Dewatering Tube filled with sand has been widely used in breakwater and other dyke buildings. Geotube is made of woven and filled with mud and sand. After dewatering, geotube superposes to form the dyke core and covered by protective layer.

Similar to dewatering bags, geotextile dewatering tubes are made from permeable fabrics that allow water to pass and filter through the bag. Dewatering filter tubes separate water from sludge and sediment, taking in contaminated effluent, retaining large silt particles while clean water flows out. Keeping these contaminants out of city waterways keeps remediation and regulatory fines to a minimum.

Standard geotube sizes include lengths from 50' to 250' feet and circumferences up to 90'. Custom sizes are also available.

Geotextile tubes are one of the largest and most cost effective options for dewatering a large site, lagoon, or waste water treatment plant. Constructed from a robust woven geotextile material, dewatering tubes are able to effectively remove and contain sludge or sediment from a water flow. With increased size, strength, and durability, sludge tubes are an ideal choice for demanding jobs or heavy containment requirements.

Geotubes are one of the largest and most cost effective options for dewatering a large site, lagoon, or waste water treatment plant. Constructed from a robust woven geotextile material, dewatering tubes are able to effectively remove and contain sludge or sediment from a water flow. With increased size, strength, and durability, sludge tubes are an ideal choice for demanding jobs or heavy containment requirements.

Similar to dewatering bags, geotextile dewatering tubes are made from permeable fabrics that allow water to pass and filter through the bag. Custom sizes are also available.

Characteristics:

High tensile strength, different types available

UV resistant and durable

Special sewing technology

Resistant to acid and alkali

Flexible dimension and customized products available

Easy handling:

1. Bank protection

2. Dyke protection

3. Base protection

4. Embankment engineering

5. Dam engineering

6. Cofferdam engineering