zimmerman resume 1-5-16

PROJECT ROLESenior Project Scientist EDUCATIONAssociate of Science in Environmental Science and Toxicology; Gateway Community Technical College, 1997Water Management Certificate, Connecticut Water Works Association, Gateway Community Technical College, 1998REGISTRATIONS / CERTIFICATIONSLicensed Asbestos Inspector: Connecticut, Maine, Massachusetts, New Hampshire, New York, Rhode Island, VermontAHERA Certified Inspector: New JerseyDOT 49 CFR 172.470 (a) and {49 CFR 172.704 (c)(2)} Hazardous Waste & Transportation Certification OSHA 10 Construction Safety and HealthOSHA 40-Hour Hazardous Materials Handling, Health and Safety TrainingAmerican Red Cross Adult First Aid/CPR/AED CourseConnecticut Department of Public Health, Class 1 Distribution System Operator-In-TrainingConnecticut Department of Public Health, Class 1 Water Treatment Plant OperatorConnecticut Department of Public Health, Class 2 Water Treatment Plant Operator-In-TrainingConnecticut Department of Public Health, Water Works AssociationNew England Water Works AssociationSubstation Entry Training

RESUMEWILLIAM R. ZIMMERMAN

SUMMARY OF QUALIFICATIONS Mr. Zimmerman possesses more than 21 years of experience in the field of environmental science. His technical background includes completion of environmental inspections for environmental permit compliance, preparation of environmental permits associated with water discharge and soil management, construction inspections, field management of construction remediation, completion of Phase I and Phase II environmental site assessments, supervision of aboveground and underground storage tank removals, installation and operation/maintenance of pump and treat product recovery systems, installation of air sparging and soil venting remediation systems, RCRA/landfill inspections, landfill methane monitoring, test borings and monitoring well installation, collection of soil and water samples, health and safety monitoring, storm water monitoring and sampling, FDIC mortgage inspections and soil gas surveys. Mr. Zimmerman’s’ experience also includes conducting Hazardous Building Materials Inspections (HBMI) for pre-renovation / demolition for commercial and residential developments and supervising the demolition of the structures.

RELEVANT EXPERIENCE

Connecticut Airport Authority-Bradley International AirportTerminal B DemolitionEnvironmental Oversight of the Asbestos and PCB remediation of Terminal B and subsequent demolition and restoration of the ramp area. Conducted visual inspections to insure the removal of the asbestos containing materials and PCB caulking and soil impacts during the Terminal demolition process. Project responsibilities included daily documentation of the remediation, Asbestos and PCB confirmation sampling, site inspections for sediment control, and permit compliance (DEEP), and construction field meetings.

Gas Pipeline Horizontal Direction Drill Site (HDD), Jacob Riis Park, Gateway National Park, Rockaway Beach, Brooklyn, New YorkProvided environmental oversight for the pipeline owners on an excavation to repair a directionally drilled pipeline from an offshore transcontinental pipeline. Sampled the soil at the site to have it analyzed for the contractors for disposal parameters to local NYDEC approved recycling facilities in the area. Supervised installation of three groundwater wells of varying depths to determine groundwater quality for disposal and for possible future well points to reduce water levels in the area to allow repairs to be conducted on the pipeline.

Gas Transmission and Metering Station, Gateway National Park, Floyd Bennett Field, Brooklyn, New YorkMonitored asbestos and lead abatement activities during the renovation of the hangars and associated buildings. Tracked the regulated/hazardous waste disposal. Sampled the soil at the site for analysis to provide the contractors with disposal parameters to local NYDEC approved recycling facilities in the area. Also performed groundwater sampling separate from the lead and asbestos abatement activities to determine site-wide impacts.

Eaton Crest 230Kv Loop, Eatontown New JerseyServed as the Environmental Inspector for a switched power loop from a main transmission line to a substation across wetlands. Ensured that the NJDEP regulations were followed. Responsible for documenting daily activities that included


wetland and construction photos, site issues/incidents and reporting the activities to the Program Manager. Also conducted weekly Stormwater (SPPP) inspections.

