Dredged sludge was pumped directly into geotextile dewatering units with flocculant to promote solid–liquid separation.
The high strength textile tubes were installed quickly on a constrained site, allowing clarified water to flow back into the pond system.
Simple and site-friendly installation supported rapid start-up and kept the project on schedule under tight time constraints.
Omega Mine extends AMD treatment capacity with dewatering
At Omega Mine in West Virginia, GEOTUBE® GT500 units help the West Virginia Department of Environmental Protection treat and dewater acid mine drainage from abandoned mines while supporting long-term capacity and compliance.
Dredging and reuse of contaminated sediments
Embraport used dewatered contaminated sediments as structural fill within its terminal platform, saving 400,000 m3 of imported material and reducing earthfill platform costs by 20% to 30%.
Remediation of contaminated marine sediments at Port Ouest, La Grande-Motte using GEOTUBE dewatering systems
Contaminated sediments were dredged from Port Ouest in La Grande-Motte and dewatered using GEOTUBE technology to support port modernization while meeting environmental requirements.
Sediment buildup in a pond along Bordscheweg (Broekse Wielen) in Escharen, the Netherlands, required prompt environmental maintenance dredging to restore hydraulic performance and protect water quality. The scope centered on removing accumulated sludge and managing it in a controlled manner without disrupting the surrounding environment. The chosen approach directed dredged material into high performance filter fabric containment units, where solids could be retained while treated water flowed back into the pond. Executed within a two-week window, the project sat squarely in the waste and water sector, specifically environmental and maintenance dredging. SoilConsult supported the design phase, helping align the solution with site conditions and performance requirements. GEOTUBE® dewatering units were selected for its proven ability to separate solids and water efficiently, delivering a practical balance of speed, control, and environmental protection. The result was a cleaner pond system that directly benefited the local environment and community.
From the outset, the project faced tight access constraints and significant time pressure. The site’s terrain limited working space and demanded rapid installation and commissioning to keep dredging operations moving. At the same time, the dredged sludge needed temporary containment with reliable dewatering performance, and clarified water had to be safely returned to the pond. While weather and supply logistics were manageable, the compressed schedule left little margin for delay. Success depended on coordination, responsiveness, and keeping decisions close to the site. Continuous communication with the customer and fast material delivery proved critical in maintaining momentum and avoiding interruptions. The challenge was not just technical, but operational: achieving fast, reliable dewatering in a constrained location without compromising environmental outcomes.
The project team installed four GEOTUBE GT500D 1830/3020 units to manage and dewater the dredged sludge. During dredging, sludge was pumped directly into the textile tubes with the addition of flocculant, accelerating solid–liquid separation. As solids were retained within the tubes, clarified water flowed back into the pond, maintaining environmental control throughout the operation. The GEOTUBE units were specified in the tender and selected for their well-known performance, ease of installation, and long-term durability. Their site-friendly installation supported rapid deployment under tight timelines and limited access. The system was operational quickly, and the project finished on schedule, with stakeholders already satisfied during start-up. Regular interaction, short communication lines, and site visits proved essential to smooth execution. Together, the reliable performance of the textile dewatering solution and close coordination on site delivered an efficient, on-time outcome and reinforced confidence in this approach for environmental dredging applications.