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AquaBlok - 3070FW - For Low Permeability CappingAquaBlok® is a natural clay-based material that can be placed through a water column to achieve thin, low permeability capping layers (i.e. hydraulic conductivity of 5x10-8 cm/sec or better), while providing a habitat suitable for benthic recovery. It has been used on hundreds of full-scale sites in the U.S. and has been successfully evaluated by the USEPA under it's Superfund Innovative Technology Evaluation program. » Read more » Contact now / Request quote 0 Comments » Downloads(1) |
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AquaGate+PAC™ - (Activated Carbon) For Active Capping or In-Situ TreatmentAquaGate+PAC provides a means to place powder activated carbon (PAC) through the water to a contaminated sediment surface. This can be done with the material blended with other granular capping materials (i.e. sand) to achieve a uniform distribution within an 'Active Cap', or it can be placed alone in very thin layers to achieve a low impact, in-situ treatment to reduce the bio-availability of contaminants within the sediment. » Read more » Contact now / Request quote 0 Comments » Downloads(1) |
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AquaGate+Organoclay™ - (Organoclay) For Active Capping or Permeable Treatment BarriersAquaGate+Organoclay provides a means to place powdered organoclay through the water or within a permeable barrier system. The material can be handled and placed in bulk either alone or in combination with other granular materials (i.e. sand) to achieve uniform distribution of the adsorptive material. Organoclays are generally accepted as a means to mitigate the movement of a wide range of hydrocarbon-based contaminants. It has been used successfully... » Read more » Contact now / Request quote 0 Comments » Downloads(1) |
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Cut-Off WallsThe traditional liquid slurry trench method is well known for creating hydraulic barriers and has been used for decades to stem the flow of subsurface water and water-borne contamination. In many cases, a backfill material with more structural strength is desired, particularly where subsurface flow rates are high or in earthen dams or dikes where loads must be supported. |
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Anti-Seep Collars/PlugsTraditionally, “anti-seep collars” made of a variety of materials (rubber, PVC, plastics, etc.) have been recommended and installed as impermeable diaphragms that encircle the pipe. While these structures are intended and often do prevent wash-out, uniform compaction of the soil around the collar can be difficult or impossible, depending on soil characteristics. An installer often has to choose either to minimize compaction, so as not to... |
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Trench DamsWith typical formulations ranging in size from ¼” to ¾” (in diameter), AquaBlok looks, feels, and handles – at least before it gets wet, that is – much like any crushed stone that would be used to bed a pipe. The difference lies in AquaBlok’s unique veneer of bentonite that wraps each individual stone. Working together, the stone and the clay offer a pourable fill that “self-compacts” when... |
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LandfillGrade - Sealant Application for Certified Landfill CappingProviding a Multi-Use, Self-Compacting, Bentonite-Based Seal for Repair of Penetrations to Certified Landfill Caps. |
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HoleBlok - Well Sealing & Abandonment SealFirst Annular Sealant Materials to Provide Pollution Prevention together with Improved Benefits over Typical Coated Bentonite Pellets. » Read more » Contact now / Request quote 0 Comments » Downloads(3) |
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BARACLEAR - Phosphorus Control MaterialBARACLEAR is a time-release orthophosphate removal product formulated to clarify ponds, lakes, and other waterways, largely by binding soluble phosphorus – the foundational nutrient that 'feeds' algal production. It is a patented composite of traditional active ingredients (primarily aluminum sulfate or 'alum') combined with other non-toxic, earthen materials. Like all AquaBlok products, the material takes on a natural “pebble-like”... |
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PONDSEAL - Bentonite-based Sealing SolutionMany waterways, independent of size and function, are constructed in porous or permeable soils that are not adequately compacted or amended during construction to reliably hold water. Even when soil basins or synthetic 'liners' are properly prepared from the onset, a variety of environmental factors (e.g. repeated freeze/thaw cycles, prolonged desiccation, pockets of more permeable soils, animal damage, and even subtle seismic activity) can compromise... |
