Ultra Filtration Plants that we offer have a membrane fractionation process used to separate and concentrate macro-molecules and colloids from water. Our Ultrafiltration Plant is equipped with modern machines and with the use of the advanced technology the filtration of water is achieved. Our Ultrafiltration Plant works on the principle of Ultra Filtration which is most reliable and economical solution for the removal of impurities such as bacteria, heavy metals and suspended solids. Substances smaller than the particle size of the membrane are passed while large solutes or particles are rejected. The typical molecular weight cut off (M.W.C.O.) of Ultra Filtration membranes ranges from 1, 000 to 1, 00, 000 daltons. Because of its larger pore size, it does not reject dissolved salts but removes colloidal solids such as silica, iron and some T. O. C. contaminants. UF Membranes also have a wide range of pH and temperature tolerance and are easily backwash able, to avoid membrane fouling.

• Removal of colloidal silica from water, etc
• Chemical processing and electrode position paint recovery
• Water and waste treatment
  
• Food processing

• The pre-treatment by pre-UF needs only 20-30% space as compared to conventional pre-treatment system
• There is no biological growth in the filtration system, because of non - stagnant fluid flow
• Less civil costs and faster installation
• Less energy consumption
• Reduced waste disposal
• Lower operating costs

Ultra Filtration Plants that we offer have a membrane fractionation process used to separate and concentrate macro-molecules and colloids from water. Our Ultrafiltration Plant is equipped with modern machines and with the use of the advanced technology the filtration of water is achieved. Our Ultrafiltration Plant works on the principle of Ultra Filtration which is most reliable and economical solution for the removal of impurities such as bacteria, heavy metals and suspended solids. Substances smaller than the particle size of the membrane are passed while large solutes or particles are rejected. The typical molecular weight cut off (M.W.C.O.) of Ultra Filtration membranes ranges from 1, 000 to 1, 00, 000 daltons. Because of its larger pore size, it does not reject dissolved salts but removes colloidal solids such as silica, iron and some T. O. C. contaminants. UF Membranes also have a wide range of pH and temperature tolerance and are easily backwash able, to avoid membrane fouling.

• Removal of colloidal silica from water, etc
• Chemical processing and electrode position paint recovery
• Water and waste treatment
  
• Food processing

• The pre-treatment by pre-UF needs only 20-30% space as compared to conventional pre-treatment system
• There is no biological growth in the filtration system, because of non - stagnant fluid flow
• Less civil costs and faster installation
• Less energy consumption
• Reduced waste disposal
• Lower operating costs