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Chlorination Product Applications
409 applications found
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Oxidizers accept electrons, reducers lose electrons. Examples of oxidizers are: chlorine, hydrogen peroxide, bromine, ozone, and chlorine dioxide. Examples of reducers are sodium sulfite, sodium bisulfate and hydrogen sulfide. ...
ByMyron L Company based in Carlsbad, CALIFORNIA (USA)
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Problem: Analyze total chlorines as well as organic compounds with a quick time response. Motive: Protects and authorizes the incinerator functioning : VOC limits the ability to incinerate Chlorine and fluorides limits the ability to incinerate to protect the incinerator Analytical Solution: VOC analyzed from the FID GC The total Halogenated compounds Installation of a reactor to convert the chlorines and the fluorides into HCl and HF Halogenated ...
ByChromatotec based in Saint-André de Cubzac, FRANCE
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Discover innovative application strategies for the fast and correct determination of element contents (carbon, nitrogen, sulfur, chlorine, metals and more) in a wide range of petroleum products, including source materials, process intermediates, additives, ultra-pure end products as well as distillation residues and other by-products. ...
ByAnalytik Jena - an EndressHauser Company based in Jena, GERMANY
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Learn about Analytik Jena's elemental analysis techniques for the determination of metal and non-metal elements, e.g., carbon, sulfur, nitrogen and chlorine, in renewable bio- and secondary derived fuels and their variable source materials. ...
ByAnalytik Jena - an EndressHauser Company based in Jena, GERMANY
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In the manufacturing process, waste gas containing chlorine in raw material may pollute environment It is necessary to monitor gas components to control process safety, increase production efficiency and protect process equipment in the Chlor-Alkali ...
ByHangzhou Chunlai Technology CO., Ltd. based in Hangzhou, CHINA
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Increased contact time leads to less chlorine usage. Not only does using less chlorine save money, it also reduces the magnitude of TTHM issues. ...
ByIxom Watercare based in Dickinson, NORTH DAKOTA (USA)
Third Party Validation Study – Organic Light reduces Surface APC counts by 85% and eliminating several microbials not effected by Chlorine Wash, Organic Light proves to be a viable technology in replacing traditional precooling Chlorine ...
ByRadiant Industrial Solutions based in Houston, TEXAS (USA)
With its high oxidation performance, HypoX® reduces TTHM (Total Trihalomethane) and HAAs (Haloacetic Acids) formed by the reaction of chlorine and organics up to 40%. HypoX® is a special solution that creates a much lower disinfection by-product (DBP), despite leaving a chlorine ...
ByKemisan based in Güzelbahçe/İzmir, TURKEY
Odor in pools depends not to chlorine but to chloramine and chemical compounds, which are formed by improper treatment of pool water. Chloramines are generated by a mixture of two ingredients: chlorine disinfectants and sweat, oil and urine entering the swiming pools by ...
ByKemisan based in Güzelbahçe/İzmir, TURKEY
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Chlorine dioxide (ClO2) is widely used in pulp bleaching. ClO2 generators continuously purge sulfuric acid to prevent accumulation of sodium sulfate, but our technologies separate waste streams to allow for the recycle of sulfuric acid resulting in dramatic cost savings on acid purchases, fewer shutdowns, and a more efficient ...
ByKovalus Separation Solutions, Inc. based in Wilmington, MASSACHUSETTS (USA)
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The US EPA recommends using Ozone technology, as a safer, cleaner alternative over Chlorine and other chemical treatments, for disinfection and treatment in Sewage Treatment Plants ...
ByOzone Research and Applications India Private Limited (Oraipl) based in Nagpur (M.S), INDIA
Olin Chlorinated Organics offers products that are essential agents in petrochemical and oil refinery processes worldwide. ...
ByOlin Corporation based in Clayton, MISSOURI (USA)
Clients who need to monitor different levels of chlorinated water deposits, reclaimed water, and the quantities of Chlorine and Sodium Bisulfite added. ...
ByItech 515, SL based in Tarragona, SPAIN
Sodium Hypochlorite. Chlorine. SO2. Citric Acid. Lime. Phosphoric Acid. Sulfuric Acid. Copper ...
ByCarus Corporation based in Peru, ILLINOIS (USA)
The chloride process of titanium dioxide (TiO2) pigment manufacture first converts titania-containing ores to TiCl4 via a carbochlorination reaction at a high temperature in a chlorinator in the presence of chlorine gas and petroleum coke added as a ...
ByProtea Limited based in Middlewich, UNITED KINGDOM
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The method allows the determination of such macronutrients as ammonium nitrogen (ammoniacal nitrogen, NH4-N), nitrate nitrogen (NO3-N), phosphorus (P or P2O5), potassium (K or K2O) as well as sodium, magnesium, calcium, sulfur, chlorine (chloride), fluorine ...
ByLumex Instruments based in Mission, BRITISH COLUMBIA (CANADA)
Many metallurgical processes require chlorine gas for refining or purification. Klorigen™ chlorine generation systems alleviate the risk inherent with the usage of large quantities of pressurized chlorine gas in these facilities. Klorigen™ systems produce chlorine gas on-demand and under vacuum, eliminating the storage and use of pressurized chlorine gas and the risks associated with chlorine gas ...
ByElectrolytic Technologies USA based in North Miami Beach, FLORIDA (USA)
Filtration of phosphoric compounds and ferments during the production of wetting, washing and cleansing agents Chemical intermediate products and fillers kaolin, aluminium oxide, activated clay etc. Chlorine electrolysis filtration of brine to produce sodium hydroxide and chlorine Pfeilpressure vessel ...
ByJVK Filtration Systems GmbH based in Georgensgmünd, GERMANY
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Ozone is a very effective alternative to chlorine and other chemicals as a disinfection agent in swimming pools. Ozone can safely prevent the formation of chlorine byproducts, such as chloramines and trihalomethanes which are potentially ...
ByAbsolute Ozone® based in Edmonton, ALBERTA (CANADA)
The most common method for treating free or simple cyanide is alkaline chlorination. However, chlorination of cyanide results in highly toxic intermediates (e.g., cyanogen chloride) and, if organic material is present, chlorinated VOC’s. These compounds, together with the residual chlorine, create additional environmental problems. Consequently, there is a growing need for alternative, non-chlorine methods for destroying cyanides. ...
ByUSP Technologies based in Atlanta, GEORGIA (US) (USA)