Pozidrain G Geocomposite
Patented core configuration allows cross directional flow to eliminate the risk of clogging associated with drainage strips.
Pozidrain G Geocomposite
Geocomposite for landfill cap drainage, gas-venting, ground water drainage and leachate management. Particularly useful on steep slopes where its core structure offers enhanced frictional performance whilst providing protection to the lining system.
- Landfill cap drainage
- Gas venting
- Leachate management
- Groundwater drainage control
- Liner protection
- Drainage on steep slopes
- Cost effective drainage layer for ground water drainage applications
- Enhanced frictional performance
- Unique interlocking with soil backfill
- Superior frictional performance to any other conventional geocomposite drainage layer enabling construction of steeper slopes
- Provides drainage capacity in both long and cross direction
- Available in 3 thicknesses (4mm, 6mm and 7mm) to provide adequate flow capacity for specific applications
- Patented geocomposite drainage layer with specifically designed drainage core to provide optimum frictional and drainage performance for steep slope installations
Pozidrain G is designed as a cost effective geocomposite for landfill cap drainage, gas-venting, ground water drainage and leachate management. It is particularly useful on steep slopes where its patented core structure offers enhanced frictional performance whilst providing protection to the lining system.
Pozidrain G geocomposite has a lattice structure core which offers superior interface friction performance on steep slopes. This has been confirmed in a series of direct shear tests which compared the performance of Pozidrain G against other conventional geocomposites.
Results from these tests show the measured interface shear strength for the Pozidrain G4SD (4mm) geocomposite to be 20% stronger than the interface with other geocomposites. The results from tests on the 6mm and 7mm Pozidrain G interfaces show the increase in shear strength to be even greater.
This could represent an improvement in the factor of safety for the stability of very steep slopes. Alternatively this could enable the steepening of the slopes at the same factor of safety with the obvious commercial benefits in terms of increased waste capacity.
The patented core configuration in Pozidrain G geocomposite permits cross directional flow which helps mitigate the risk of system failure should the core sustain damage otherwise. This is a potential cause of soil saturation, leading to slope failure, associated with products that utilise only drainage strips.
Pozidrain GSD consists of a patented lattice cuspated HDPE drainage core laminated between one or two layers of medium weight non-woven filtration/protection geotextile.
The innovative use of a drainage lattice permits cross flow within the drainage composite. This offers significant advantages over other products that utilise drainage strips, rather than a lattice, within their composition. A further benefit is the lattice core prevents ‘torpedoing’; a problem with products based on strips which makes them difficult both to lay and to handle.
Using this core technology, Pozidrain G range offers engineers and contractors a high performance drainage solution with a combination of high-flow capacity, separation and reinforcement properties, helping address construction issues in many civil
The following products provide similar drainage functions for different applications:
Soil Drainage - Carbon Footprint Saving
The use of ABG Pozidrain G Drainage Geocomposite can save up to 94% on the carbon footprint compared with traditional granular soil drainage methods:Click to read the full carbon footprint assessment
- ABG Landfill Drainage Capping Pozidrain Silent Valley,Waunlwyd Ebbw Vale UK CASE STUDY
- ABG Landfill Capping Steep Slopes Pozidrain G Tir John Swansea UK CASE STUDY
- ABG Fill Consolidation Pozidrain Magna Park Lutterworth UK Case Study
- Standard in-plane flow capacity for geocomposites and effects on slope stability - Ground Engineering, April 2014
- Standard Soft Platen Flow Capacity Test Technical Paper 2014
- Landfill Capping Protection Textiles and the Cone Drop Test
- Carbon Footprint Reduction - Landfill Lining System TECH NOTE
- Carbon Footprint 2019: Company and Product Assessments
- Water Flow within a Drainage Layer
Material Safety Data Sheet (MSDS)
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