOOLBOX MEETING

...W

DATE: PROJECT NUMBER:

PROJECT LOCATION:.

CONDUCTED BY:

EMPLOYEE NAME

Safety Meeting Topic(s):_

COMPANY Social Security 4

Comments:

Revision: 01/03/95 (Fib MUM: TOOL30X.FR.\0

C.O UOAl !Ui> CUK.Vl

iuu- '̂-jni: -1U .jna :auit he Ska out "e -as nnoioven .'.Una.- iuqetviMf. » roftsun. Mine .V.A. «x :ppuc=ole, ;« -.lose -,-jsa*i»K9 .o r.o( ;»0iv -a :Me. Wnte •„„. •.„„„»,„. M ..at.. k=cw. ..^ j^-jg,,,, |(Bal fof al]_, .^ ;J m Mflll

A 3L.V.S «.. Vra , ^jer-Buon of -.is j,eiu«n[ oo ie MM. jcawict av JUORUIMR ca csmhucni -jut ™y !a.e :«ufl<MUtf :o OK

LMf'.OMCS 3 » f i

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»E.\JO>5 TOR UTUT '-v« 00>E O« WAS r AILED TO JI 00*1

.'.•wnn :r tui >.-«»a «><«I>-JMII

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! Iinl'oc pundmt ! V.-«RWBH

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Miant UM«r

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'.TKllillKH '' fM* X U«t» J«»M1 i

;jnv«uun •aoM -via rcnonil -anoivat »J f.

CXti 7>'rE • TO it Fillip IN BY SAftTY COOKOIMATOR

D-

ACC!CEXT.FRMi

APPENDIX A

SUMMARY OF SAMPLING AND ANALYSIS PROGRAM

953-6231

Table 1Summary of Sampling and Analysis Program

Sampling Task

Soil Impacts

Surface Water

Creek/River Sediment

Infilled Ravine

Residential Watts

Monitoring Wells

location

SMeWde

Site Wide

Follow-Up

Fottow-Up

North Ra««ne

Vwmihon River

North Ravine

Veini*on River

Vermilion River

Vermilion River

Veiiiukon River

Test Trench

Seep

Burns Residence

On Silu

On-SHe

Media

Soil

Son

Soil

Soil

Water

Water

Sediment

Sediment

Sediment

Sediment

Sediment

Fill

Leachate

Croundwater

GiOundwaloi

Soil

Depth(fl)

0 0 - 0 5

0 0 - 0 5

0 0 - 0 5

>05

••

--

00 - 0.5

0 0 - 0.5

0.5-1.0

1.0-1.5

1 5 - 2 0

Up to 30

•-

ScreenedInterval

ScreenedInterval

ScreenedInterval

Numbeis of Samples for Analytical Method Indicated12*TCL

VOCs8240/8260

0

10

0

0

3

3

3

9

3

3

3

3 10 5'"

1

0

5

0

SVOCs8270

0

0

0

0

3

3

3

9

3

3

3

3I0511'

1

0

5

0

PCBs8080

IjX)

0

UN

UN

3

3

3

16

3

3

3

3 to 5

1

0

5

0

TAl.Lead6010

100

0

UN

UN

3

3

3

16

3

3

3

3to5(1)

1

1

5

0

TOO"1

4152

0

0

0

0

0

0

3

21

3

3

3

0

0

0

0

5

Grain SizeASTM D422

0

0

0

0

0

0

3

21

3

3

3

0

0

0

0

5

Data QuahlyObjectives0'

III

IV

III

III

IV

IV

IV

IV

IV

IV

IV

III

IV

IV

IV

III

Notes:Indicates not applicable.

UN * Unknown.(1) Level of Supporting Documentation, as per U.S. EPA Guidance for Conducting RI/FS Under CERCLA.(2) All analyses by U.S. EPA SW046 methods, except as noted.(3) Extraction procedure by US. EPA SW846 method 1311.(4) TOG analyses wiM be performed at DQO Level III.

(J1008427 XLS/enip) Colder Associates

4. ANALYTICAL RESULTS

Analytical results zz the initial site assessrr.e:zr. August 13, 1594. are presentee ir. Table 4-1. The laboratorydata summary package and data validation memorandum are locatedin Appendix B. ?CSs wera detected in all samples collected, andwere highest in a soil sample iST5 collected from the front yardof the Burns residence '.230 rng/ksi . Other elevated levels werefrom one burn area >S£i and from tne asphalt wax -.S4), at 15 and13 mg/kg, respectively. The highest levels cf lead, 1,700 and580 T.g/icg, vere from turn area samples S€ and S5, respectively.

