Presto Geosystems
Enhance your landscape design with vegetated retaining walls that blend naturally with the environment. GEOWEB Walls infiltrate stormwater and minimize runoff—contributing to green building goals. The system adapts to a wide range of design and construction needs to meet site challenges, even in soft soil environments. Free licensed MSE design software.
Industrial Fabrics Inc.
BaseLok GeoCell is made from high-density polyethylene (HDPE) and manufactured in the U.S. HDPE has been used for the most demanding industrial products since 1955. The three-dimensional cells impede lateral movement of the infill material, increasing structural strength and locking in materials for base reinforcement and erosion protection applications. Primary applications for BaseLok GeoCell are base stabilization, slope reinforcement, retaining walls and channel protection. The cell walls are perforated to allow water flow through the system, creating improved root zone between cells for vegetated applications. On concrete-filled GeoCells, the HDPE matrix becomes the form for the concrete. There is no need for wood forms or rebar. The panels are expanded and the concrete poured directly into the BaseLok GeoCell.
Re-Gen Enterprises
Re-Gen efficiently removes primary and secondary containment liners. Its neat rolls eliminate air space, enabling compact landfill disposal or seamless recycling prep, preventing flyaways and ensuring industry efficiency. Re-Gen’s removal service is highly efficient, averaging 300,000 square feet of liner removal daily while enhancing safety and supporting clients’ sustainability goals. By preparing liners for compact landfill disposal or recycling, Re-Gen prevents waste and contributes to the circular economy, ensuring materials are repurposed and environmental impact is minimized.
HUESKER
HaTelit C 40/17 is an excellent reinforcement solution for pavement construction and rehabilitation. It excels in mitigating reflective cracking and improving load resistance, making it great for use on milled surfaces and other demanding conditions. Its compatibility with various pavement types and high durability ensure extended lifecycle performance in roads, highways, airport runways and other infrastructure projects. HaTelit C 40/17 delays reflective cracking and enhances pavement flexural resistance under dynamic loads, extending pavement life. Its high-modulus polyester yarns ensure retained strength and superior durability, resisting installation damage and moisture conditions, offering long-term reliability. The lightweight nonwoven fabric adds flexibility, making it a cost-effective and durable solution for superior pavement reinforcement. HaTelit 40/17 is made in America and compliant with BABAA.
The DrainGreat Co. LLC
DrainGreats are primarily used on soil nail walls to convey water from drainboard to a PVC pipe. DrainGreats have been used in tie-back retaining walls and segmental block walls. There also has been interest in conveying methane from landfills into a piping system. DrainGreats were developed by the owner of a geotechnical construction firm for use with soil nail walls when no similar solution existed. They positively attach to the drainboard and hold up to the excessive force of applied shotcrete. DrainGreats are cost-effective and easy to install.
Layfield Group
HydraNet is a cost-effective, environmentally friendly solution for lateral fluid and gas transmission. It occupies less space than traditional sand, stone or gravel layers while improving hydraulic performance, increasing clogging resistance and reducing installation time and costs. Suitable for applications such as landfill liners, road and railway construction, slope stabilization and drainage systems, HydraNet is used in double-lined containment for leak detection. HydraNet geocomposites have a geotextile bonded to one or both sides of a geonet. The addition of laminated geotextile layers prevents the movement of soil fines into the drainage path, which could otherwise lead to clogging and reduced drainage performance in the long term. Layfield produces both biplanar and triplanar geonets, all manufactured in North America at an ISO 9001-certified facility.
Industrial Fabrics Inc.
BaseLok BallastGuard is the most robust laminated geogrid product on the market today. It provides effective reinforcement due to a node-only lamination allowing for improved sub-ballast interlock through the apertures of BaseLok GeoGrid. BallastGuard was developed to address ballast fouling issues present at rail sites throughout the world by mitigating the effects of the pumping action caused by rail traffic. Its technology provides for better performance by combining the advantages of a proprietary, custom-designed, non-woven geotextile and a very stiff biaxial geogrid, creating an all-in-one anti-pumping geocomposite product. The primary application for the BallastGuard is for railroad ballasts.
Industrial Fabrics Inc.
GrassGuard grass reinforcement mesh is a flexible yet tough extruded polyethylene mesh designed for installation directly onto existing grass surfaces to reinforce, stabilize and strengthen. GrassGuard is available in HD (heavy duty), SD (standard duty) and HDX (heavy duty with a grid backing). Applying GrassGuard as a surface reinforcement is ideal for areas where a grassy surface needs to be maintained while at the same time be utilized for parking or pedestrian traffic. Applications include grass/overflow parking, pedestrian/bike paths, equestrian surface reinforcement, RV access, bays, parks, landing pads/taxiways, maintenance vehicle access, vegetated erosion control, slope stabilization and streambank/shoreline reinforcement.
