Environmental engineering services are a core element of many projects including public and private civil engineering projects, land planning and land use studies, waste management and pollution prevention programs, and contaminated site remedial response actions. McLane Environmental engineers, scientists, and regulatory experts provide an effective combination of technical and regulatory expertise to provide a broad range of environmental engineering services including:

• Waste Management & Pollution Prevention
• Wastewater Engineering & Disposal
• Site Remediation (CERCLA, RCRA)
• Risk Assessment
• Remedial Alternatives Analysis / Feasibility Studies (FS)
• Interim Remedial Measures (IRM) Analyses
• Remedial Design/ Remedial Action Plans (RD/RAP)
• Bioremediation Analyses
• Monitored Natural Attenuation (MNA) Evaluations
• Environmental Assessments and Audits
• Radioactive Waste Management
• Air Pollution Engineering

Representative Experience

Our staff has experience in providing engineering services for projects involving impacts to soil, groundwater, surface water and air at sites including oil refineries, manufactured gas plants, pharmaceutical plants, transportation facilities, gasoline service stations, and military and energy facilities.

McLane Environmental staff has:

• Performed groundwater flow modeling to optimize and reduce operation and maintenance costs for remediation systems for chemical sites in New Jersey and Indiana.
• Analyzed infiltration rates, groundwater mounding and surface water impacts for proposed disposal beds to provide input to the engineering design of a Cape Cod municipal wastewater treatment system.
• Prepared engineering calculations to design a vapor mitigation system (VMS) for a major building company in New Jersey to address indoor air quality issues associated with groundwater contamination.
• Estimated impacts of storm water runoff and contaminant migration on the hydrologic and ecologic system of a nearby bay for a site in California.
• Calculated site-specific risk-based soil cleanup levels using vadose zone models for contaminated sites in New Jersey and California to reduce soil remediation costs.
• Performed groundwater flow and transport modeling for Classification Exception Area (CEA) applications for numerous sites in New Jersey to support the selection of an appropriate groundwater remediation strategy.
• Prepared decision tree analysis to evaluate costs associated with decommissioning options for a manufacturing facility in Michigan.