This project was for the early site preparation of a brownfields site for future development as an elementary school. The scope of work included the excavation and disposal of hazardous and non-hazardous soil, demolition and removal of inactive utilities, removal of an underground storage tank and construction of a clean fill cap. Approximately 3,500 cubic yards of impacted soil was remediated from the site and the project was successfully completed on an extremely accelerated timeframe, allowing for the construction of the school to begin as scheduled.

This project was for the remediation of historic fill and lead impacted soil in the play yard of the Atlantic City Boys and Girls Club. The scope of work included the excavation and disposal of non-hazardous lead impacted historic fill, placement of visual demarcation layer and construction of a clean fill cap. The entire yard, which was approximately 25,000 sf was cut two feet below grade and replaced with certified clean soil to construct the engineered cap. Approximately 2,000 tons of impacted soil was remediated from the site and approximately 2,000 tons of certified clean fill and 300 tons of topsoil was imported to the site.  The site was then hydroseeded and the project was successfully completed on schedule.

This project included the excavation and disposal of hazardous and non-hazardous lead contaminated soil and re-construction of the baseball field, including placing new topsoil, repairing the irrigation system and hydroseeding. Approximately 150 tons of hazardous soil and 500 tons of non-hazardous soil were remediated from the field.

This project was the site preparation stage for the proposed construction of a new public elementary school in Newark, NJ and  consisted of remediation of approximately two inner city acres located within two city blocks.  Our team developed and performed a comprehensive sampling plan to characterize the waste streams for disposal.  The project had numerous waste streams which included various types of impacted soils, concrete, asphalt and groundwater. The project included removing and disposing of approximately 60,000 tons of impacted soils, 5,000 tons of impacted concrete and asphalt. Additionally millions of gallons of water were pumped and treated onsite for  disposal to the sanitary sewer system.  This project was the site preparation stage for the proposed construction of a new public elementary school in Newark, NJ.