Hanes Geo Components
TerraCell is an innovative geosynthetic product providing solutions for difficult stabilization, erosion control, slope and retaining-wall challenges. TerraCell is a flexible, lightweight mat of high-density polyethylene strips. The strips are ultrasonically bonded together to form an extremely strong honeycomb configuration. The ability to fill with a variety of materials such as soil, sand, aggregate and concrete makes this a versatile and economic solution for many applications.
ATARFIL
ATARFIL HD EVO has been specifically developed for highly demanding environmental applications such as hazardous waste, landfills, heap leach pads, tailing dams and brine ponds. ATARFIL HD EVO is a geomembrane formulated to enhance key longevity properties. It is made from premium HDPE resins combined with a specialized antioxidant package that extends its longevity. Manufactured using the most advanced in-house flat-die extrusion technology, the result is a consistently high-quality product with exceptional durability and long-term performance. These geomembranes offer stress cracking resistance exceeding 3,000 hours.
Solmax
MIRAFI RSi-Series is high-performance geosynthetic engineered to offer a single solution for roadway reinforcement and stabilization. It offers high-modulus construction that integrates key performance properties including soil reinforcement, confinement, separation and filtration. MIRAFI RSi now has moisture management properties. Engineered with wicking yarns, this improved design provides passive drainage to balance moisture within a cross-section and prevent capillary breaks. MIRAFI RSi-Series is constructed with a double-layer weave technology consisting of both monofilament and fibrillated yarns to provide more than three times the surface area of typical woven geotextiles. This engineered design creates higher in-plane friction and micro-interlocking, resulting in excellent interaction with the underlying subgrade and overlying materials. This surface friction mechanism enables the use of a wide range of materials on top of the geotextile. The double layer construction also creates more depth in the structure, which improves long-term water flow by increasing clogging resistance while retaining finer soil particles. Separation is a crucial requirement for civil assets built on unfavorable soil conditions. MIRAFI RSi-Series eliminates the need for separate reinforcement and separation geosynthetics, saving time and money.
Solmax
The GSE Leak Location Suite is a comprehensive system developed to locate leaks in installed geomembranes both before and after water or soil placement. The system includes the GSE Leak Location Conductive geomembrane liner, the patented Iso-wedge and the S-100 Spark Tester. The conductive geomembrane allows electrical leak surveys to be performed on exposed (bare) and covered applications using both the spark and dipole testing methods, with higher reliability than surveys over non-conductive geomembranes. The co-extruded conductive layer eliminates the need to use soil and water to create a conductive layer underneath the geomembrane for testing. To improve test accuracy and reliability, Solmax developed the Iso-wedge, which allows for the proper preparation and testing of the GSE Leak Location Conductive geomembrane by isolating the upper seam flap and eliminating false positives during the ELL surveys. It is designed to be fitted onto a typical fusion welding machine for easy use. The Solmax Spark Tester S-100 identifies leaks with high accuracy on exposed liners. The S-100 comes with three electrodes to allow the technician greater flexibility in detecting leaks across the varying geometry of the survey surface.
Viaflex
Viaflex is the industry leader in manufacturing high-quality, durable geomembranes designed to meet the demands of geotechnical and environmental applications. Engineered for maximum protection, containment and performance, Viaflex geomembranes are built to excel in a wide range of projects, including containment ponds, mining operations, landfill liners and covers, and wastewater treatment systems. Viaflex’s geomembranes offer a superior combination of tensile strength, puncture resistance and chemical compatibility, all while maintaining the flexibility to conform to any terrain. Available in various materials, including HDPE and LLDPE, solutions can be customized to fit specific project requirements with a range of thicknesses, roll sizes, textures and barrier qualities. Precision-engineered seams and advanced welding techniques provide leakproof, long-term performance. Viaflex provides end-to-end support. In-house fabrication services ensure that preassembled materials meet exact specifications, reducing on-site installation time and costs.
Hanes Geo Components
TerraGrid TXG is a high-strength base reinforcement geogrid manufactured from select grades of polypropylene through extruding, punching and stretching. This process creates a monolithic grid with triangular apertures that has a high-tensile modulus to provide enhanced performance in soil stabilization and base reinforcement applications. Use with aggregate base to optimize pavement sections. TerraGrid also is integrated into FHWA AASHTOWare Pavement ME Design software for ease of design. TerraGrid TXG stabilizes and enhances the performance of aggregate layers in trafficked structures such as paved and unpaved roadways, runways, parking areas and railways.
