drinking water chlorination Applications

Chlorine Dioxide Water Treatment for the Municipal Drinking Water Treatment

Chlorine dioxide is a well-known disinfectant for drinking water with many advantages over chlorination. Today there are estimated to be over 900 public water systems using chlorine dioxide for water disinfection world-wide. Also in Australia it is approved for a wide range of uses. However, the acceptance of chlorine dioxide in Australia as a disinfecting agent for drinking water has been hampered by the crude methods available for generating chlorine dioxide – methods that require relatively complex...

By NW Solutions based in Perth, AUSTRALIA.

Chlorine dioxide treatment for potable water

Chlorine dioxide is an effective tool for the treatment of potable water. It is a powerful disinfectant that nicely balances purification performance against disinfection by product formation. It is one of four EPA approved disinfectants for drinking water with CT values second only to ozone in biocidal efficacy but without the ozonation by-products or high capital expense.

By DuPont Chlorine Dioxide based in North Kingstown,, RHODE ISLAND (USA).

Municipal Wastewater treatment for drinking water

As one of the world`s most precious natural resources, the reuse of water is becoming increasingly important. MIOX is both the most cost-effective solution and the preferred technology for disinfection and oxidation of wastewater for reuse or reintroduction into the environment. MIOX`s hypochlorite generators offer a safer, technologically superior solution to wastewater treatment, virtually eliminating many of the negative problems associated with traditional chlorine disinfection. Safer, economical and significan...

By MIOX Corporation - Johnson Matthey`s Water Technologies based in Albuquerque, NEW MEXICO (USA).

Early warning systems for drinking water

Drinking water supply and distribution systems around the world (a critical and interdependent component of a nation’s infrastructure) are vulnerable to both intentional and accidental contamination. Unusual water quality may serve as a warning of potential contamination. The available physico-chemical sensors utilize general water quality parameters, such as free chlorine, oxidation reduction potential (ORP), total organic carbon (TOC), turbidity, pH, dissolved oxygen, chloride, ammonia, nitrate to detect...

By microLAN B.V. - Aqualabo Group based in Waalwijk, NETHERLANDS.

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Ultraviolet disinfection systems for the drinking water inspectorate

With atg UV systems treating in excess of 2500 m3/hr daily, Ultraviolet disinfection is no longer an ‘emerging` technology. A number of Water Treatment Works across the world are now investing heavily in Ultraviolet technology as the threat of chlorine resistant parasites, such as Cryptosporidium and Giardia, continue to pose a serious risk to water companies and their customers. To this end, in the UK, the DWI have issued their guidelines for UV operation and system selection to the UK water industry. A...

By atg UV Technology based in Wigan, UNITED KINGDOM.

Drinking water solutions for the DBP formation potential

Problem: Drinking water plants that use chlorine for disinfection must ensure organic matter is removed before chlorination to limit the formation of harmful disinfection by-products (DBPs), most commonly Trihalomethanes (THMs) and Haloacetic acids (HAA5).

By Real Tech Inc. based in Whitby, ONTARIO (CANADA).

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Ultraviolet disinfection systems for the offshore potable drinking water

atg UV Technology are the market leader for UV systems designed to treat potable drinking water for offshore crew water supplies. UV is now the disinfection technology of choice, providing a simple chemical free solution to protect against all known bacteria and harmful microorganisms, including chlorine resistant microorganisms such as Cryptosporidium and Giardia. Available as skid mounted, duty / standby solutions, atg UV Technology’s offshore UV drinking water packages are included as part of the on...

By atg UV Technology based in Wigan, UNITED KINGDOM.

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Determination of chlorate, perchlorate, and chlorite ions in drinking water including bottled water

Introduction Chlorination remains the most widespread way of disinfecting water in the world. Its flaws are: high toxicity of chlorine and other chlorinating reagents, also formation of various chlorine-containing compounds, including chlorite-, chlorate, and perchlorate anions. Maximum permitted levels (MPL) of these components are established in WHO Guidelines for drinking water and other regional and national regulations.

By Lumex Instruments Group based in Mission, BRITISH COLUMBIA (CANADA).

Chlorination Systems for Water Treatment

Disinfection of drinking water means the effective deactivation or killing of microorganisms that may be present in water. Disinfection of drinking water is essential to ensure our water is safe to and free from harmful bacteria even after it has been stored or transferred through a network of pipes before reaching the consumer. The use of chlorine based compounds is the most widely used technology around the world as it effectively kills the majority of harmful microorganisms and leaves a long-lasting residual...

By Prodose Ltd based in Desborough, UNITED KINGDOM.

Water Disinfection for Municipal Water Treatment

As one of the world`s most precious natural resources, the reuse of water is becoming increasingly important. MIOX is both the most cost-effective solution and the preferred technology for disinfection and oxidation of wastewater for reuse or reintroduction into the environment. MIOX`s hypochlorite generators offer a safer, technologically superior solution to wastewater treatment, virtually eliminating many of the negative problems associated with traditional chlorine disinfection. Safer, economical and significan...

By MIOX Corporation - Johnson Matthey`s Water Technologies based in Albuquerque, NEW MEXICO (USA).

Drinking water solutions for the TOC removal efficiency

Problem: Organic matter (UV254/TOC) in drinking water can react with chlorine to form harmful disinfection by-products (DBPs). Some removal of TOC is achieved through the conventional drinking water treatment processes, while carbon absorption may be used to further enhance the removal of TOC prior to chlorine disinfection.

By Real Tech Inc. based in Whitby, ONTARIO (CANADA).

Chlorine dioxide tablets

The importance of drinking water quality for the production and performance of poultry has become one of the most important management tools. Without an adequate supply of good quality water, bird performance will be impacted. The key is not just the adequate supply of water, but good quality water. One prime factor that determines the wholesomeness of water is its microbial quality. Therefore, it should be of primary concern for production personnel and poultry producers to know the microbial quality of water...

By GlobalEx Official based in REPUBBLICA DI SAN MARINO, ITALY.

Legionella Control with Chlorine Dioxide

Chlorine Dioxide has been shown to be extremely effective in the control of legionella bacteria and the prevention of Legionnaires’ Disease and Feedwater’s patented Activ-ox® system is the easiest and safest way to treat drinking, domestic and cooling water with chlorine dioxide.

By Feedwater Ltd based in Moreton, UNITED KINGDOM.

Industrial water TOC and Color removal from water

All surface waters contain varying amounts of naturally occurring organic acids. The most commonly encountered being tannic and humic. These substances have varying molecular weights and varying amounts of carboxylic functionality. There has been much interest in the removal of these substances from drinking water supplies due to their tendency to form THM`s when chlorinated. They can be removed effectively by use of anion exchange resins operated in the chloride cycle. Because the organics can be removed by...

By PuriTech Ltd based in Herentals, BELGIUM.

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