S/R Transmission line 500 kV add on, Roseland to the Delaware Water Gap, New JerseyServed as Environmental Inspector for a linear transmission line upgrade and improvement project in northeastern New Jersey. Project responsibilities include daily site inspections for environmental and permit compliance (ACOE, NJDEP, SPPP), pre-construction field meetings for erosion and sedimentation control recommendations, and documentation and reporting to the Program Manager. Provides daily monitoring and documentation of erosion and sedimentation, environmental activities and the project’s progress, including field notes, photographs, and site incidents/issues, provided to the client through a web-based reporting system.

Parsippany, Troy Meadows, Helicopter Fly Yard for the S/R Transmission line 500 kV add on.Monitored installation of helicopter fly yard constructed of fabric and stone on top of a capped Superfund Site Landfill. Served as Environmental inspector for site environmental and erosion issues and surface disturbances such as deep ruts, spills, and penetrations into the landfill during the helicopter construction operations associated with the SR power line.

Proposed Gas Transmission and Metering Station, Gateway National Park, Floyd Bennett Field, Brooklyn, New YorkMr. Zimmerman performed Hazardous Building Materials Inspections (HBMI) at Hangars 1 and 2 at the National Historic property associated with their renovation and reconstruction as a natural gas metering and reduction station. The work included careful sampling and identification of friable and non-friable asbestos-containing building materials (ACMs), identification of surfaces painted with lead-based paint (LBP), identification of equipment containing PCBs and/or mercury, and identification of other hazardous materials, such as mercury lights, switches, fluorescent light bulbs, transformers, capacitors, and ballasts. Mr. Zimmerman also conducted a Phase II site investigation of the soil and groundwater around and under the hangars to determine if regulated compounds are present at the site associated with its historic use as an aviation facility.

Connecticut Service Plazas, Statewide, Connecticut Conducted pre-renovation/demolition Hazardous Building Materials Inspections (HBMI) on twenty-three of the Service Plazas. The work included identification of friable and non-friable asbestos-containing building materials (ACMs), identification of surfaces painted with lead-based paint (LBP), identification of equipment containing PCBs and/or mercury, and identification of other hazardous materials, such as mercury lights, switches, fluorescent light bulbs, transformers, capacitors, and ballasts. Mr. Zimmerman also helped conduct additional subsurface environmental data gap investigations of the impacted soils in the areas of Concern (AOCs). Mr. Zimmerman provided oversight on the remediation of the AOCs, including directing petroleum-impacted soil excavation, stockpiling and disposal of the soils to a licensed facility.

NEEWS Projects-Greater Springfield Reliability Project, Connecticut and MassachusettsServed as Environmental Inspector responsible for field marking the proposed boring locations for utility clearances and conducting subsurface investigations for the proposed overhead transmission line and all substations along the route. In Connecticut, Mr. Zimmerman conducted field screening and sample collection during completion of the soil borings, and an evaluation of contaminants that could change the classification of soil from a “regulated” waste to hazardous waste. In Massachusetts conducted the evaluation of contaminants to determine disposal in accordance with guidelines for at lined and unlined landfills and the Massachusetts Contingency Plan (MCP).

Gas Distribution and Metering Station Piping Realignment and Refurbishment, Pawtucket, Rhode IslandResponsible for field observation and monitoring of the refurbishing and realignment of the Tidewater natural gas metering and distribution station. Observed and monitored environmental conditions during excavation of over 100 year old gas mains to simplify the system of subsurface valves. Observed removal and replacement of the entire piping, valving, and metering system to an upgraded remote access station. Environmental contaminants encountered during the upgrade included PCBs, PAHs, and mercury in the pipes, on the floors and in the metering systems in the station.

