DynaWave® Reverse Jet Scrubber, a variation of the traditional wet scrubber device, is a form of air pollution control technology for particulate and acid gas removal, as well as hot gas quenching. This technology is currently engineered by MECS,® Inc., a global leader in the design and construction of sulfuric acid plants and related high performance technologies for the phosphate fertilizer, oil refining, and metal smelting industries. The scrubbers are a family of gas/liquid contactors utilizing patented Froth Scrubbing Technology. Liquid is added to the gas stream so that it balances the momentums of the liquid and gas, which in turn creates a “Froth” zone, an area where the gas must pass through. This “Froth” zone is an area of extreme turbulence where mixing is so intense that it pro
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| - DynaWave® Reverse Jet Scrubber, a variation of the traditional wet scrubber device, is a form of air pollution control technology for particulate and acid gas removal, as well as hot gas quenching. This technology is currently engineered by MECS,® Inc., a global leader in the design and construction of sulfuric acid plants and related high performance technologies for the phosphate fertilizer, oil refining, and metal smelting industries. The scrubbers are a family of gas/liquid contactors utilizing patented Froth Scrubbing Technology. Liquid is added to the gas stream so that it balances the momentums of the liquid and gas, which in turn creates a “Froth” zone, an area where the gas must pass through. This “Froth” zone is an area of extreme turbulence where mixing is so intense that it pro
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| - DynaWave Reverse Jet Scrubber
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| - DynaWave® Reverse Jet Scrubber, a variation of the traditional wet scrubber device, is a form of air pollution control technology for particulate and acid gas removal, as well as hot gas quenching. This technology is currently engineered by MECS,® Inc., a global leader in the design and construction of sulfuric acid plants and related high performance technologies for the phosphate fertilizer, oil refining, and metal smelting industries. The scrubbers are a family of gas/liquid contactors utilizing patented Froth Scrubbing Technology. Liquid is added to the gas stream so that it balances the momentums of the liquid and gas, which in turn creates a “Froth” zone, an area where the gas must pass through. This “Froth” zone is an area of extreme turbulence where mixing is so intense that it produces high rates of heat and mass transfer, as well as collecting small particles efficiently. The Froth Technology used in DynaWave was invented by E.I. du Pont de Nemours and Company in the mid-1970’s. When DuPont was using the technology, they had installed over 140 froth scrubbers in over 40 applications. Originally the technology was treated as confidential and not published or made available outside of DuPont. In 1987, Monsanto Enviro-Chem Systems, Inc. purchased the technology from DuPont to market and supply Froth Scrubbing Technology in sulfuric, incineration and other industrial gas cleaning applications. In 2005, Monsanto Enviro-Chem (MECS, Inc.) management team acquired the company from Monsanto. Dynawave scrubbers have several advantages over traditional gas/liquid contactors. The inherent design and operating simplicity, exemplified by the lack of atomizing spray nozzles, narrow passages or moving parts, results in high on-stream reliability and low maintenance costs. Overall system reliability and effectiveness are further enhanced by setting up a multiple nozzle system.
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