Activated Carbon Block Filter for Reducing Chlorine and Organic Chemicals
This vinyl double containment piping system is fast and easy to install, and is available with a complete selection of pipe, fittings, and valves. Additionally, an innovative "valve-in-valve" design is offered which allows full containment pressure rating. Double-See™ is available in PVC and CPVC; either material may be primary or secondary (PVC x PVC, CPVC x PVC, CPVC x CPVC) with Clear PVC always being an option for the containment pipe. System size options range from 1/2" x 2" to 6" x 10", meeting virtually any application requirement. Installation versatility allows simultaneous joining throughout a system or in combination with patented closure couplings which enable practical compliance with the ASME B31.3 requirement for visual inspection of all primary joint connections during the pressure test before closing the secondary piping joint.
The OptiVenn Series is a family of robust and flexible UV Systems with advanced technology designed to meet the stringent requirements of Pharmaceutical, Food & Beverage, Microelectronics and other Industrial Markets.
The treatment chamber is constructed of 316L SS with two finish options. The control panel is constructed of 304 SS and is equipped with a Universal Controller which provides control, monitoring and operational information in a single convenient location.
The treatment chamber and control panel are extremely compact, yet offer flexibility of installation to accommodate into different skid designs or as a standalone UV System.
The RCP is Sulzer’s standard range of recirculation pumps, specifically designed for pumping and recirculation of activated sludge in the denitrification/nitrification process of a wastewater treatment plants. This compact and easy-to-handle pump is efficient and reliable. RCP pumps are designed for large flows and low heads between 0.1 and 1.8 m (4 to 71 in). Compared to conventional axial flow pumps, recirculation pumps do not require expensive structures in the tank, such as inflow chamber and a large rising pipe.
The Hypress® Dewatering Press is a reliable performer that dewaters and compresses coarse and fine screenings up to 35% dry weight, depending on the material. It reduces volume as much as 75% to minimize hauling and landfill costs. The Hypress unit is rugged, durable and fabricated of corrosion-resistant 304L stainless. It comes with a drain pan that collects water pressed from the screenings.
The SRD Pressure Reducing Valves provide smooth, steady and precise pressure control from maximum to virtually zero flow without the need for low-flow bypass valves. The effective area of a single rolling diaphragm remains constant so the bonnet is much smaller and lighter than a flat diaphragm version. A measured quantity into the bonnet control chamber always gives the same smooth movement of the inner valve through the entire stroke. A smaller bonnet also makes the valve lighter and safer for maintenance, while the smaller control chamber enables it to respond faster to changing pressures. By eliminating the seat chatter at low flows, the SRD avoids injecting small pressure pulses into the piping, which, over time, may increase leakage, losses or pipe bursts.
Kaeser understands the important requirements wastewater treatment plant designers and operators consider when evaluating and selecting blowers and compressed air equipment.
Where the most challenging of detection capabilities are required for quality assurance, critical process control or the protection of a precious process catalyst from poisonous impurities, no other laser analyzer can match the capability of this analyzer in performance.
A front-clean, front-return mechanical cleaning system for existing bar screens. Provides cleaning for openings from 1/2 inch to 4 inches wide, with a maximum penetration of up to 2 inches.
The WEDECO LBX Series is a thousand times proven, energy efficient solution for the disinfection of pressurized wastewater, surface water, process water, and other low UV transmittance liquids.
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