Reverse Osmosis System

The reverse osmosis mechanism is totally different from any other filtration process. Here physical holes don't exist in the membrane. The pores of the membrane are as small as 0.0001 microns which is negligible. Water and other smaller molecules can diffuse through membranes' polymer by creating a bond in the polymer's chemical structure.

A standard RO process can remove up to 99% contaminants spotted in the water. Due to its effectiveness in a wide range of contamination removal, Reverse Osmosis is the central part of any efficacious water purification process. In this process, water molecules are being forced to pass through a 0.0001-micron membrane with the help of a water pressure generator. Long membrane sheets are sandwiched together and placed in a central hollow tube. This type of configuration is generally called the spiral wound module.

Various sizes of membranes can be found inside a RO machine. A domestic water treatment module has smaller membranes of 10” long and 2” in diameter. However, industrial RO modules can have larger membranes of 40” long and 4” in diameter.

Membranes are usually placed in a container or membrane housing. This setup is created so that a certain level of pressure can be applied on the membrane's surface. This pressure helps water to pass through membranes, separating unwanted substances from it. The left-behind substances are diverted to the waste drain automatically. This is why RO systems have minimal maintenance required, thus making it the most preferred method of water cleaning.

Reverse Osmosis is one of the most cost-efficient as well as the most effective water purification method available in today’s market. It has the power to cleanse dirtiest and most contaminated water. It can remove all types of biological impurities, dissolved solids, suspended particles, salts and chemicals.

Residential and commercial drinking water purifier

Industrial applications in sectors like pharma, heavy metal and food & beverages

Restaurants and food court where freshwater is needed for cooking

Water amusement parks and swimming pools