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    Geotextiles solutions for reinforced embankments areas

    Need to increase the stability of your embankment? TenCate geosynthetics reinforce the shear stresses of the fill material leading to an increase of the foundation bearing capacity.

    By TenCate Geosynthetics Netherlands bv based in AE in Nijverdal, NETHERLANDS.

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    Mining & minerals solutions for sand aggregate industry

    WesTech provides process equipment for the sand aggregate industries including thickeners, screening and separation, and mixing technologies which provide for production of cement, and a myriad of materials for the construction industries.

    By WesTech Engineering, Inc. based in Salt Lake City, UTAH (USA).

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    Respirometry for the soil industry

    By Challenge Technology based in Springdale, ARKANSAS (USA).

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    Groundwater monitoring

    By Stevens Water Monitoring Systems, Inc. based in Portland, OREGON (USA).

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    Machine condition monitoring for oil in water/soil

    Overview

    Being able to trust your instruments to make quick, easy and accurate measurements in the field is key when dealing with regulatory requirements. The InfraCal2 infrared analyzer is the choice of experts for measuring oil in produced water; oil contamination in soil; and fats oil and greases in waste streams.

    By Spectro Scientific based in Chelmsford, MASSACHUSETTS (USA).

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    Water monitoring technology for groundwater

    Measuring groundwater level or depth-to-water is critically important for identifying long term trends, including declining water levels, saltwater intrusion, seasonal variations, aquifer recharge, artificial aquifer storage and recovery, and level status for drinking water. Receiving groundwater data via remote data transmission from one of the many OTT telemetry options available saves time and resources spent in the field.

    By The OTT Hydromet Group based in Kempten, GERMANY.

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    Dam reinforcement solutions for the spillway & slope protection

    Dam facing slopes, spillways and stormwater conveyance channels can be built economically with the GEOWEB system, and designed to meet specific site requirements with either a vegetated, aggregate armored, or a concrete solution.  With the GEOWEB system, vegetated earthen dams can replace concrete structures, smaller rock infill can replace larger, expensive rip rap and concrete depth can be reduced up to 50% for hard-armor protection.

    By Presto Geosystems based in Appleton, WISCONSIN (USA).

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    Water Treatment in Soil and Groundwater Contamination

    Several industries and industrial processes may contribute to soil and groundwater contamination. AdEdge Technologies has supplied filtration equipment for several remediation efforts to remove arsenic, lead, and other inorganic contaminants to meet state and federal mandates.

    By Adedge Water Technologies, LLC based in Buford, GEORGIA (US) (USA).

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    Environmental solutions for the geomembrane protection

    High-Strength Protection of Geomembrane Liners. As a protective cover for geomembranes for closure caps and stormwater ponds, the GEOWEB system prevents liner damage and degradation. With infill confined in the GEOWEB system, slopes can be designed steeper while maintaining strength and integrity, even when subjected to settlement - common in landfills.  The landfill cover system can be designed as a vegetated, aggregate armored, or concrete solution that remains flexible.  GEOWEB liner protection is a ‘complete solution’ including integral tendons and ATRA tendon load transfer clips.

    By Presto Geosystems based in Appleton, WISCONSIN (USA).

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    Environmental protection solutions for the porous pavements

    Our porous pavement solutions can be designed for use with a variety of permeable fill to suit any loading and stormwater requirements.  Three high-performance paving options offer porous solutions to hard surface pavements: GEOBLOCK grass pavers; GEOPAVE aggregate pavers; and GEOWEB pervious soil stabilization systems - all economical options for emergency, utility and site access roads, and permeable parking areas.  Each solution is suitable for low impact development (LID) and green infrastructure design and contribute to green building credits for managing stormwater and reducing site disturbance.

    By Presto Geosystems based in Appleton, WISCONSIN (USA).

