About

Jeffrey C. Bensch, P.E.

Principal Engineer

Summary Of Qualifications

Mr. Bensch has over 30 years of professional experience in water and wastewater systems, hazardous waste remediation engineering, and construction management. He has served as the principal engineer, lead design engineer, or project manager on a wide variety of projects including: water distribution system modeling studies; design and construction of pipeline and treatment systems; remedial investigations, feasibility studies, pilot tests, and remedial actions at hazardous waste sites; and litigation support services.

Academic Background

Masters Civil and Environmental Engineering
Cornell University, 1987.
B.S., Civil Engineering, University of Colorado, 1983.

Professional Registrations

Civil Engineering, California No. 43803
California Contractors License No. 863096
California Water Distribution Operator, DI No. 35809
California Water Treatment Operator, T1 No. 31637
Qualified SWPPP Developer and Practitioner (QSD/QSP)
No. 22450

Professional Affiliations

American Society of Civil Engineers
American Water Works Association

Relevant Project Experience

  • Ferg's UST Site, Sacramento, California

    Principal Engineer and Project Manager for supplemental investigations, pilot studies, a focused feasibility study, and final remedy design and implementation for MTBE impacted groundwater that was detected in a nearby municipal water supply well. Groundwater extraction/aquifer tests, air sparging tests, and in-situ ozone oxidation pilot tests were conducted prior to preparing the feasibility study and implementing the final remedy. Once considered a high priority site in a litigious state between the responsible party, oil companies, and the water district, the remediation is complete, regulatory closure has been obtained from the State, and the property can be redeveloped.

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  • Owens-Brockway/CKG Environmental, Soil Removal and Groundwater Treatment

    Senior Engineer for the development and implementation of soil and groundwater remediation at a large industrial facility. Reviewed existing data, prepared Revised Corrective Action Plan, designed and managed bench-scale laboratory tests, prepared design plans and provided construction management services for a soil excavation and removal where free product was encountered, and developed design drawings and technical specifications for a 23 well air injection biobarrier system. Currently providing permitting and construction management support services.

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  • WRND Extraction Wells, Rancho Cordova, California

    Principal Engineer and Project Manager for the design and construction of a biocide injection system to control significant biological fouling in groundwater extraction wells located down gradient of a former landfill. Services included data research, bench testing, pipeline and well cleaning, chemical injection system design, and construction management services for a chlorine injection system into five groundwater wells. Start-up services included side-by-side pilot testing of a sodium hypochlorite and on-site generated mixed oxidant using MIOX equipment.

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  • USDA Forest Service, Environmental ID/IQ Contract Various National Forest Locations

    Principal Engineer from 2012 through 2014 with an extension into 2015 for an indefinite delivery/indefinite quantity environmental services contract in national forests located in California. Much of the work involved asbestos and lead-based paint assessments and abatement in remote locations. Recent projects have included soil and groundwater investigations at remote settings.

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  • LTD Engineering/City of Woodland Water Distribution System Modeling Surface Water Feasibility Study

    Mr. Bensch performed complex water distribution system modeling for the City of Woodland’s Surface Water Feasibility Study. The existing system consisted groundwater wells located throughout the city with distribution piping from the wells to the nearby service connections. The modeling evaluated a single source of supply from the new surface water treatment plant and considered new transmission mains and water storage tanks to deliver water throughout the city. Planning level designs and budget estimates were developed and the results of this feasibility study are currently being implemented by the City of Woodland.

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