0.5T/H Water Treatment Equipment is Drinkable

RO equipment mainly consists of the following parts (can be customized) :

1.? Pretreatment system:Remove suspended particles, colloids, organic compounds and other impurities in the water to protect the subsequent reverse osmosis membrane components from damage. The common pretreatment methods include activated carbon filtration, quartz sand filtration and softened water treatment. ?

2.? High pressure pump:Pressurize the pre-treated water to a specific working pressure to promote the water through the reverse osmosis membrane.?

3.? RO membrane component:This is the core part of the reverse osmosis device, composed of a single or multiple RO membrane elements, can allow water through under high pressure environment, while blocking impurities in the water.?

4.? Control system:Monitor and adjust the operating status of the equipment to ensure the safe and efficient operation of the equipment, usually including PLC (Programmable Logic Controller), touch screen, sensors, etc. ?

5.? Post treatment system:The water produced by RO is further treated to meet different water quality standards. Common post-treatment processes include ultraviolet sterilization, ozone sterilization and activated carbon filtration.

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RO equipment is widely used in various fields:

1.? Industrial water:It is widely used in power, electronics, chemical, pharmaceutical and other fields, and various impurities need to be removed from the water to ensure the stability of the production process and product quality. ?

2.? Domestic water purification:With the improvement of living standards, household RO water purifiers are becoming more and more popular, which can effectively remove impurities, viruses and heavy metals from water and improve the safety of drinking water.

3.? Seawater desalination:To solve the shortage of fresh water resources in coastal areas and islands ?.

4.? Sewage treatment and reclaimed water:The sewage is deeply treated to remove pollutants and salts, and realize the recycling of water resources ?.