h2omspl

Iron Filtration System

Most iron filtration systems operate on the principle of oxidizing the iron to convert it from a ferrous (dissolved or soluble) to a ferric or undissolved state. The Iron Removal Filter by H2OMSPL is designed to remove the excess iron content present in the feedwater with minimum pressure drop. For the oxidation of iron, we provide Aeration, Dosing of Oxidizing agent, or ozonation, depending on the process requirement. Post oxidation, the water passes through the iron filtration system, followed by an Activated Carbon Filter, ensuring effective removal of iron and residual impurities.

Applications

Our iron filtration system is used across domestic, industrial, and pharmaceutical treatment plants. It has a wide range of applications due to its effectiveness, along with low operational and maintenance costs. 

Note: Performance depends on feedwater quality, and suitable coagulant dosing can further improve filtration.

Name Capacity (LPH)
IRF-0500M/A 500
IRF-1000M/A 1000
IRF-2000M/A 2000
IRF-3000M/A 3000
IRF-5000M/A 5000
IRF-7500M/A 7500
IRF-10000M/A 10000

Frequently Asked Questions

An iron filtration system removes excess iron from feed water. It typically oxidises dissolved ferrous iron into insoluble ferric form, which specialised filtration media can then capture.

The process generally includes oxidation followed by iron filtration and activated carbon filtration. Depending on the water quality, oxidation may be achieved through aeration, chemical dosing or ozonation.

Common signs include reddish-brown staining, metallic taste, discoloured water, sediment accumulation and deposits on pipelines, fixtures or process equipment. Conduct a water analysis to confirm the iron concentration.

Iron removal filters can be used in industrial, pharmaceutical and domestic water-treatment applications. Select the system design and construction material based on feed-water quality and process requirements.

Yes. H2OMSPL offers standard iron removal filter models across different treatment capacities, with the final selection depending on feed-water quality and process requirements.

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