Iron is a very harmful contaminated in natural supplies and remains in the water in the form of ferrous bicarbonate in dissolve state and organic form. Iron is widely distributed over the surface of the earth in the form of oxides and also occurs in many rock formation, gravels, sands and clays. If rain water (highly charged with Co and O) is sinking into the earth, it comes in contact with these oxides and decomposes and absorbs them in form of soluble iron and manganese bi-carbonates. As long as the water is charged with carbon dioxide, it will remain bright and clear, but as soon as the carbon dioxide escapes, as happens when the water is drawn to the surface, the dissolved iron and manganese are converted to an insoluble form, which appears in the form of a heavy brown cloud, imparting an objectionable taste and odor to water. Ferimenix Iron Removal Filter

• As per PHED and WHO’s rule, the iron content’s limit of potable water is 0.2 to 0.3 PPM as Fe and for process industries it is even lower.
• Extra iron causes health hazard and also stains cloth and house hold articles. Iron tends to foul Ion Exchange Resin used in water softening
• Plants and De-mineralized plant causing irreparable damage and reducing its life and performance.
• The removal of iron and manganese is effected by passing the water first through FERRIMENIX, a hard, black granular sand like substance in the presence of which the desire chemical change at once takes place and afterward through a sand bed of the usual rapid pressure type. FERRIMENIX installation is phenomenally high figure of 7 PPMof iron that is reduced to a trace amount. Our Iron Removal Filter plant provides two stages oxidation of iron (1) at oxidation chamber through Air Compressor and (2) at the main Iron Removal Filter with the help of Catalytic Filter Media thereby greatly enhancing its performance. All filter have frontal pipeline with nest of valves to operate the plant.

Iron is a very harmful contaminated in natural supplies and remains in the water in the form of ferrous bicarbonate in dissolve state and organic form. Iron is widely distributed over the surface of the earth in the form of oxides and also occurs in many rock formation, gravels, sands and clays. If rain water (highly charged with Co and O) is sinking into the earth, it comes in contact with these oxides and decomposes and absorbs them in form of soluble iron and manganese bi-carbonates. As long as the water is charged with carbon dioxide, it will remain bright and clear, but as soon as the carbon dioxide escapes, as happens when the water is drawn to the surface, the dissolved iron and manganese are converted to an insoluble form, which appears in the form of a heavy brown cloud, imparting an objectionable taste and odor to water. Ferimenix Iron Removal Filter

• As per PHED and WHO’s rule, the iron content’s limit of potable water is 0.2 to 0.3 PPM as Fe and for process industries it is even lower.
• Extra iron causes health hazard and also stains cloth and house hold articles. Iron tends to foul Ion Exchange Resin used in water softening
• Plants and De-mineralized plant causing irreparable damage and reducing its life and performance.
• The removal of iron and manganese is effected by passing the water first through FERRIMENIX, a hard, black granular sand like substance in the presence of which the desire chemical change at once takes place and afterward through a sand bed of the usual rapid pressure type. FERRIMENIX installation is phenomenally high figure of 7 PPMof iron that is reduced to a trace amount. Our Iron Removal Filter plant provides two stages oxidation of iron (1) at oxidation chamber through Air Compressor and (2) at the main Iron Removal Filter with the help of Catalytic Filter Media thereby greatly enhancing its performance. All filter have frontal pipeline with nest of valves to operate the plant.