AGRU America Inc.
AGRU’s integrated drainage system (IDS) is designed for civil engineering applications, including landfills, mining and coal combustion residuals (CCR) closure and containment solutions. It effectively manages drainage and water flow while offering long-term stability and protection. AGRU’s IDS is a Subtitle D-compliant closure and containment system incorporating an advanced drainage structure within the geomembrane component. By combining multiple layers—each with unique benefits—into one product, the IDS helps reduce the need for aggregate materials and offers a reduction in cost and installation times by an average of 15%.
Afitex-Texel Geosynthetics
The Preditect System is used for reinforcement and monitoring applications such as piggyback landfills, sinkhole safety systems or mechanically stabilized earth (MSE) walls. It consists of a Geoter® high-modulus woven geotextile incorporating optical fibers that allow deformations to be measured in real time using dedicated software. The system also shares monitored data to personnel in real time. This technology enables the user to detect a potential failure early and initiate corrective measures to secure the structure. The Preditect System is used in civil construction applications where reinforcement needs to be monitored.
Afitex-Texel Geosynthetics
Draintube Conductive is a multi-linear drainage geocomposite that contains an electrically conductive grid made of stainless-steel cables. The grid is placed between the two geotextiles to allow geo-electrical leak detection. Draintube Conductive acts as an effective leak location layer between typical geomembranes. Common applications include double-lined systems such as containment ponds and storage cells. Functions of the geocomposite include puncture protection, filtration, drainage and homogeneous diffusion of electric current. Draintube Conductive is compatible with most geo-electrical leak location surveys, including water puddle and arc test techniques for exposed geomembranes (ASTM D7002) and dipole method on covered geomembranes (ASTM D7007). As a lightweight rolled product, Draintube Conductive is faster, safer and easier to install relative to competing geocomposites. Panels can be overlapped, heat-tacked or sewn, and mini-pipes are easily tied into collector pipes using the Quick-Connect system.
HUESKER
Tektoseal Active PFAS is designed for PFAS contamination remediation in soil and groundwater. It is primarily used in environmental-protection projects involving per- and polyfluorinated alkyl substances (PFAS) such as PFOA, PFOS and others. Key applications include site decontamination, groundwater protection and remediation of short- and long-chain PFAS, especially in industries such as waste management, construction and environmental remediation. Tektoseal Active PFAS delivers exceptional pollutant removal with rapid adsorption and high capacity, ensuring effective and sustainable remediation. Permeable barriers are easy to install and provide long-lasting, erosion-resistant protection. By selecting the optimal active substance for each project, customers benefit from tailored solutions that offer superior PFAS removal performance. This makes Tektoseal Active PFAS a reliable, cost-effective choice for addressing PFAS contamination in a variety of environmental remediation projects.
E2 Squared
Mirage is an advanced EIA-based geomembrane designed for potable water applications such as liners and floating covers. Developed with 40-plus years of demonstrated performance using Dow HP ELVALOY™, Mirage ensures the safety and sustainability of drinking water. E2 potable water storage liners and covers are 80% solar reflective and BABAA compliant. They offer enhanced UV, oxidation minimization and ease of fabrication and repair. Mirage surpasses industry benchmarks such as GRI GM 34 with more than double the required chlorine resistance, ensuring exceptional reliability even under the harshest conditions. Manufactured in the U.S. under rigorous standards, Mirage features encapsulated edge technology for durability and seam integrity. Mirage’s cool-membrane technology significantly reduces surface temperatures, optimizing energy use and promoting sustainability.
Layfield Group
HeatGard Geomembrane is a versatile, durable material ideal for a range of critical containment applications, including hot brine storage, secondary containment beneath heated tanks, process water management, tailings and leaching containment, bioreactor landfills and potable water containment. It can withstand extreme temperatures, making it the preferred choice for thermal pit applications. With advanced bimodal resin technology, it endures continuous exposure to temperatures up to 85 degrees Celsius (185 degrees Fahrenheit) for over 20 years, surpassing typical HDPE, which is limited to 60 degrees Celsius (140 degrees Fahrenheit). HeatGard also offers excellent performance in harsh environments, resisting chlorine, UV radiation and brine. It is available in wide-format rolls for quick, efficient installation.
TEXTILES.ORG
