Stable Performance Industrial Ro Water Systems Stainless Steel 3000l Per Hour

3000L Per Hour Water Treatment System Reverse Osmosis Water Filter System

Reverse Osmosis system principle:

RO (Reverse Osmosis) is a membrane separation and filtration technology powered by pressure difference. It originated from the research of aerospace science and technology in the 1960s in the United States, and was gradually transformed into civil use. It has been widely used in scientific research, medicine, food, beverage, chemical industry, power, electronics, papermaking and other fields.

RO reverse osmosis membrane pore size is small to nanoscale (1 nm = 10 to 9 meters), under the certain pressure, H2O molecules can pass RO membrane, and the source of the inorganic salt in the water, heavy metal ions, organic matter, colloid, bacteria, viruses and other impurities through the RO membrane, so that can pass through water and not through the enrichment of water strictly separated.

Reverse Osmosis system description:

Reverse osmosis (ro) is a new water purification technology, which can improve the purity of water and remove impurities and salt in the water by means of reverse osmosis elements.

Reverse osmosis pure water equipment is the raw water after fine filter, granular activated carbon filters, compressed activated carbon filter, etc., and then through the pump pressure, use the aperture for 1/10000 microns (1/300 of 1/6000 of the size of e. coli, virus) reverse osmosis membrane (RO) membrane, the relatively high concentrations of water into a low concentration of water, at the same time, the industrial pollutants, heavy metals, bacteria, viruses, such as a large number of mixed with the impurities in the water all isolation, so as to achieve the physical and chemical indicators and health standards set by the drinking, effluent water can meet the industry standards and requirements.

Water treatment system parameter:

Notice:

1, What is the quality of raw water intake water (such as tap water, surface water, deep well water, river water, lake water...)

2. Water yield per hour or per day (according to the per capita water consumption, production water consumption per hour, daily peak water consumption, etc.)

3. The quality of pure water (what standards should the conductivity or resistivity meet)

4, The production of pure water technology (technology is not the same price is not the same)

5. Application industry and site usage

6, What is the power supply, there is no construction site and water channels.

After you provide us with the raw water quality, water output per hour, application industry, site use and other special requirements, our professional engineers will provide you with more cost-effective solutions and quotations according to your situation.

Thanks!

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