Click Here for our Rainwater Harvesting System Design Guide.This is a comprehensive guide to the critical components and factors that should be considered for a rainwater harvesting system.Contact us for more information

Click Here for our Rainwater Harvesting System Design Guide.This is a comprehensive guide to the critical components and factors that should be considered for a rainwater harvesting system.Contact us for more information

Click Here for our Rainwater Harvesting System Design Guide.This is a comprehensive guide to the critical components and factors that should be considered for a rainwater harvesting system.Contact us for more information

Click Here for our Rainwater Harvesting System Design Guide.This is a comprehensive guide to the critical components and factors that should be considered for a rainwater harvesting system.Contact us for more information

Click Here for our Rainwater Harvesting System Design Guide.This is a comprehensive guide to the critical components and factors that should be considered for a rainwater harvesting system.Contact us for more information

Click Here for our Rainwater Harvesting System Design Guide.This is a comprehensive guide to the critical components and factors that should be considered for a rainwater harvesting system.Contact us for more information

Click Here for our Rainwater Harvesting System Design Guide.This is a comprehensive guide to the critical components and factors that should be considered for a rainwater harvesting system.Contact us for more information

Click Here for our Rainwater Harvesting System Design Guide.This is a comprehensive guide to the critical components and factors that should be considered for a rainwater harvesting system.Contact us for more information

Click Here for our Rainwater Harvesting System Design Guide.This is a comprehensive guide to the critical components and factors that should be considered for a rainwater harvesting system.Contact us for more information

Click Here for our Rainwater Harvesting System Design Guide.This is a comprehensive guide to the critical components and factors that should be considered for a rainwater harvesting system.Contact us for more information

Click Here for our Rainwater Harvesting System Design Guide.This is a comprehensive guide to the critical components and factors that should be considered for a rainwater harvesting system.Contact us for more information

Click Here for our Rainwater Harvesting System Design Guide.This is a comprehensive guide to the critical components and factors that should be considered for a rainwater harvesting system.Contact us for more information

The WISY Low Capacity Vortex Fine Filter is used in installations where multiple downspouts are connected to a single pipe into the vortex filter. A single unit can filter precipitation from a roof area up to 2,150 square feet for site irrigation, toilet and urinal flushing, janitorial use, laundries, fire protection, evaporative cooling tower make-up, process water, or other non-potable uses. The filter is typically installed in the underground piping system to direct debris to the stormwater system and divert up to 95% of clean rainwater to an underground storage tank. An above-grade application is also possible.Contact us for more information

The WISY Medium Capacity Vortex Fine Filter is used in installations where multiple downspouts are connected to a single pipe into the vortex filter. A single unit can filter precipitation from a roof area up to 5,500 square feet for site irrigation, toilet and urinal flushing, janitorial use, laundries, fire protection, evaporative cooling tower make-up, process water, or other non-potable uses. The filter is typically installed in the underground piping system to direct debris to the stormwater system and divert up to 95% of clean rainwater to an underground storage tank. An above-grade application is also possible. The WISY WFF 150 connects to a 6" pipe for above- or belowground storage. A 20-inch extension tube can be used to raise the inspection opening to ground level. The filter housing is made of polypropylene; filter insert is made of stainless steel. Filter mesh size is 0.28 mm (280 microns). Filter insert requires cleaning a few times a year and is dishwasher safe. Filter inlet, clean water outlet, and stormwater outlet can swivel for custom installation.Contact us for more information

The WISY High Capacity Vortex Fine Filter is used in installations where multiple downspouts are connected to a single pipe into the vortex filter. A single unit can filter precipitation from a roof area up to 33,000 square feet for site irrigation, toilet and urinal flushing, janitorial use, laundries, fire protection, evaporative cooling tower make-up, process water, or other non-potable uses. The filter is typically installed in the underground piping system to direct debris to the stormwater system and divert up to 95% of clean rainwater to an underground storage tank. An above-grade application is also possible.Contact us for more information

The WISY High Capacity Vortex Fine Filter is used in installations where multiple downspouts are connected to a single pipe into the vortex filter. A single unit can filter precipitation from a roof area up to 33,000 square feet for site irrigation, toilet and urinal flushing, janitorial use, laundries, fire protection, evaporative cooling tower make-up, process water, or other non-potable uses. The filter is to be installed above ground to direct debris to the stormwater system and divert up to 95% of clean rainwater to a storage tank. The Stainless Steel WISY WFF 300 connects with a DN300 flange pipe for above-ground storage. The filter housing and the filter insert are made of stainless steel. Filter mesh size is 0.38 mm (380 microns). Filter insert requires cleaning a few times a year and is dishwasher safe. In contrast to the standard WISY WFF 300, the Stainless Steel version can withstand a max pressure build-up of 87 PSI. The filter is rated for a maximum flow rate of 1,277 gallons per minute. Contact us for more information

The benefits of rainwater harvesting go beyond reducing water costs. Attain LEED credits through the US Green Build Council.Contact us for more information