Hexa Research
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molds. HEPA filters, particularly used in safe cells are made up of nuclear grade material and are intended to provide protection from nuclear fallout and biological agents. Carbon filters are predominantly used to eliminate organic acids, halogens, chlorinated hydrocarbons, aldehydes, ketones, sulphur dioxide, ethers, esters, sulphuric acid, phosgene and other air borne chemicals. Furthermore, these filters assist in removing odor from humans and animals. Also, Carbon filters are estimated to be successful in eliminating VOCs( volatile organic compounds) as well as disinfecting perfumes and household chemicals.
The carbon Filters utilizes a combination of NUK-TK carbon which is specialized in treating radioactive iodine and ASZM-TEDA for treating highly volatile warfare gas agents. The granular blend is pushed onto a compressed block having proper bed-depth to meet the specification for absorption of chemical agents and eliminating blow-by. This is significant as the carbon filter actually adsorbs the gases, molecule by molecule, onto its surface. Thus, Carbon filters offers protection from the broadest spectrum of airborne gas threats.
Filter system embedded with activated carbon filters are expected to rise to prominence as they filter particular toxic aerosol compounds by treating with various chemicals. However, for achieving better operational efficiency, a combination of HEPA and Carbon filters is used. Prefilters are primarily used to control the flow of the air by offering high resistance to it. By blocking the passage of fibres and other large particles from entering into air filtration system, it improves the product life.
North America, with United States in particular, is the most crucial market for nuclear air filtration systems and is expected to witness substantial growth in the near future. Countries having a large number of nuclear power generating facilities and research establishments are expected to boost the global nuclear air filtration industry growth over the forecast period. UK, France, Japan, Sweden, Russia, Ukraine, Germany, India, South Korea and China holds greater potential for the filters for the years to come.
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