Dewatering Filtration

 
  • Woven vs. Non-Woven

    Woven Geotextile Traits

    • Separation

    • Reinforcement

    • High load capacity

    • Referred to by tensile strength

    • Impermeable

    • Plastic-like

    Non-Woven Geotextile Traits

    • Separation

    • Filtration

    • Drainage

    • Referred to by weight

    • Permeable

    • Felt-like

  • Geotextile Tubes

    • Geotextile tubes are large bags designed for dewatering sludge. ​

    • Typically constructed from permeable, high strength geotextile.​

    • These bags work with vast range of flowable materials. Polymers additives are recommended to enhance the dewatering process.​

    • Geotextile tubes are fast, cost-effective means of dewatering. Efficient and minimal environmental impact.

  • Geotextile Applications

    1. Separation 
    2. Reinforcement 
    3. Filtration
    4. Protection
    5. Drainage

    Applications:

    Dredging  | Industrial ports

    Contaminated sediment in rivers | Bays

    Harbors | Marinas | Hydro basins

     

    This dewatering process is effective in high volume and low cost dewatering applications.system 

Filtration

Small, portable containment option. Features exterior corner prayer welds with reinforced top corners, ensuring a leak proof product and maximizing the spill capacity of the low-profile sidewall. Standard trays are made with 22 oz. PVC, combining top-of-the-line chemical resistance and durability. The trays fold up easily for efficient storage and transport.

Dewatering Tubes

Remediation and Dewatering

A process by which solids are separated from liquids.  

This process will allow for separation of contaminants suspended in liquid to be consolidated into a sludge.   The use of Geotextile tubes is ideal for the following applications.

 

 

Dewatering Container Liners

Disposable dewatering liners are the cost-effective way to separate liquids from solids in your existing containers/boxes for faster recovery and disposal.

Both fabric geotextile and screen mesh filter options are available to achieve desired micron levels and flow rates.

Filter Media

Filter Media

Filter Media

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