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[China]
Address: No.116.Chengyang Road, Xiangcheng district , Suzhou , China.
Contact name:LV
oepoch industrial technology |
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RO- reverse osmosis pure water equipment
Product profile
Reverse osmosis technology is one of the most advanced and energy efficient separation technologies. Reverse osmosis (RO) can effectively remove dissolved salts, colloids, organic matter, bacteria and other impurities in water. It has the advantages of low energy consumption, pollution-free, advanced technology and simple operation.
Reverse osmosis water treatment equipment can filter out bacteria, viruses, heavy metals, pesticides, organic matter, minerals and heterochromatic odor in the water. It is a pure water and can be drunk without heating. The cost of the water it filters is very low. The pure water produced is of high quality and ideal hygienic index.
Application
| Electronics industry | Flushing water for electronic components such as integrated circuits, silicon chips, display tubes, etc. |
| Pharmaceutical industry | Infusion, injection, tablet, biochemical product, equipment cleaning, etc. |
| Chemical industry | Chemical recycling water, chemical products manufacturing, etc. |
| Power industry | Thermal power boiler |
| Food industry | Drinking pure water, beverages, beer, liquor, health products, etc. |
| Desalination of sea water and brackish water | Islands, ships, offshore drilling platforms, brackish water areas |
| Purified drinking water | Real estate, community, enterprises, etc. |
| Other process water | Automotive, home appliance painting, coated glass, cosmetics, fine chemicals, etc. |
Features
1. Reverse osmosis pure water equipment adopts full automatic control mode to realize full automatic operation and reduce the influence of human error operation on equipment.
2. The design of reducing system in pretreatment system solves the irreparable influence of excessive residual chlorine on reverse osmosis membrane
3. The reverse osmosis membrane can be used for up to 3 years, and the conductivity of the effluent is less than 5μs
4. High degree of automation, simple operation, stable water quality, low operating costs and other characteristics by the majority of customers praise. It is widely used in water production in various industries.
Specifications
| Water Quality | Technological process | Material | Application |
| electrical conductivity≤10μS/cm | First-grade RO | FRP+PVC/ Stainless steel | Manufacturing industry, electroplating industry, electronics industry, catering industry, power industry, chemical industry. |
| electrical conductivity≤5μS/cm | First-grade RO, Two-stage RO | FRP+PVC/ Stainless steel | Manufacturing industry, electroplating industry, electronics industry, catering industry, power industry, chemical industry. |
| electrical conductivity≤2μS/cm | Two-stage RO | Stainless steel | Pharmaceutical industry, energy industry, photoelectric industry |
electrical conductivity≤1μS/cm, electrical resistivity≥1MΩ·cm | First-grade RO+Mixed, Two-stage RO+EDI | FRP+PVC/ Stainless steel | power industry, photoelectric industry, Manufacturing industry, electroplating industry, chemical industry. |
electrical conductivity≤0.067μS/cm, electrical resistivity≥15MΩ·cm | Two-stage RO+EDI | FRP+PVC/ Stainless steel | Power industry, photoelectric industry, energy industry, photovoltaic industry |
electrical conductivity≤0.055μS/cm, electrical resistivity≥18.2MΩ·cm | First-grade RO+Mixed+ Two-stage polisher, Two-stage RO+EDI+ polisher | FRP+PVC/ Stainless steel | Photovoltaic industry, energy industry, photovoltaic industry, new material industry |
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