Description
High quality apricot shell activated carbon water treatment, peach shell, walnut shell, husk as raw materials such as jujube shell, activated carbon carbonization, activation, superheated steam catalytic refining process, the appearance of black amorphous particles, the series production and processing technology into an activated carbon. With abrasion resistance, developed porosity, adsorption high-performance, high strength, easy regeneration, economic and durable, etc., are now widely used in domestic, industrial, liquid adsorption, activated carbon water treatment, air purification activated carbon. Especially suitable for power plants, petrochemical, refinery, textile printing and dyeing, food and beverage, pharmaceutical active carbon, electronic high water, drinking water, industrial water reuse and other industries. More effective adsorption of free chlorine, phenol, sulfur, oil, colloid, pesticide residues and other organic contaminants, chlorine, dechlorination half the value, and the organic solvent recycling.
Usuage:
1. For solid PAC, dilution is necessary before being dosed. Dilution proportion for solid product is 5%-10%, and for liquid product, 5%-50%(based on weight percentage).
2.The specific dosage is based on the flocculation test and on the trail. Normally, the dosage of solid is 1-15g/MT, the dosage of liquid product is 3-40g/MT
3. Its acidity is lower than other inorganic coagulants.
4. The PAC solution can not be place more than one week.
Description of the Process - Chlorinated Drinking-Water
Prior to the successful widespread introduction of chlorination, water treatment techniques existed that included filtration, followed by chemical precipitation and
What is Chlorination? — Safe Drinking Water Foundation
Jan 23, 2017 - In order to combat waterborne diseases, different disinfection methods are used to inactivate pathogens. Along with other water treatment
Chlorination of Drinking Water - Water Research Center
Chlorination is effective against many pathogenic bacteria, but at normal dosage rates it does not kill all viruses, cysts, or worms. When combined with filtration,
Description of the Process - Chlorinated Drinking-Water
Prior to the successful widespread introduction of chlorination, water treatment techniques existed that included filtration, followed by chemical precipitation and
Chlorination of Drinking Water - Water Research Center
Chlorination is effective against many pathogenic bacteria, but at normal dosage rates it does not kill all viruses, cysts, or worms. When combined with filtration,
Drinking Water Chlorination: A Review of Disinfection
During the treatment process, chlorine is added to drinking water as elemental chlorine (chlorine gas), sodium hypochlorite solution or dry calcium hypochlorite
Water chlorination - Wikipedia
Water chlorination is the process of adding chlorine or chlorine compounds such as sodium hypochlorite to water. ... In particular, chlorination is used to prevent the spread of waterborne diseases such as cholera, dysentery, and typhoid
Water chlorination - Wikipedia
Water chlorination is the process of adding chlorine or chlorine compounds such as sodium hypochlorite to water. ... In particular, chlorination is used to prevent the spread of waterborne diseases such as cholera, dysentery, and typhoid
What is Chlorination? — Safe Drinking Water Foundation
Jan 23, 2017 - In order to combat waterborne diseases, different disinfection methods are used to inactivate pathogens. Along with other water treatment
Chlorination | Water Purification | Chlorine - WaterProfessionals
Typically, chlorine is added to public drinking water as the final stage of treatment, often following an upstream filtration step which removes sediment that can tie