Additional samples collected August 20 and 31. 1994, wereanalyzed under TT-D Mo. T35-9408-514. Analytical results for thesamples are presented in Table 4-2 ;solids and soils) and Table4-3 (waters:. The laboratory data summary packages and datavalidation memoranda are located in Appendix C. Elevated levelsof lead and ?CSs occurred in samples from Pits 5. 13, and 14,with the highest levels of lead occurring in sample =13-3 at149,CCO me/kg. in addition to elevated lead levels, sample FS-3also exnibited elevated levels cf carium at 3.070 mg/k:c. Severalof the samples exhibiting elevated _ead levels wer^'a-so analyzedfor TCL? lead. Samples ?S-o. =13-3, and P14-15 exceeded the TCL?regulatory limit of"5.0 mg/L.

Water sample P14-GW was determined to contain detectable levelsof ?C3s. xCHA rr.etals. and four volatile organic compounds. Ofthe metals, lead was ueuacted at 370 mg/L. It snculd ce r.ctedthat the sample prepared for metals analysis was unfiltered.Trace levels cf barium and lead were detected in satnoie GW-i,which was collected from the Burns well. The levels cf leaddetected ir. the Burns well exceeded 'J.S. SPA Maximum ContaminantLevel Goal MCLG; cf zero. No PCSs cr volatile organic compoundswere detected in the sample. The distilled water blank 3W-2!had no detectable levels" cf ?C3s cr volatile organic compounds,and had trace levels cf arsenic and lead.

Table 4-1 |

AHALYTICAL RESULTSINITIAL SITE ASSESSMENTDIXII AUTO SALVAGEAugust 18, 1994

SampleP^afi *• **«•« a f* * ** **L» ca *<£«.* a w« w*«

SIS2^ »

S4

S5So

S7

S3

raramecer

?C3mg/Xg)

3.313

13

1.5IS

2800.81

Total Lead(tna/fca)

40283132

5301,700

150160

TCL? Lead(tng/L)

NAMANANA

2.1

15.0*

NANA

NA * Noc analyzed

• Value above TCL? regulacory limit of 5.0 mg/L for lead.

Source: Qualify Analytical Labs, Lisle.TDD No. T05-5408-304*)

Illinois (TAT Analytical

4-2

c c

Table 4-2

ANALYTICAL RESULTSSOIL AND SOLID SAMPLESDIXIE AUTO SALVAGEAUGUST 30-31, 1994

I'd i cimeLer

Metals (mg/kg)ArsenicHa r i urnCadmiumChromiumLeadMercury

SeleniumSilverTCLP Lead*(mg/L)

PCBs (mg/kg)Aruclor 1242Aroclor 1248Aroclor 1254

Sample DesignationP5-3

8.3

3,070

4.7

45.2

12,000

0.24

ND

0.51

0.12

ND

19

NDND m Not detected at method c

Fb b

a. 'j148

7.2

52.9

3, 240

0. 17

ND

1 .2

9.8

ND

21

8.5

PS - 1 0

y. 1153

23.4

55.1

7,890

ND

ND

5.5

NA

ND

0.74

ND

l>8 )

<>.y107

I .0

14.1

98.8

ND

ND

ND

NA

ND

ND

ND

l»l 1- J

2 I . -1

74 .0

8.8

46.3

149,000

0.53

ND

33.3

62

ND

73

ND

I'13-fc

6.4

87. 1

1 .0

25.2

198

ND

ND

ND

ND

ND

4

ND

PI 4 Ib

\\t .a

226

25.4

75.0

21,400

ND

ND

4.7

160

ND

0.37

ND

1JI4 20

!!..!,

IbO

2B.O

1 19

8. 6?iO

0.40

0 . (,'_.

4 .9

NA

ND

7 1

NDetection limits.

UW-Y.IKl

/ /1J4 .4

1 . »

17.3

655

NO

Ml)

ND

0.12

ND

0 7H

ND

NA = Not analyzed.* TC1.P Regulatory Limit tor lead is 5 imj/l.Source: IfA Laba, Schaumburg, Illinois, (Analytical TDD No. T05-9408-814)

4 3

Table 4-3

ANALYTICAL RESULTSGRODNDWATXR SAMPLESDIXIE AUTO SALVAGEAUGUST 31, 1994

parameter

Metals img/L)ArsenicSariumCadmiumChromiumleadMe r cur-/SeleniumSilver

PCSs (ag/L)Volatile Orsanics(-g/LJAcetcr.eratall . 2 -Dichiorcether.eMethviene chlorideTrichloroethvlene

Sample Oesigr.aticn ;F14-GW(Pit)

1.2

17

1.3?.4

270

0.0023

ND0.1170

28

69

13

GW-1(Burr is Well:

ND0.19ND

ND0.019*

ND

ND

NDND

ND

NDND

ND

GW-2 j(Blank) '!

i

O.OC5 1

• ND ;NT ..!

NT ':

o.coa:ND

ND :

ND iND i

I.I

NT

ND

ND i

ND !

MD = Net detected at method detection limits.

* Exceeds E?A MCL3 for lead ir. drinking water (zero)

Source: TEA Laos. Schaumfcurg, Illinois (Analytical TTD No. TOS-9408-514;

4-4

site remediation at the dixie auto salvage site

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