Reverse Osmosis (RO) is a widely used water purification process that uses semi-permeable membranes to separate dissolved salts, unwanted contaminants and other impurities from water.
At Newtos Enviro, RO Plant solutions can be designed according to the specific water quality, treatment requirements and operating conditions of the application. The system can be integrated with suitable pre-treatment and post-treatment processes for dependable overall water treatment performance.
Helps reduce dissolved salts and unwanted impurities from feed water.
System configuration can be adapted to project-specific treatment requirements.
Suitable for a wide range of industrial and commercial water treatment needs.
Can work with filtration and other pre-treatment systems.
An RO system generally combines pre-treatment, membrane separation and suitable post-treatment stages to achieve the required treated-water quality.
Raw water enters the treatment system and is prepared for the RO membrane stage.
Suitable filtration and conditioning processes can be used to protect the RO membranes.
Pressure-driven membrane separation helps remove dissolved substances and impurities from water.
The treated water is collected and can be supplied for the intended application.
Reverse Osmosis technology can be integrated into different water treatment schemes depending on the quality of feed water and the final water requirement.
Discuss Your Requirement →Treatment solutions for industrial water requirements and utility systems.
Suitable for applications requiring controlled water quality for industrial processes.
RO treatment solutions for selected commercial and institutional water requirements.
Can be incorporated into broader treatment and water reuse strategies.
RO treatment helps reduce dissolved salts and various unwanted substances from feed water.
RO systems can be configured according to feed water characteristics and required water quality.
Suitable for different industrial processes, utilities and water reuse applications.
Properly designed systems can support efficient water treatment and resource utilization.