product description:
This product is a new generation of inorganic polymer coagulant, the present process technology modified PFS series of products, nitrite-free, safe and no secondary pollution hydrolysis produce large amounts of [Fe4 (H2O) 6] after , [Fe2 (H2O) 6], [Fe (OH) 2] and other polynuclear complexes, can play the role of adsorption, bridging, cross-linked, so that colloidal micro-particles in the water gather together at the same time also occurred in a series of physical and chemical changes, and so they have a strong power and capacity, thereby reducing the potential of the micelles, undermining the stability of micelles, prompting rapid aggregation particles precipitate.
Application
It's mainly used for refining of edible vegetable oi.
Used for decoloring, refining and purifying industrial oil, such as lubricating oil, diesel oil, paraffin wax, gasoline, grease, kerosene, white oil,v aseline, etc.
Used for recycling and regeneration of industrial waste oil,such as machine oil, lubricating oil,used engine oil, etc.
Decoloration and refinement of edible animal and vegetable oil like Cottonseed oil , Soyabean oil, Sunflower oil, Rapeseed oil, Mustard oil , Peanut oil , Coconut oil , Corn oil , Olive oil, Ricebran oil , Palm oil, Palm-kernel oil, Linseed oil , Castor oil , Jajoba & Canola oils.
Decoloration and refinement of Paraffin wax, Soap.
Separation of olefin in arene and alkene, petroleum schizolysis, polymerization and catalysis of olefin.
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
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
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
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,
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
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
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