GEOSTRUX™ Geotextile Tubes
GSI proudly manufactures GEOSTRUX™ Geotextile Tubes, engineered for effective dewatering across a wide range of applications. Whether managing coal ash ponds, industrial sludge, mining tailings, wastewater treatment plant sludge, or silts and sands, our geotextile tubes provide a reliable solution for separating water from solids.
We also support critical environmental construction projects, including EPA-managed Superfund sites and dredging operations, where efficient dewatering is essential for contamination cleanup and material management. Trust GEOSTRUX™ for durable, high-performance solutions tailored to your project’s needs.
GEOSTRUX™ Geotextile Tubes Guidelines 2023
GEOSTRUX™ Geotextile Tubes: Precision, Performance & Sustainability
Our GEOSTRUX™ Geotextile Tubes are expertly crafted using high-strength woven fabrics and manufactured to exacting standards by our in-house fabrication team. Designed for versatility, they can be custom-fabricated to meet project-specific sizes and engineered specifications, ensuring precise placement and optimal performance.
GEOSTRUX™ Dewatering Technology
A key advantage of GEOSTRUX™ dewatering technology is its efficiency—often, the discharged effluent is clean enough to be returned to its source. To enhance performance, sediments are frequently treated with a polymer before entering the geotextile tubes. This treatment accelerates dewatering by causing sediment particles to flocculate, increasing their size and allowing for faster water separation. As a result, dewatering occurs more rapidly, and the discharged water contains significantly fewer solids.
Cost-effective, Environmentally Friendly Solution
Compared to traditional dewatering methods, GEOSTRUX™ Geotextile Tubes offer a cost-effective, environmentally friendly solution. GSI’s commitment to product quality, responsiveness, and reliability has made us the leading supplier of geotextile tubes to the largest dewatering company in the U.S., as well as a trusted provider for numerous large-scale, multi-year projects.