NEEWS Projects-Greater Springfield Reliability Project, Massachusetts (GSRP)Served as Field Supervisor for a 6.4 acre wetland mitigation project on a tract of land selected to offset the filling of wetlands along the GSRP power line Right-of-Way. Monitored and documented the initial phase of vernal pool and watercourse excavation and grading in order to establish water levels for future wetland planting in the fall of the next year. Daily monitoring and documentation of the project activities and progress, including field notes, photographs, and


site issues provided daily to the client through a web-based reporting system. Conducted daily and weekly post-storm storm water (SWPP) inspections of the erosion and sedimentation controls at the site and to ensure water quality exiting the site was in compliance with Massachusetts Department of Environmental Protection and Army Corps of Engineers permit requirements.

IRP Project- Interstate Reliability Project- Part of the New England East-West Solution (NEEWS)Responsible for oversight on a building demolition of a 1940’s structure purchased for future expansion of the Right-of Way (ROW) outside of a substation for the Interstate Reliability Project. The demolition included asbestos abatement of the interior and exterior of the structure, the abandonment of two drinking water wells (one dug and one drilled), and the proper cleaning and abandonment of the septic tank. The building was demolished and waste stream was sent to the correct waste recycling facility. Provided written and photographic documentation of job activities to the client with the submittal of daily reports and a field log at the end of the project through a web-based reporting system.

Middletown to Norwalk Electric Overhead Transmission Improvements, ConnecticutPerformed inspection services on environmental compliance for Northeast Utilities (NU) and Burns & McDonnell (program manager) for the Middletown Norwalk transmission line project. Inspection services include: 1) ensuring that the conditions of the major permits (CSC, ACOE, DEP and RWA) are being complied with by the contractor and all sub-contractors, 2) ensuring that all materials used for erosion and sediment control are properly installed and functioning as intended and includes assisting with inspections of active construction zones daily, inactive construction zones weekly and all controls with 24 hours of 0.1 inches of rainfall, and 3) ensuring compliance with secondary permit conditions and NU commitments to Connecticut agencies, including issues such as the bird species at the Coginchaug River and turtle species at various locations along the right-of-way. Provides written and photo documentation of job activities through the use of daily reports and a field log. Glenbrook Underground Electric Transmission Improvements, ConnecticutAs part of the Permit Manager services, Transportation Engineering support services, Subsurface Utility Engineering (SUE), Environmental Consulting and Survey services provided to Northeast Utilities (NU) and Burns & McDonnell (Program Manager), field marked the proposed boring locations for utility clearances, obtained street opening permits from the State of Connecticut and the various towns where the investigation was conducted, and conducted subsurface investigation. The subsurface investigation consisted of the advancement of over 50 soil borings and the collection of soil and ground water samples. Conducted field screening and sample collection during completion of the soil borings, and an evaluation of contaminants that could change the classification of soil from a Connecticut “regulated” waste to hazardous waste. Assisted with data analysis and obtaining pre-authorization from selected disposal/recycling facilities that would allow the Contractor to direct load and transport excess material from the Site (if desired) to an Owner-approved disposal facility without using a Temporary Stockpile Area (TSA). Assisted with preparing and obtaining all local and State Regulatory Permits required to treat and discharge groundwater during construction dewatering activities.

Middletown to Norwalk Electric Underground Transmission Improvements, ConnecticutAs part of the Permit Manager services, Transportation Engineering support services, Subsurface Utility Engineering (SUE), Environmental Consulting and Survey services provided to United Illuminating and Black & Veatch, as well as Northeast Utilities and Burns & McDonnell, field marked the proposed boring locations for utility clearances, obtained street opening permits from the State of Connecticut and the various Towns where the investigation was conducted, and conducted subsurface investigation. The subsurface investigation consisted of the advancement of over 50 soil borings and the collection of soil and ground water samples. Conducted field screening and sample collection during completion of the soil borings, and an evaluation of contaminants that could change the classification of soil from a Connecticut “regulated” waste to hazardous waste. Assisted with data analysis and obtaining pre-authorization from selected disposal/recycling facilities that would allow the Contractor to direct load and transport excess material from the Site (if desired) to an Owner-approved disposal facility without using a Temporary Stockpile Area (TSA). Assisted with preparing and obtaining all local and State Regulatory Permits required to treat and discharge groundwater during construction dewatering activities.

