StormChamber is an arch-shaped plastic underground storm water chamber that is used for water retention, detention, conveyance, water quality and reuse. It is a highly cost effective and environmentally sound alternative management tool for the control of storm water runoff, enhancement of water quality, peak flow attenuation, sediment maintenance and control, and nitrogen, phosphorous, and other pollutant removal, designed to overcome the deficiencies of currently existing technologies.
StormChamber was developed by biologists, ecologists, and engineers to improve upon existing products in the marketplace currently used in storm water management. We have been in business and selling product under HydroLogic Solutions for over 16 years. The company has several patents and registered trademarks on its products.
StormChamber utilizes basic corrugated arch shape for structural integrity and exceeds the AASHTO/ASTM wheel load rating by over four times. Our system provides greater flexibility in engineering and hydraulic design and enhances water quality as well as our patented “SedimenTrap” product creating the most cost effective storm water system meeting both storage and water quality needs.
StormChamber was designed as an open bottom, high-density polyethylene infiltration chamber BMP which functions in both permeable and non-permeable soils for subsurface retention/detention of storm water runoff. It reduces nutrient and other pollutant loadings by taking advantage of the natural biological and physical properties of the soil, directly comparable to the functions of a septic drain field. It also recharges ground water drinking supplies, while concurrently helping to maintain base flow to streams, wetlands, lakes, and ponds and counter salt-water intrusion.
Through laboratory development and applied research it is the mission of HydroLogic Solutions to provide innovative and environmentally sound solutions to storm water management and non-point source pollution problems. We are committed to provide solutions and address future storm water management challenges in a practical and cost effective manner.