| Project Engineer for a 12-month remediation project at a natural gas compressor station in Kentucky to improve the quality of storm water discharge by removing soils contaminated with PCBs from drainage areas that contributed to surface water runoff. Reduced project costs by using a mobile laboratory to analyze samples and designing and installing an on-site filter treatment system to treat wastewater generated during remediation rather than transport it off-site. Approximate remediation costs for this site was $2.5 million. |
| Project Manager for a tank closure project, which involved decommissioning/removing four leaking underground storage tanks. This project was completed for under $300,000 which was significantly less expensive then the conventional pump and treat method used at other similar sites for remediating ground water. |
| Project Manager for remedial design and field oversight at a 40-acre industrial facility in northern NJ. Multiple environmental permits were obtained from the regulatory agency in order to implement this remediation. Significantly reduced project costs by recycling rather than disposing impacted soil to an off-site facility. |
| Project Engineer to clean up surficial soils contaminated with chromium and other heavy metals at a former industrial metal processing facility in order to comply with ISRA. The clean up cost for this project was $600,000. |
| Managed the operation and monitoring of a permanent ground water recovery system to control plume migration to off-site receptors. Operated the system as both a continuous and pulse pump system to expedite the remediation of the aquifer and reduce annual operating costs. |
| Site Coordinator for a pilot study to treat soils containing volatile organics with an in situ gas extraction system. The study was conducted to gather field data to predict the radius of influence and the duration of treatment necessary to achieve the cleanup goals, which were achieved within eight weeks. |
| Prepared several Best Management Practice Plans for storm water control at industrial facilities in order to comply with the NPDES program. |
| Performed quality assurance audits (IQAT) at two USEPA Superfund Sites in New Jersey and Pennsylvania during the remedial design (RD) and action (RA) phase to insure that work was performed in accordance with project plans and environmental permits. |
| Performed an audit of a major east coast refinery for real estate transaction purposes. |
| Prepared a feasibility study (including bench-scale studies) on options for disposing of sludge from a waste water sludge lagoon. |
| Acted as an assistant engineer responsible for designing a storm water control system at an active manufacturing facility. |
| Developed and implemented an at risk ECRA cleanup plan at a facility that formerly manufactured foam products which saved the client $200,000. |
| Assisted in preparing a RCRA Part B permit for treatment and storage of hazardous materials at an industrial facility. |
| Performed an engineering study to determine if the effluent from an existing industrial wastewater treatment plant would achieve NJPDES guidelines for discharge to surface water. |