Process Treatment

Softeners, Demineralised and Reverse osmosis plants are manufactured and supplied for process treatment. These products are used to remove dissolved solids from the liquids. Our Softeners help in taking out the hardness of water and comprise high-performance resins for a higher transfer rate. Automatic, semi-automatic and manual operated softeners Demineralisers are designed to suit concerning raw water and water results. The reverse osmosis plant ensures water with more quality to effectively meet up the norms of WHO and BIS and utilized in the process water industries

TYPE OF PROCESS TREATMENT SYSTEM

WATER SOFTENING SYSTEM

In this system, hard water is converted into soft water. Thus the calcium and magnesium ions responsible for the hardness in the water are replaced by the less harmful and acceptable sodium ion thereby making the water soft. As there is an exchange of cations with a preference for the sodium ion, a cation exchange resin in the sodium form is used in the process. The conventional resin employed for the softening process is the strong acid cation (SAC) resin the sodium form. Although there is a reduction in the hardness of water, there is an equivalent increase in the sodium. Thus the total ions in water remain unaltered.

 

DEMINERALIZATION SYSTEM

In this system, hard water is converted into soft water. Thus the calcium and magnesium ions responsible for the hardness in the water are replaced by the less harmful and acceptable sodium ion thereby making the water soft. As there is an exchange of cations with a preference for the sodium ion, a cation exchange resin in the sodium form is used in the process. The conventional resin employed for the softening process is the strong acid cation (SAC) resin the sodium form. Although there is a reduction in the hardness of water, there is an equivalent increase in the sodium. Thus the total ions in water remain unaltered.

 

REVERSE OSMOSIS SYSTEM

When a semipermeable membrane separates two aqueous solutions of different concentrations, solvent travels from the dilute solution to the concentrated solution. This natural phenomenon is called OSMOSIS, which continues until equilibrium between the two solutions is reached. The flow of solvent can be reversed by applying external pressure to the concentrated solution. This reversal of solvent flow is known as REVERSE OSMOSIS. The principle is widely applied to produce fresh water from brackish and even sea water to produce specific treated water quality for various applications. Membrane technology is advancing most rapidly than any other separation methods and its versatility offers the greatest potential for solving water management and liquid separation problems with most reliable and economical solution. 

 

ULTRAFILTRATION

Ultrafiltration is known as a pressure driven membrane separation process used to separates particulate matter from soluble components in the carrier fluid such as water. It is used as a pressure-driven barrier to suspended solids, bacteria, viruses and endotoxins other pathogens. This process helps to produce water with very high purity and low silt density.