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Work with Nexterra Environmental for sustainable erosion and stormwater solutions
Products
Presto GEOWEB Slope Protection System
Presto GEOWEB Slope Protection System
Stabilize Slopes and Maximize Land Use with the GEOWEB® Slope Protection System
The Presto Geosystems GEOWEB® Slope Protection System offers an efficient and cost-effective solution for stabilizing challenging slope surfaces. Designed to meet a wide range of performance and aesthetic needs, the system uses select infill materials confined within a 3D cellular structure to prevent the shifting and movement of embankment soils. These cellular units act as anchored containers in the upper soil layer, providing strong resistance to sheet flow and significantly reducing erosion, rill formation, and gully development—especially in areas with concentrated flow or highly erodible soils.
By stabilizing slope surface materials, GEOWEB allows for the construction of steeper embankments with a smaller footprint, making it ideal for space-constrained projects and maximizing land use. Multiple design configurations are available to suit specific project goals. Let Jen-Hill Construction guide you through selecting the right GEOWEB solution to ensure long-term slope stability and environmental protection.
Discover the Power of Porous Pavement with Jen-Hill
Transform your stormwater strategy with Jen-Hill Construction’s advanced porous pavement solutions. Engineered to allow water to pass through the surface and into the ground, our systems reduce runoff, promote infiltration, and support sustainable, low-impact development—ideal for both new construction and retrofit projects.
Case Study
GEOWEB at The Hobbit House. Nestled in the rolling terrain of Knoxville, Tennessee, the “Hobbit House” is a one-of-a-kind residential build that merges imaginative architecture with eco-conscious design. With a dome-shaped roof that slopes seamlessly into the earth, the structure called for a creative and resilient solution to support a living, vegetated roof. The homeowners needed a way to stabilize soil and prevent erosion on the steeply pitched roof without compromising aesthetics or sustainability.
