Remedial Applications

U.S. Army Small Arms Range – Alabama

Stabilized 12,500 tons of lead contaminated soil from military firing range with EnviroMag Coarse. Interested in more stories like this? Fill out the form below for a free download. These case studies are examples of the extensive work EnviroBlend has completed across the United States. For [...]

U.S. Army Small Arms Range – Alabama2021-04-09T16:51:36+00:00

Atlantic Beach – Florida

Remediation action required for lead contamination in soil. Project was conducted by Moran Environmental. EnviroBlend 20/80 coarse was used to stabilize lead to TCLP standards. Interested in more stories like this? Fill out the form below for a free download. These case studies are examples of [...]

Atlantic Beach – Florida2021-04-09T16:52:45+00:00

Battery Manufacturing Site – Alabama

Treated approximately 200,000 tons of soil ex situ at significant savings over alternative remediation technologies. Site management allowed different areas to be treated at different dosage rates resulting in a very cost-effective approach. Interested in more stories like this? Fill out the form below for a free [...]

Battery Manufacturing Site – Alabama2021-04-09T16:53:49+00:00

Jacksonville Shipyard – Florida

Remediation action required for lead contamination in soil. Project was conducted by Moran Environmental. EnviroBlend 20/80 coarse was used to stabilize lead to TCLP standards. Interested in more stories like this? Fill out the form below for a free download. These case studies are examples of [...]

Jacksonville Shipyard – Florida2021-04-09T16:54:49+00:00

Confidential Site – North Carolina

Untreated soil contained lead totals of 3,740 mg/kg and antimony totals of 187 mg/kg. Lead was leaching at 1,660 mg/L and antimony at a concentration of 1.71 mg/L. TCLP site standards for antimony and lead were 0.5 mg/L and 5 mg/L, respectively. Dosage rates of 4% to 5% [...]

Confidential Site – North Carolina2021-04-09T16:55:43+00:00

C&R Battery Superfund Site – Virginia

EnviroBlend® was used to remediate 38,000 cu. yd. of soil with a pugmill. Treated material was disposed off-site at a Subtitle D landfill. The project averaged throughput of 1,000 tons per day and reduced bulking of treated material by over 7,500 tons compared to treatment with Portland cement. [...]

C&R Battery Superfund Site – Virginia2021-04-09T16:56:38+00:00

Foundry Company – Delaware

Remediated over 5,000 tons of lead-impacted soil in situ at an operating manufacturing facility under the voluntary cleanup program (VCP) in Delaware. Work was completed in a mixed residential and commercial area without affecting neighboring properties. Total project cost was more than 60 percent less than hazardous waste [...]

Foundry Company – Delaware2021-04-09T16:57:40+00:00

Diamond State Salvage Superfund Site – Delaware

Treated over 11,000 tons of lead-hazardous soil ex situ using EnviroBlend at a former salvage yard. Low dosage rate resulted in reduced cost for transportation and disposal of treated soil. Treated material was disposed off-site in a Subtitle D and TSCA landfill. Project was completed in less than [...]

Diamond State Salvage Superfund Site – Delaware2021-04-09T16:58:56+00:00

Former Manufacturing Facility – Southeastern U.S.

Provided construction management for the treatment and off-site disposal of over 3,000 tons of foreign materials and adjacent soil that were impacted by total concentrations of lead that averaged over 48,000 ppm. Determined that a reasonably low dosage would be effective, which resulted in treatment bulking of less than [...]

Former Manufacturing Facility – Southeastern U.S.2021-04-09T16:59:55+00:00

Golf Course Reclamation – Midwest

Suburban golf club was constructed on a former firing range. Site soil mainly impacted with handgun and rifle rounds. During course construction, urban fill and firing range soils were introduced to native site soils for ground leveling and physical improvement.     For reclamation, soils were not screened to [...]

Golf Course Reclamation – Midwest2021-04-09T17:01:06+00:00
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