Capital Controls Series WM4000 gas feeders are wall cabinet mounted vacuum operated and designed to conveniently house a combination of gas feed equipment. The fibreglass cabinets enclose the gas flow control components.
Leopold fiberglass wash-water troughs are employed in water and wastewater filters to provide uniform removal of wash water during backwashing. They are available in a wide selection of carrying capacities to meet any design requirement.
WEDECO TAK Series Open Channel Disinfection System for wastewater applications.
Pipeline Flash Reactors™ (PFRs or spool pieces) utilize high velocity mixing to transfer ozone or oxygen-enriched sidestreams into bulk water flow, all within a compact footprint. With a PFR, ozone or oxygen mass transfer occurs in the pipeline within seconds, eliminating the need for additional tanks or basins. Whether it is providing ozone for water purification or increased dissolved oxygen for wastewater, Mazzei’s PFR uniformly distributes gas into the water and minimizes the size and cost of gas contacting.
Designed for use in the Constant Chlor® Plus Chlorinator, Constant Chlor® Plus Briquettes provide the perfect chlorine solution for use in many applications including the treatment of surface and groundwater for municipal drinking water use, as well as the treatment of wastewater effluent
The ozone oxidation of affected drinking water sources with high levels of bromide may lead to bromate formation in the product water. Bromate in drinking water is undesirable as it‘s a suspected human carcinogen. The PRO3MIX bromate control system is an intelligent ozone-based advanced oxidation process (AOP) introduction and reaction system enabling ozone treatment in a compact and intelligent design to mitigate bromate formation even in cases of high level bromide in source water.
The NeoTech D438™ is specially designed to disinfect water and is an essential component in advanced oxidation processes.
NoMonia is a dual-stage engineered biotreatment process that relies on naturally occurring bacteria. Typically, the amount of ammonia that can be oxidized during the natural nitrification process is limited by oxygen availability and its saturation level in the water.
Total chlorine measurement is essential in the control of chlorine in water before its return to the environment in a wide range of industrial applications including desalination. It also provides accurate reporting to the EPA about that control. To meet EPA requirements, the instrument must be reliable for long periods of time and monitor down to 500 ppb. The Rosemount Total Chlorine Measurement system from Emerson meets and exceeds all requirements while saving money through the use of low-cost reagents.
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