The Wedge water filter system is made up of 12″ square by two inch high interlocking high-strength polyurethane media tiles. The media features a special non-clogging design, easy maintenance, and near perfect reliability. The Wedge water system only requires a mere portion of the space used of sand drying beds. No specialized skills are required of personnel for operation. Just fill the bed, wait a few days, then remove the sludge and clean the bed. The system functions by force of gravity without supervision, and the only energy costs are the minor requirements of the auxiliary pumping and polymer equipment. And with the Wedge water™ Filter Bed system, there is no ongoing media loss.
Practically indestructible, the Gravity Flow Systems Southwest, Inc. high-strength polyurethane media provides all of the process advantages of our stainless steel Wedgewater™ Filter beds in a very economical, corrosion-proof sludge dewatering bed. Fast sludge dewatering in a limited space, ease of use and maintenance, and a modular design lets you put them where you need them, as you need them.
Flocculated solids are placed on top of a bed containing the Wedgewater™ media. Typical water and wastewater treatment plant sludges can be dewatered to a liftable, truckable state in only a few days, compared to weeks or months with the normal sand drying beds. The system provides high capture rates and extremely clean filtrate. Dried solids removal can be accomplished using a small front-end loader. Once the cake solids have been removed, the bed can be washed down with a hose and is ready to go again.
Outside diameter: 300mm inside diameter: 220mm height: 750mm total weight: 15. 5kg thickness of carbon bed: 50mm installation: vertical or horizontal ...view details
Adsorbtion technology is based on the ability of activated carbon to retain most volatile organic compounds. Activated carbon is a chemically inert ...view details
Activated carbon is the most widely used adsorbents for air pollution control. It has a very porous structure with a high surface-to-volume ratio; ...view details
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