6-Inch GEOJET with Check Valve
Model #: GEO6SSCVLV
Key Features
Enhanced Filtration
Multi-layered geotextile capable of soil filtration and active oil biodegradation, reducing hydrocarbons in runoff.
Environmental Benefits
Combines biological and mechanical systems to protect soil and water quality, biodegrading pollutants like oils and PAHs.
Low Maintenance
Maintainable design similar to existing JET Filters, allowing for the replacement of filter textiles to ensure longevity and efficiency.
Sustainability
The GEOJET emphasizes reducing pollution and contributing to environmental protection with its innovative geotextile and biodegradation technology.
6-Inch GEOJET with Check Valve Product Description


- Comprehensive Filtration and Backflow Prevention:
The 6-Inch GEOJET with Check Valve (GEO6SSCVLV) provides an advanced combination of hydrocarbon filtration and a check valve mechanism, ensuring optimal drainage and backflow protection. - Biodegradable Hydrocarbon Filtration:
The system’s multi-layer textile captures and biodegrades hydrocarbons efficiently, promoting sustainable drainage in sensitive environments. - Engineered for Demanding Scenarios:
Designed for use in seawalls, urban drainage, and retaining walls, the 6-Inch GEOJET with Check Valve excels in managing high-pressure water flow and pollutant loads.
Size
6″ dia.
Face Plate
316L SS
Cage
316 L Stainless Steel perforated 1/4″ holes 5/16″ Staggered 16ga
Filter Media
Geotextile
Corrosion Resistance
316L Stainless Steel
Housing
316L SS
Ring Plate
316L SS
Filter Cartridge
UV Protected Black ABS
UV Protection
Filter Cartridge & Filter Media
Filter Fabric Surface Area
76.5in²
GEO6SSCVLV - 6-Inch GEOJET with Check Valve for Oil-Polluted Runoff
The 6-Inch GEOJET with Check Valve combines high-capacity drainage with a closed-end check valve to manage hydrostatic pressure and prevent backflow in systems exposed to oil-polluted runoff. Featuring a 6-inch diameter and a fabric surface area of 76.95 in², the conical design provides over 2 times greater water flow than traditional systems. Its maintainable, durable design is perfect for large-scale applications like seawalls and flood control structures.
