RIVER DREDGING PROJECT
ENTACT dredged petroleum-impacted sediments from a major river system following a spill event. The project included the construction of temporary facilities, an access haul road connecting the staging area to the United States Army Corps of Engineers (USACE) causeway and capping an upstream outfall. This comprehensive approach ensured the effective removal of contaminated sediments while restoring the river environment. Upon project completion, ENTACT had: Dredged 1,300 cubic yards of impacted sediment Dewatered and conditioned sediment with Portland cement Transported and
WASTE OIL PITS SUPERFUND SITE
ENTACT performed in-situ stabilization (ISS) of 45,000 cubic yards of hydrocarbon sludge at a former waste oil pits site located within a cypress swamp. The project faced significant challenges, including the relocation of a half-mile section of an existing stream away from the former waste pits. These efforts contributed to the effective remediation of the site while minimizing environmental impact and preserving the surrounding ecosystem. Upon project completion, ENTACT had: Performed ISS of 45,000 cubic yards of hydrocarbon sludge Excavated
MANISTIQUE RIVER AREA OF CONCERN – OU2 ZONES 5 AND 6
The Michigan Department of Environment, Great Lakes, and Energy contracted with White Lake Dock & Dredge, a division of ENTACT, to provide dredging and remedial capping services in the Manistique River. This project focused on addressing polychlorinated biphenyl (PCB) contamination in river sediments. This comprehensive remediation effort effectively addressed PCB contamination, ensuring the protection of the river ecosystem and compliance with regulatory requirements. On this project, ENTACT: Dredged 42,000 cubic yards of PCB-impacted sediment, including 1,100 cubic yards classified as
FORMER LASALLE MGP SITE SEDIMENT REMEDIATION
White Lake Dock & Dredge, a division of ENTACT, LLC, conducted the dredging of more than 75,000 cubic yards of manufactured gas plant (MGP) impacted sediments from the Illinois River. This complex project involved extensive coordination among four major contractors working on various scopes of work simultaneously. This project not only addressed sediment contamination but also showcased innovative techniques in marine operations and remediation practices. Our team: Dredged more than 75,000 cubic yards of MGP-impacted sediments Provided marine support for