An Overview of Reverse osmosis

Reverse osmosis is a filtration system, through which many types of large ions and molecules have been removed from solution through porous membrane-technology filtration.

Pressure is applied to the solution that will be on the one side of the membrane. As a result, the solute particle remains on the part of their porous membrane while the solvent is permitted to pass to the other side.

Porous seams forbid the large ions and molecules while enable the small ions and molecules to pass through its pores.  Heat recovery water tank (Also known as “ถังเก็บน้ำร้อน” in the Thai language) plays a very important role in a filtration system. As heated water in the tank kills all the bacteria contains in water and clean the water for drinking.

Reverse-osmosis versus standard Osmosis

In conventional osmosis, the arc is allowed to feed the membrane, generally from a low solute concentration area to high solute concentration space.

As a consequence of the movement of lubricants, chemical potential balance (osmotic pressure) is attained.

However, in inverse osmosis, the solvent is moved in the top to low solute concentration area by making use of high outward pressure. That is to say, reverse osmosis is the just reverse of ordinary osmosis. Buy a best solar product from

History of Reverse Osmosis

Reverse-osmosis had been discovered by scientists at the year 1748, however, the techniques weren’t implemented to some field at that moment.

In 1950, it had been first used to desalinate seawater and lasted to get the exact same purpose for years. Later, it had been used by the printing industries.

Afterward, the principle of reverse osmosis was implemented in numerous industries to purify water. Some of them are the treatment of waste water and desalination, minerals reclamation and purification of water.

Today, this technology is widely utilized in filtering water for dialysis in hospitals, cosmetics drugs, and injections.

Applications of Reverse Osmosis

Reverse osmosis has diverse applications in businesses as well as in houses. The most accepted usage of the plants has been drinking tap water purification both in residential and commercial scale.

Portable RO is widely used by households units for individual water extraction both in rural and urban locations.

Waste water and rainwater is also purified using RO systems and used for landscape irrigation and industrial cooling purposes.

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