Certifications & Memberships
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Single stage RO
Raw water (tap water , surface water and ground water) flows through Pre-treating system, ultra filter, then goes to RO unit by high ?pressure pump and get product water,this is called single RO , applies to water ?conductivity under 500μs/cm,output water conductivity is below 10μs/cm
Techniques process chart
Scope of application:
RO system applies to food , beverage, chemically industry and electrical fields also can be key unit of water purification in community, industry park, oil field etc.
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Double stage RO
Raw water (tap water ,surface water and ground water) flows through pre-treating system and ultra filter, be pushed into first stage RO unit by first stage HP pump , out pure put water (in middle tank) will be pushed into second stage RO unit again by second stage HP pump , then get pure water. This is called double stage RO , applies to water conductivity ?over 500 μs/cm output water conductivity is 1-10 μs/cm
Techniques process chart
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Scope of application:
Double stage reverse osmosis equipment is widely used, and the system has the characteristics of good water quality, low energy consumption, simple process, and easy operation.
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UF membrane
In the membrane separation technology, the filtration membrane with micro pore diameter between 0.002-0.1μm?is called untrafiltraion membrane.Generally ,the volume of colloid is ≥0.1μm, latex is ≥0.5μm
,bacteria such as Escherichia coli and Staphylococcus are ≥0.2μm,suspend solids and particles are more than 5μm, therefor ultrafiltration membrane can filter out bacteria ,colloids ,suspended solids, proteins and other ?macro molecular substances in the solution.
Process flow chart
Application range:
Ultrafiltration is commonly used to produce mineral water and mountain spring water. It is a process that uses pressure as a driving force to separate impurities in liquids using ultrafiltration membranes with different pore sizes. Suitable for drinking mineral water, mountain spring water, industrial ultrafiltration water, and can also be used for pre-treatment of purified water equipment.
Water softener system
Working principle:
When raw water containing hardness ions passes through the sodium type resin in the exchange tank, Ca2+and Mg2+in the water are exchanged and adsorbed by the Na+in the resin, removing Ca2+and Mg2+to remove carbonate or non carbonate hardness, which is softened water. After the resin adsorbs a certain amount of Ca2+and Mg2+, regeneration must be carried out, which is to rinse the resin layer with salt water in the salt tank. The Na+in saltwater replaces the hardness ions on the resin with water, and is discharged from the tank with the regeneration solution to restore the resin exchange capacity and continue softening the water production.
Formation:
The water softener consists of three main parts: a resin tank, a hydraulic control valve, and a salt tank. The two turbines inside the hydraulic control valve, driven by water flow, respectively drive two sets of gears, cleverly driving the opening and closing of valves in different channels according to changes in cumulative flow rate, automatically completing the circulation process of the water softener, regeneration, cleaning, drainage, and salt tank replenishment, and automatically switching between the two tanks, one in use and one backup, ensuring uninterrupted supply of soft water.
Process flow chart
Ultra pure water equipment /High purity water
Process flow chart
Application range:
Applies to ultra pure water making in electronics ,chemical industry , pharmaceuticals water , medium-high pressure boiler makeup water and etc . Out put water reresistance is 2-18MΩ·cm.
Direct?drinking?water?system
Technical application and system composition:
Water source construction: Ensure the cleanliness and safety of water sources.
Water treatment equipment: including preliminary sedimentation, ultra-filtration, nano-filtration, reverse osmosis process, ozone and ultraviolet dual sterilization, etc., to ensure that the water quality meets the direct drinking standard.
Pipeline system: Adopting food grade environmentally friendly and healthy water pipes to ensure fresh water quality and prevent secondary pollution.
Water supply facilities: including a pressurized circulation machine room and water supply facilities, ensuring stable water pressure and smooth water supply.
application
Hotels, inns, schools, residential communities, etc
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