Commercial industrial reverse osmosis machine

Video

Equipment Technical Principles

Industrial reverse osmosis equipment utilizes the selective permeability of membranes and the pressure difference across the membrane as the driving force for separation. When the pressure applied to the system exceeds the osmotic pressure of the solution, water molecules continuously migrate through the membrane to the freshwater side, flowing through collection pipes to the freshwater outlet. HZM mechanical industrial pure water equipment uses high-quality composite reverse osmosis membranes, which can continuously remove most inorganic and organic substances from water, achieving purification.

Key attributes

Equipment Features

1. Industrial Reverse Osmosis Pure Water Device: Under room temperature conditions, it uses a physical method without phase change to desalinate and remove salts from saline water. Currently, the desalination rate of ultra-thin composite membrane elements can reach more than 99.5%, while also removing colloids, organic substances, bacteria, and viruses from the water.
2. Imported Reverse Osmosis Membrane: High desalination rate, long service life, and low operating costs.
3. Pipeline Connection Technology: Welding by engineers with Level 4 or above welding certificates or by German imported automatic welding machines, resulting in smooth, natural, and beautiful welds.
4. Industrial Reverse Osmosis Pure Water Device: Uses high-efficiency, low-noise, and stable domestic and international first-line booster pumps.
5. Online Water Quality Monitoring and Control: Real-time monitoring of water quality changes to ensure water safety.
6. Fully Intelligent Operation System: Can be remotely monitored via network or mobile phone, allowing for convenient and quick operation.
7. Industrial Pure Water Equipment: Uses fine quartz sand with a filtration effect three times that of ordinary quartz sand, providing multiple protections for the RO membrane’s service life.
8. High Iodine Value Imported Coconut Shell Activated Carbon: Absorption effect is more than five times that of ordinary activated carbon, effectively protecting the RO membrane and EDI’s service life.
9. Chemical-Free Operation: Does not require large amounts of chemical agents or acid and alkali regeneration treatment, with no chemical waste discharge, thus no environmental pollution.
10. Continuous Operation: Easy to operate and produces stable product water quality.

Main Technical Characteristics

1. Imported Brand Reverse Osmosis Membrane (RO Membrane): Utilizes the most advanced reverse osmosis water treatment technology internationally to produce pure water, removing fine impurities, colloids, organic substances, heavy metals, soluble solids, bacteria, viruses, pyrogens, and other harmful impurities from the raw water. Only water molecules and dissolved oxygen are retained, with an effective removal rate of ≥ 96%.
2. High-Pressure Silent Pump: Low noise, low vibration, long service life, and reliable operational quality.
3. High-Pressure Rinsing Function: Effectively extends the life of the RO membrane.
4. Automatic Water Production Control: Stops operation when raw water is insufficient or the storage tank is full.
5. 12000 Gallon Commercial Reverse Osmosis Water Machine: Provides a larger water output, meeting the needs of factories, companies, public places, etc.

Service Life

• Reverse Osmosis Membrane: 24-36 months (filter life is related to the quality of the raw water).

Applications

1. Preparation of pure and ultrapure water in electronics, industry, pharmaceuticals, and food industries.
2. Purification and preparation of process water/chemical circulating water and chemical product manufacturing in light textile and chemical industries.
3. Purification and preparation of water for food and beverage industries, including drinking pure water, beverages, beer, liquor, and health products.
4. Concentration and recovery of useful substances from aqueous solutions in industrial production.
5. Pre-desalination treatment for boiler feed water in the power industry, thermal power boilers, and high-pressure boiler feed water for low-pressure boilers in factories and mines.
6. Desalination and purification of brackish water and seawater.