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Solid Liquid Separation Product Applications For The Water And Wastewater Industry
10 applications found
The Multi-Disc Screw Pressis widely used for sludge dewatering and a solid-liquid separation of municipal and industrial wastewater from variety of industries including petroleum, food and beverage, feeds, pharmacy, paper making and painting ...
ByWuxi Qiuyuan Environmental Engineering Co., Ltd. based in Yixing City, CHINA
Specializing in the manufacturing of the next generation of solid/liquid separation systems, Heron Innovators developed Suspended Air® Flotation (SAF®) systems for customers in the truck washing industry. These skid mounted treatment systems address customers’ need for treatment of water reuse by removing suspended solids, oils, and grease. The solution Heron Innovators provides to these customers reduces surcharges prior to ...
ByHeron Innovators, Inc. based in Rocklin, CALIFORNIA (USA)
The lauter tun screen is necessary for a proper separation process. All BDi lauter tun/mash tun screens are custom built to your specifications. ...
ByB. Deo-Volente, Inc. based in Galesburg, ILLINOIS (USA)
Effective screening of inorganics and removal of grit improves the effectiveness of your downstream processes and the longevity of your equipment. WesTech engineers and manufactures a full line of headworks equipment. Our experience and our service-driven approach help you find the right solutions to get the most out of your headworks. The more debris and grit you can remove, the more efficient your downstream equipment and processes will become. Your wastewater treatment facility will save time and money with ...
ByWesTech Engineering, LLC based in Salt Lake City, UTAH (USA)
Source waters with moderate-to-high turbidity and/or organics require pretreatment. WesTech can provide conventional layouts with separate flocculation and clarification, or combination units such as solids contact clarifiers and even high-rate processes that can squeeze into very small footprints. Need soft water? No problem, WesTech does that ...
ByWesTech Engineering, LLC based in Salt Lake City, UTAH (USA)
Mine backfill is defined as the material used to fill the cavities (i.e., stopes) created by underground mining. Backfilling can be a means to dispose of sludge and/or tailings which may contain hazardous materials and to reduce surface environmental impacts by storing tailings underground. Alternately, backfilling with nonhazardous materials can allow for mining productivity improvements. To these materials are added a variety of fillers such as fly ash, course sand, or gravels along with a binder, such as ...
ByWesTech Engineering, LLC based in Salt Lake City, UTAH (USA)
Groundwater Treatment: WesTech offers a wide variety of equipment for groundwater treatment for potable use. Whether your treatment objective is gas removal, nitrate removal, iron and manganese removal, color removal, softening, or even filtering a source under the direct influence of surface water, WesTech has your ...
ByWesTech Engineering, LLC based in Salt Lake City, UTAH (USA)
Many times mining, oil and gas exploration, construction, and other activities take place in remote areas of the world. In these cases it is necessary to provide both potable water and treatment of sanitary wastes for the facility. In addition, many of these activities take place in temporary fashion as the sites will either be developed or abandoned at a future ...
ByWesTech Engineering, LLC based in Salt Lake City, UTAH (USA)
Landfills are categorized by regulations in three types: industrial, municipal, and hazardous. Individual landfills may be further differentiated by the types of waste which they accept. All landfills are required to be capped, usually occurring at the end of each day. The cap is typically 6-8” of soil. The cap reduces odor and loss due to wind. At the closing of the landfill, a permanent cap consisting of a membrane and more soil is added. Before the landfilling operation begins, an ...
ByWesTech Engineering, LLC based in Salt Lake City, UTAH (USA)
Hydrocarbons in the sour water system are typically present on a continuous basis at up to 10,000 ppm and during upsets to levels greater than 50,000 ppm. As little as 5,000 ppm Cat Naphtha lost to the sour water system from an FCC main fractionator overhead accumulator operating at 100 gpm water represents 262,800 gallons of potential product gasoline lost per year, with a recoverable product value greater than ...
ByPentair Filtration Solutions, LLC based in Conroe, TEXAS (USA)