Product Introduction

1. Technical Core：Utilize the characteristics of semi - permeable membranes. Under a pressure higher than the osmotic pressure of the solution, the solvent (usually water) passes through the semi - permeable membrane, while the solute is retained, achieving the separation of salts and impurities from water.

2. Core Components

• Reverse Osmosis Membrane：The key component of the equipment, made of composite membrane materials, featuring high desalination rate and high flux.

• High - Pressure Pump：Provides sufficient pressure for the system to push water through the reverse osmosis membrane.

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• Pressure Vessel：Used to accommodate reverse osmosis membrane elements, ensuring tightness and safety during operation.

• Control System：Monitors and adjusts equipment operating parameters in real - time to ensure stable and efficient operation.

3. Equipment Advantages：Compared with other filtration technologies, reverse osmosis equipment can effectively remove more than 98% of dissolved salts, organic matter, colloids, bacteria, and other impurities in water, producing high - purity water.

   
   

Working Process

1. Pretreatment：Raw water first passes through pretreatment equipment such as multi - media filters, activated carbon filters, and precision filters to remove large - particle impurities, residual chlorine, organic matter, etc., reducing the turbidity of raw water and preventing reverse osmosis membrane pollution.

2. High - Pressure Pumping：The pretreated water is pressurized by a high - pressure pump, making the water pressure higher than the osmotic pressure of the raw water, providing power for the reverse osmosis separation process.

3. Reverse Osmosis Separation：High - pressure water flows through the reverse osmosis membrane. Water molecules pass through the membrane and enter the product water side, while salts, organic matter, bacteria, and other impurities are retained, forming concentrated water.

4. Product Water Collection：The product water that passes through the reverse osmosis membrane is collected and output as high - purity water, meeting the strict water quality requirements of different industries.

5. Concentrated Water Discharge：The retained concentrated water contains high - concentration impurities and is discharged through pipes. Some systems can recycle and treat the concentrated water to improve water resource utilization.

6. Rinsing and Maintenance：Regularly carry out chemical cleaning and physical flushing to remove pollutants attached to the membrane surface, restore membrane flux, and extend the service life of the reverse osmosis membrane.

   
   

Product Features

Technical Parameters

Application Fields

1. Electronics Industry：Used to produce ultra - pure water, meeting the extremely high water quality requirements of semiconductor chip manufacturing, integrated circuits, liquid crystal displays, and other technological processes.

2. Pharmaceutical Industry：Prepares water for injection and purified water, meeting GMP standards and ensuring the safety and effectiveness of drug production.

3. Food and Beverage Industry：Produces bottled water and beverage water, removing microorganisms, minerals, and organic matter in water, improving product taste and quality, and extending the shelf life.

4. Chemical Industry：Provides process water in chemical production, such as in the fields of fine chemicals and petrochemicals, for processes like reaction, washing, and cooling.

5. Seawater Desalination：Converts seawater into potable fresh water, alleviating water shortages in coastal areas.

6. Sewage Treatment and Reuse：Conducts in - depth treatment of industrial and domestic sewage to achieve reclaimed water reuse, improving water resource utilization and reducing enterprise water costs.

FAQ

1. What factors affect the product water quality of reverse osmosis equipment?：Product water quality is affected by factors such as raw water quality, working pressure, temperature, operation time, and the performance and condition of the reverse osmosis membrane. High salt content and many impurities in the raw water will reduce the product water quality; insufficient working pressure or too low temperature will affect the water permeation amount and desalination rate; long - term operation and the accumulation of pollutants on the membrane surface will also lead to a decline in water quality. In addition, problems such as aging and damage of the reverse osmosis membrane will also affect the product water quality.

2. How to reduce the operating cost of reverse osmosis equipment?：The operating cost can be reduced by optimizing the pretreatment process, reducing the pollution and cleaning frequency of the reverse osmosis membrane, and extending the membrane life; reasonably adjusting operating parameters to improve equipment operation efficiency and reduce energy consumption; recycling and treating concentrated water to improve water resource utilization; regularly maintaining the equipment and timely replacing worn - out components to avoid additional costs caused by equipment failures.

Conclusion

With its high desalination rate, stable effluent quality, automated operation, and wide adaptability, reverse osmosis equipment has become the core equipment for many industries to obtain high - purity water. Whether it is the electronics and pharmaceutical industries with strict water quality requirements or the chemical and sewage treatment fields pursuing efficient water resource utilization, reverse osmosis equipment can provide reliable solutions. Choosing our reverse osmosis equipment means choosing efficient, stable, and economical water protection, helping enterprises improve production quality and reduce operating costs.

If you are interested in this product or have any questions, please feel free to contact us at any time.

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