DRAINTUBE combines the performance of geotextiles with that of perforated drains. It is built in such a way that its size can be adjusted to meet project characteristics and the features of the soil. It provides efficient ways of draining landfill facilities, sports fields that utilize synthetic...
The Enviro-Span system is a modular culvert solution suitable for use over fish bearing or environmentally sensitive streams without disturbing the stream bed...
Nilex offers multiple options for grass and gravel permeable paving solutions: Tufftrack™ Grass & Gravel Paver, EZ Roll™ Grass Paver, and EZ Roll™ Gravel Paver...
Multi-Flow is a comprehensive soil water management system. It is an economical and environmentally friendly option any time a conventional aggregate drain, such as a french or trench drain, is being considered for applications including roads, playing fields and golf courses.The Multi-Flow...
Muscle Wall eliminates the need for thousands of sandbags when fighting a flood. It can be filled with flood water and sunk into place to become a solid barrier during an emergency. Muscle Wall has a powerful, lightweight design that allows for just a few people to set up hundreds of feet...
Nonwoven Geotextiles have a wide range of applications in civil environmental engineering and construction projects. Their uses include...
The NuDrain Green Roof System is a high flow, dimpled drainage core. The core is perforated, then bonded to top root resistant filter fabric and bottom protection fabric, specifically designed for green roof applications. The top root resistant filter fabric prevents roots from affecting the...
Nilex's NuDrain Sheet Drain materials replace or reduce the natural drainage aggregate used against structures such as retaining walls, foundation walls, bridge abutments, lagging walls and soil-nailing applications...
Nilex’s NuDrain Strip Drains are an effective method for removing standing water in many landscape applications without disrupting the surrounding areas by placing them in narrow trenches and backfilling with sand...
Efficient drainage of surface and subsurface water on a synthetic turf athletic fields is critical to maintaining the life span of the turf & track along with the usability of the field. Nilex’s NuDrain Turfcore provides peak performance protection and solves drainage problems...
The Portadam utilizes a steel supporting structure with a continuous reinforced liner/membrane to effectively provide a means of water diversion, retention or impoundment. The support structure is designed to transfer hydraulic loading to a near vertical load, thereby creating a free-standing...
CULTEC Stormwater Chambers are used as underground infiltration or retention/detention systems in replacement of ponds, concrete structures or pipe and stone installations, and can either replace or work in conjunction with bioswales. They are installed in trench or bed configurations according...
In terms of property damage, floods are the second most expensive type of natural disaster people face. For centuries, business owners, government agencies and engineers have all looked at ways to protect valuable property from flood damage. It is common for flood wall and levee repair projects...
Nilex's water inflated dams - Double Dam and Triple Dam - are water-inflated temporary dams that provide an economical, effective and safe alternative to conventional dam methods such as sand bags, earthen berms and mechanical barriers. They accommodate construction worksite dewatering, flood...
Wick Drain is a special purpose strip drain used for consolidation of soft, compressible soils. Wick Drain has two components – a core which serves as a water conduit for a geotextile filter fabric which allows water to pass into the core while restricting the movement of soil particles which...
Nilex Woven and High Strength Woven Geotextiles are often used for separation and stabilization in the construction of roads. The woven geotextile’s separation action prevents the mixing of dissimilar soils allowing each soil layer in the road structure to function as intended. The high...