Birm is also called the Burgess Iron Removal Method and is an efficient filter medium for water treatment purposes. It removes iron and manganese and has been known to improve water quality significantly without clouding the water laden with additives or chemicals. As an effective, organic solution, it can help business and industrial operations and households that deal with iron-rich water systems. In this blog, we shall look at the role of Birm in water treatment, its working principles, its benefits, and applications.
1. What is Birm?
The two most common water source contaminants are the iron and the manganese, which are not toxic to human health but can create a chain of problems when they occur in water:
Staining :
High levels of iron cause reddish-brown stains on plumbing fixtures, clothing, and surfaces.
Taste and Odor :
Waters with higher levels of iron and manganese contents often have metallic tastes.Iron and manganese may cause pipe buildup, clogging, and reduction of water flow into pipes.It is essential to remove such impurities to prevent the appliances of the plumbing system from getting damaged and to ensure that the water is visually acceptable to the eyes when consumed and used.
2. How Does Birm Work?
Birm core removal of dissolved iron(Fe2+) and manganese (Mn2+) from water is done through oxidation and filtration. Here's how Birm works in the treatment of water step by step:
Oxidation:
OAs water passes through a Birm filter bed, dissolved oxygen within it reacts with the iron and manganese, which catalyzes it quickly and changes the ferrous iron to ferric hydroxide Fe3+, which is insoluble in water. Similarly, manganese gets oxidized into manganese dioxide MnO2.
Once oxidized, the iron and manganese are no longer soluble in the water. They appear as suspended solid particles called precipitates in the water. Eventually, they get filtered out of the water.
Filtration:
The filter media catch up to the suspended metal particles of iron and manganese while the water keeps running through the system. Clean filtered water exits the system free of these contaminants.
Backwashing:
The Birm filter media will have accumulated iron and manganese particles.
This will at times accumulate to impede its effectiveness and require backwashing. In the backwashing process, the flow of water is reversed. This is what flushes out the captured particles in the filter bed and restores the filtering capacity of the Birm media.
One of the most important types of filtration media in water treatment is birm
.It effectively removes iron and manganese in an environment-friendly fashion. Its catalytic properties enable it to help in oxidizing these contaminants so they may be converted into very filterable particles. The fact that birm is cost-effective, environmentally friendly, and low maintenance makes it more favorable in residential, municipal, and industrial water treatment systems.
For a reliable and long-lasting answer to iron and manganese removal, find it in the excellent Birm media offered at National Minerals. It will provide you with better filtration performance. Reach out to us today to learn how our Birm solutions can help improve your water treatment process.