About Commercial Reverse Osmosis Plants
With our complete know how of the domain, we have been able to known as a trustworthy manufacturer and supplier of Commercial Reverse Osmosis Plants. Enabled with pre micron filter, stainless steel tube membrane with high pressure pump, these plants are used for eliminating harmfulindustrial chemicals, pesticides and arsenic from water. We design these Commercial Reverse Osmosis Plants by using stainless steel 304 frames at our state of the art machining facility. Being a quality centric organization, our offered plants are at par with international quality standards at the mean time very nominal in price.
Features:
- Low pressure safety cut-off switch
- Membrane cleaning system
- Auto rinse and flush
Specifications:
- Unit range: 100 to 1,00,000 LPH
- Flow rate: 100 LPH to 1,00,000 LPH
Standard feature includes:
- Electrical Control Panel with TDS meter and Wet Panel with Flow Indicators and Pressure Gauges
- Pressure switch and electrically driven solenoid valve
Optional feature includes:
- Level switches
- Low Pressure cut-off switch
Advanced Membrane TechnologyUtilizing thin film composite (TFC) membranes, our RO plants ensure maximum contaminant rejection and long operational life. This advanced technology is pivotal for achieving up to 99% reduction in dissolved solids, making the treated water suitable for sensitive uses such as drinking, industrial processes, and healthcare applications.
Comprehensive PretreatmentEach system includes sand and activated carbon filters, crucial for protecting membrane integrity and enhancing performance. These pretreatment stages remove particulate matter, chlorine, and organic contaminants before the reverse osmosis process, minimizing maintenance needs and optimizing water quality.
Flexible Control & OperationChoose between PLC-based automation or manual operation to fit your facilitys needs. Automatic and manual flushing options aid in maintaining consistent performance, while continuous operation mode ensures reliable supply. Our units are designed for quiet operation and are easy to install with skid-mounted options.
FAQs of Commercial Reverse Osmosis Plants:
Q: How does the reverse osmosis process work in these commercial plants?
A: The process begins with feed water passing through sand and activated carbon filters for pretreatment, removing particulates and chlorine. The pretreated water is then pressurized through thin film composite (TFC) membranes, where up to 99% of dissolved solids are filtered out, delivering purified water for commercial and industrial applications.
Q: What is the benefit of using thin film composite (TFC) membranes in this system?
A: Thin film composite membranes offer superior contaminant removal, high efficiency, and extended membrane lifespan. They enable the plant to consistently achieve a discharge TDS below 50 ppm, making the purified water suitable for critical uses such as drinking and industrial processes.
Q: When should the cleaning or flushing system be operated, and how is it performed?
A: Cleaning or flushing should be performed periodically, especially if there is a noticeable drop in water flow or quality. The system supports both automatic and manual flushing, which helps remove accumulated contaminants from the membranes, maintaining efficiency and prolonging operational life.
Q: Where can these RO plants be installed and what are the dimension options?
A: Designed for flexibility, the units can be installed in commercial spaces, hotels, hospitals, industrial plants, and municipal facilities. Dimensions are customizable to fit available space, and the skid-mounted design allows for easy relocation and installation.
Q: What water sources are compatible with these reverse osmosis plants?
A: The units can treat water from borewell, tap, well, or municipal sources. Pretreatment components and high-pressure pumps ensure effective purification regardless of source complexity, delivering consistent, high-quality water output.
Q: How does the PLC-based control system enhance operational efficiency?
A: A PLC-based control system automates operations and monitoring, ensuring consistent performance, reducing manual intervention, and providing real-time diagnostics. This increases reliability, decreases downtime, and simplifies system management for operators.