Reverse Osmosis Plant

Reverse Osmosis Plant is designed to remove dissolved contaminants from the water source. It operates by directing water through a semi-permeable membrane driven by an applied force.

Brief Introduction of Reverse Osmosis Technology

Osmosis is an inherent process where water moves from a less concentrated area to a more concentrated one, and it occurs without the need for energy. On the other hand, reverse osmosis, which is the opposite of osmosis, demands energy. It requires higher pressure than the natural osmotic pressure to eliminate dissolved minerals or ions. In this method, pressure is exerted on the concentrated water area. While water molecules pass through the reverse osmosis membrane, it effectively captures contaminant molecules, such as dissolved solids. Once the dissolved minerals are removed, this water is known as demineralized water.

Application

The utilization of reverse osmosis plants spans across a broad range, serving both small and large-scale applications. Some highlighted industries are:

Food industry
Bottle and Beverage manufacturing unit
Power Generation
Boiler and Cooling tower systems
Pre-treatment for various industries
Pharmaceutical industries
Medical sector

How does Reverse Osmosis Plant work

The reverse osmosis main working component is a semi-permeable membrane. RO working starting with the application of pressure through the pump on high TDS source water (Feed water). The concentration of salts present in feed water determined the amount of applied pressure. Higher salt concentration required higher pressure for succeeding over natural osmotic pressure. Feed water stream passing through a membrane under applied pressure. Removing almost all dissolved minerals in form of rejection stream. This ensures that the product water is devoid of any dissolved salts. The resulting water product is commonly referred to as permeate water.

Salient Features

Water Care Services, RO plants are compact, skid mounted, and long life. Some of the key features are:

Remove dissolved solids at best level
Reliable
Highly efficient
Operate at a low energy level
Fully automatic System
Long life due to solid and heavy duty parts
Good documentation & online support
Low operation and maintenance cost
Removing up to 99%+ of the dissolved minerals (ions), particles, colloids, organics, and bacteria
Reduction in scale formation
Improved system performance