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    In-situ Reduction Technology of Groundwater Remediation Industry

    In-situ groundwater remediation method is based on injection of Fe(0) nanoparticles through application wells directly into the contaminated water. nZVI injection is very fast, reaching significantly lower operating costs compared to commonly used remediation methods (expensive construction of reactive barriers, building of pump&treat stations, excavation of contaminated soil etc.). In comparison to other in-situ technologies a far lower quantities of injected chemical is needed due to high efficiency of the product and thus the time and cost of remediation is reduced.

    By NANO IRON s.r.o. based in Rajhrad, CZECH REPUBLIC.

  • Pollution mapping

    By ZZ Resistivity Imaging Pty. Ltd. based in Adelaide, AUSTRALIA.

  • Digestion method ISO11466

    it is a soil aqua regia digestion method ISO11466 using ODLAB's Graphite Acid Digestion System with unique Telfon vessels

    By ODLAB based in SOUTH KOREA.

  • Groundwater monitoring

    By Hoskin Scientific Limited based in Burnaby, BRITISH COLUMBIA (CANADA).

  • SILV Guard Water sterilizing Agent

    Silv-GuardTM is an extremely cost effective, universally applicable sterilizing agent. It eliminates all pathogenic amoeba, bacteria,biofilms, fungi, virus, yeasts and molds without any side effects .Silv-Guard is comprised of colloidal Silver (Ag+) renowned for its powerful oligodynamic and catalytic effect, is combined with stabilizers to form a stable solution.

    By Terawet Green Technologies, Inc. (TGT) based in San Diego, CALIFORNIA (USA).

  • Vacuum excavation solutions for locate underground utilities / soft dig / pot holing

    Vacuum excavation is fast becoming a best practice in the field of construction and site excavation. Why? Because it uses jets of air (air excavation) or water (hydro excavation) to loosen soil, instead of a heavy metal claw. After loosening, the soil is pulled out of the ground through an air vacuum hose to a debris tank for later disposal or back-filling. Using non-destructive technology can quickly, safely and economically excavate in areas inaccessible to conventional digging equipment like backhoes and trenchers.

    By Vac-Tron Equipment based in Okahumpka, FLORIDA (USA).

  • Data analysis and visualization tools for groundwater modeling

    Groundwater and Solute Transport modeling is a sub discipline of environmental sciences with unique needs. Modeling has long utilized 3D simulations, but the ability to visualize the results has lagged far behind the simulation technology. EVS-PRO and MVS have long offered professional level presentation tools worthy of the current state-of-the-art in modeling, and EnterVol now opens that door to GIS professionals around the world. Visualization of groundwater and solute transport modeling results can be performed from third party modeling systems such as USGS MODFLOW, MT3D, GMS©, Groundwater Vistas and Visual MODFLOW© using C Tech’s tools to convert these modeling outputs into EFF format. In conjunction with Lawrence Livermore National Laboratory and IT Group, C Tech performed the visualization and animation of the output from a Groundwater Vistas MODFLOW and MT3D99 simulation of a large industrial complex in the central valley area of California.  This site exhibits highly channelized flow which is evidenced by the flow paths. Note that flow in the lower aquifer crosses underneath the upper channels at about 30 degrees!

    By C Tech Development Corporation based in Las Vegas, NEVADA (USA).

  • Data analysis and visualization tools for monitoring well decommissioning

    Contaminated groundwater sites worldwide are engaged in regular sampling of monitoring wells at a typical cost of $1,500 per well-sampling event. On most sites, many wells are redundant or geostatistically insignificant and can be decommissioned.
    EVS-PRO and MVS`s Well Decommission module analyses all available data and quantifies the impact on site assessment quality associated with removing each well. The impact of removing a well is quantified in terms of its impact on the geostatistical plume extent.
    During remediation plumes are shrinking and may drift. This can necessitate decommissioning of some wells and adding new wells. C Tech`s well decommissioning and DrillGuide© technology provide the tools to properly monitor and guide the remediation efforts at the lowest possible cost.

    By C Tech Development Corporation based in Las Vegas, NEVADA (USA).

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