Richmond Hill Avenue Bridge Replacement, Stamford, ConnecticutResponsible for the collection of sediment samples from the riverbed at each of the abutments for the Richmond Hill Avenue Bridge replacement. Sampling was conducted utilizing State of Connecticut Department of Environmental Protection and/or EPA sampling protocols. Samples were analyzed for volatile organic compounds via EPA Method 8260/5035, total petroleum hydrocarbons via EPA Method 418.1, polycyclic aromatic hydrocarbons via EPA Method 8270C


(modified), PCBs via EPA Method 8082, and Resource Conservation and Recovery Act 8 metals via mass analysis. Assisted with the preparation of a Soil Management Plan implemented during construction of the new bridge. Provided inspection and documentation monitoring during construction to insure proper implementation of the Soil Management Plan by the bridge replacement contractor.

Whole Foods Market, Brooklyn, New YorkResponsible for performing a Hazardous Building Materials Inspection (HBMI) of the buildings at the site. Responsible for asbestos sampling for building demolition and characterization for lead content of demolition materials, as well as identifying Other Hazardous Materials (OHMs) including but not limited to mercury and PCB containing materials requiring proper handling, management and disposal. Mr. Zimmerman also was responsible for sampling the adjacent canal to evaluate the bottom mud for the presence of contaminants/regulated compounds and was responsible for monitoring the implementation of a Soil Management Plan during construction of the new retail facility.

Storrs Center, Mansfield, ConnecticutServed as Senior Project Scientist involved with the development of the $160 million Storrs Center, a redevelopment of existing commercial properties into a vibrant, mixed-use Town Center. Scope of work includes preparation of Municipal Development Plan documents, local, state and federal permits, extensive streetscape improvements, underground storm-water management design, traffic study and analysis, and roadway and streetscape improvements design. Mr. Zimmerman performed Hazardous Building Materials Inspections (HBMI) of multiple buildings that were demolished throughout the site. The work included identification of friable and non-friable asbestos-containing building materials (ACMs), identification of surfaces painted with lead-based paint (LBP), identification of equipment containing PCBs and/or mercury, and identification of other hazardous materials, such as mercury lights, switches, fluorescent light bulbs, transformers, capacitors, and ballasts.

University of Connecticut, Bronwell Engineering Building, Storrs, ConnecticutResponsible for performing a Hazardous Building Materials Inspection (HBMI) of the Bronwell Engineering Building under an On-Call Engineering Services Contract with the University of Connecticut. This contract provided services for multi-discipline architectural, engineering, and technical drafting support services for infrastructure work required by the University during the design and construction phases of projects.

Pathmark, West Orange, New JerseyResponsible for performing a Hazardous Building Materials Inspection (HBMI) of the building at the site. Responsible for asbestos sampling for building demolition, and characterization for lead content of demolition materials, as well as identifying Other Hazardous Materials (OHMs) including but not limited to Mercury and PCB containing materials requiring proper handling, management and disposal.

Mark IV Construction, Bridgeport, Middletown and Stratford, ConnecticutServed as Field Scientist responsible for monitoring worker health and safety during construction in zones identified to contain contaminated soil and/or groundwater. Supervised and directed the excavation, storage, handling, and disposal of contaminated materials encountered during sewer line and drainage line installations. Also monitored sampled, and maintained the water treatment system for the project at the Stratford site.

Oxbrook, Bridgeport, ConnecticutSupervised installation of test borings for culvert relocation study, including soil logging and field screening (PID measurements) of soils to evaluate the presence of volatile organic compounds and other contaminants/regulated compounds in soil along the proposed culvert route.

Various Landfills, Statewide, ConnecticutProvided environmental monitoring and compliance services in accordance with landfill operating permits. Activities included monthly and quarterly monitoring of groundwater levels, sampling groundwater monitoring wells for required parameters, conducting monthly methane monitoring, and performing RCRA landfill inspections.

