Reverse Osmosis Technology produces purified water suitable for a wide range of applications beyond just drinking water. Its multi-stage purification process removes dissolved salts, particles, colloids, organics, bacteria and pyrogens from the feedwater. This results in highly pure water that meets stringent quality standards across various industries.
Reverse Osmosis Technology provides industrial grade water for boiler feed water in power plants and other industrial facilities requiring high purity water to prevent scale buildup and corrosion in boilers. It produces process water for many industries like food & beverage, pharmaceutical, cosmetics, chemicals, etc. where ultra-pure water is essential. It also offers high purity rinse water for printed circuit board manufacturing in the electronics industry.
In science and research, Reverse Osmosis Technology generates laboratory grade water for analytical purposes, reagent preparation, microbiological media and other sensitive applications in research facilities. It provides make-up water for hydraulic testing equipment, steam generators and sterilizers in laboratories and clean rooms.
Reverse Osmosis Technology finds environmental applications in wastewater recovery and reuse by removing contaminants and dissolved solids from industrial effluents, allowing recycling. It is also used for desalination of brackish water or seawater using RO to provide potable water in coastal regions.
The robust nature, versatility and economic value of reverse osmosis systems have made them ubiquitous across municipal, industrial and commercial sectors. Advancement in membrane technology and energy recovery devices have further improved their efficiency and lowered operating costs.
Reverse osmosis is an essential technology supporting modern lifestyles, industries, research and sustainable environmental practices by providing a reliable source of purified water from practically any feedwater source. Its adoption continues to grow rapidly to meet increasing demand for clean water globally.
* Industrial R.O Plant
* Commercial R.O Plant
* Centralised R.O Plant
* Dialysis R.O Plant