Open

Product by Category > Dewatering > ProTube Dewatering Tubes


Highlights

  • Custom Fabrication To Suit The Application
  • High Strength Factory Seam Strength
  • High-flow Geotextile for Ultra-efficient Dewatering

General Information

The use of geotextiles fabricated into large bags or tubes for the containment of materials (generally sand) to form engineering structures in marine environments was largely developed in the USA in the late 1980’s. The technology has developed such that these systems are a well accepted engineering methodology that provides a unique and cost effective solution to engineering problems in a marine environment.

Dewatering tubes provide a cost effective way to collect harmful sediments from contaminated water pumped out of excavation works  that would otherwise pollute the surrounding environment.

In more recent times the use of such products has been extended to include the effective dewatering of sludge from a range of industrial processes.

The use of such products provides a very innovative, efficient and economical alternative to the dewatering of sludge over more traditional methods.

Product Information

The Global Synthetics dewatering ProTube is made from a specially constructed geotextile that has excellent tensile strengths and filtration characteristics suitable for the manufacture of dewatering tubes and for the dewatering of a range of sludge materials.

Dewatering of sludge material using the ProTube product works by:

-Containing the fine grained sludge material within the unique weave of the Global Synthetics ProTube geotextile.

-Dewatering of the excess water through the specially constructed pores of the Global Synthetics ProTube geotextile.

There is significant volume reduction of the sludge material which allows for repeated filling of the ProTube product in many cases. Consolidation occurs after the final cycle of filling and dewatering. The fine grained solids contained within the ProTube product continue to consolidate through desiccation with residual water vapour continuing to escape through the geotextile pores. This results in the most effective residue state for final disposal of the waste.

How it works?

Sludge is pumped into ProTube dewatering tubes with or without flocculants depending on the sludge particle sizes. During and after the filling process, the water dissipates through the fabric while the solid particles are retained within the geotextile tubes with low moisture contents. Afterwards, the volume of sludge reduces significantly, and a great deal of removal and disposal works are saved. Moreover, the installation and usage of ProTube are very cost and time effective.

Benefits of ProTube:

ProTube allows for effective high volume containment with efficient dewatering and volume reduction. The ProTube product offers users cost savings in disposal costs and the ability to on-site manage waste generated with no special equipment requirements.

  • Cost-effective alternate to traditional methods
  • Minimal environmental impact
  • Small footprint
  • Dewater faster
  • Work with a large variety of sediments, sludge and sand
  • High-strength, permeable geotextile
  • Tough, UV resistant

ProTube dewatering tubes are available in a variety of sizes.



Case Study

ProTube® – Winmalee Dewatering

Winmalee Sewage Treatment Plant is a waste water treatment facility located on the western outskirts of Sydney, NSW, Australia. The plant is located in an environmentally sensitive area and is located on an escarpment, near the town of Winmalee, NSW.

View More Case Studies


Show More Images

Latest Posts

October 15th, 2020

Advantages of Using Biodegradable Erosion Control Products

Erosion is the process of wearing away lands and structures, by wind, running and falling water, by flow of water and sediment moved along by the water, waves, glaciers etc.  Erosion & Sediment...

Read More
September 28th, 2020

October Webinar: Surficial Slope Stability with Engineered Earth Armoring System- Part 1

ARMORMAX® is an Engineered Earth Armoring Solution used for surficial slope stability as well as permanent erosion control in vegetated and un-vegetated applications. With a verified carbon...

Read More
September 21st, 2020

Webinar Q & A Transcript Part 1: Designing Composite Liners on Slopes : GCL

Q: In order to avoid water condensation in the GCL, can we open holes in the upslope for the gases to escape?? A: This is not effective nor practical. The evaporated moisture is encapsulated under...

Read More
August 21st, 2020

September Webinar: Designing Composite Liners on Slopes Part 1: GCL 

Don't miss your chance to hear Prof. Kerry Rowe talk about his latest unpublished research findings at our webinar on Designing Composite Liners on Slopes Part 1: GCL EVENT INFO: 2 SEPTEMBER...

Read More


If you would like further information
about any of our products please

Contact Us
Contact Us