United States Postal Service, Statewide, ConnecticutSupervised underground storage tank removals, tank grave sampling and backfilling for fuel oil tanks at seven post offices in Connecticut. Directed aboveground storage tank installations or gas conversions at these sites before the UST removal. Also conducted post work punch list inspections per USPS protocol.


Skinner Road School, Vernon, ConnecticutMonitored product and water levels associated with an operating pump and treat system for an underground fuel oil spill. Responsibilities included recovery system adjustment and maintenance and involved data table preparation for water levels and product thickness.

Granular Activated Carbon Treatment Systems, Statewide, ConnecticutInstalled and maintained carbon filter systems for the Department of Environmental Protection and clients homes and businesses that have contaminated water wells in Connecticut. Responsibilities included collecting water samples from affected homes and businesses monthly or quarterly as required, reporting the results to the Connecticut Department of Environmental Protection, and upgrading the filter systems as needed to ensure all water quality criteria were met.

Electric Boat, Day Hill Road, Windsor, ConnecticutTracked soil and water samples from the job site to the laboratory, then tracked the time for analysis to make sure the contract requirements were met. Created spreadsheets to monitor the process to ensure the laboratory was conducting the correct analysis.

Gas Station, Canton, ConnecticutMonitored and maintained the groundwater pump and treat system and associated air sparge and vacuum extraction system. Conducted quarterly groundwater and post treatment sampling.

Newtown Plaza, Newtown, ConnecticutMaintained and monitored performance of an air sparging and vacuum extraction system installed to remediate dry cleaning solvents in soil and groundwater. Performed quarterly groundwater sampling for contaminant levels and plume direction.

Various Sites, Various StatesConducted over 100 Hazardous Building Materials Inspections for buildings as part of pre-acquisition due diligence and/or pre-renovation/demolition planning. Responsible for asbestos sampling for building demolition and characterization for lead content of demolition materials, as well as identifying Other Hazardous Materials (OHMs) requiring proper handling, management and disposal.

New Haven Waste Transfer Station and Landfill, New Haven, ConnecticutPerformed monthly stormwater sampling and sampling of the tipping bay floor washdown water. Groundwater monitoring and sampling at the adjacent landfill was also conducted on a quarterly basis.

Woodlake Condominiums, Woodbury, ConnecticutMonitored groundwater and piezometer levels during a Public Water System aquifer pump test for delineation of recharge areas and evaluation of the impact of pumping on nearby sensitive receptors including streams and wetlands.

Middletown Water Supply, Middletown, ConnecticutResponsible for the installation of piezometers in and around the Roth Wellfield in preparation for a pump test to delineate recharge areas for the wellfield. Also helped install two weirs in the adjacent stream to measure stream flow during the test to evaluate impact of the wellfield on the stream.

Public Water System Monitoring, Old Lyme, ConnecticutServed as Licensed Water System Operator responsible for conducting water supply system water quality sampling for four non-community water supply systems in Old Lyme. Responsible for data analysis and reporting to the State of Connecticut Department of Public Health in order to demonstrate compliance with the Connecticut Department of Public Health parameters for a public drinking water systems. Responsible for implementing corrective action, including identifying and operating treatment associated with water quality violations.

NPDES/Connecticut Department of Environmental Protection, Storm Water Compliance, Statewide, Connecticut


Responsible for managing storm water sampling and reporting at several industrial sites and municipalities in Connecticut. Project responsibilities included storm water sampling, data analysis, project logistics, and completion of reports to the Connecticut Department of Energy and Environmental Protection.

Connecticut Airport Authority, Demolition of Terminal B and Communication Relocation at Bradley International Airport, Windsor, ConnecticutMr. Zimmerman is serving as Resident Environmental Inspector for the demolition of Terminal B. The project includes the complete demolition of Terminal B and the relocation of the communication equipment. There is also major environmental remediation work including the removal of Asbestos. PCB’S, Lead, Contaminated Water and Soil. My duties include monitoring and record keeping of all abatement activities, conduct Asbestos sampling and PCB verification sampling, provide liaison between the contractor, Connecticut Airport Authority and various regulatory agencies.

zimmerman resume 1-5-16

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