15 M3 Per Hour Ultrapure Water Purification System For Waterworks

15 M3 Per Hour Ultrapure Water Purification System For Waterworks

Application in water treatment

Drinking water treatment

With the development of economy and society, pollution of the water environment has intensified, the quality of water sources has deteriorated, and pollutants in the water, especially organic pollutants, have increased. The traditional drinking water treatment methods only work on general organic pollutants, and have poor removal effects on "two insects" and algae, and disinfection is prone to produce by-products.

The new generation of drinking water purification process should not only improve the treatment efficiency and optimize the effect, but also emphasize the production of non-toxic and harmful substances in the process, which can increase the utilization rate of resources and energy, reduce the pollution load, and improve the environmental quality. Ultrafiltration technology can meet the requirements of a new generation of drinking water purification technology, remove the "two insects", viruses, bacteria, algae, and aquatic organisms in drinking water, and ensure the safety of drinking water. It has been widely used in the United States, Japan and other developed countries. Urban water plant.

Ultrafiltration membranes can intercept most of the suspended solids and colloids in water, but cannot remove soluble small molecules, hindering the application of ultrafiltration technology in drinking water treatment. At present (2018), many scholars at home and abroad have discovered that the combined system of powder activated carbon (PAC) + ultrafiltration can convert dissolved small molecule pollutants into particles, which can be removed by the ultrafiltration process. 

Domestic sewage and industrial wastewater treatment

Water resources are increasingly scarce, and the recycling of domestic sewage and industrial wastewater has attracted much attention. Some scholars use ultrafiltration reverse osmosis to treat the effluent of the municipal secondary domestic sewage treatment plant. Research has found that the treatment efficiency of ultrafiltration reverse osmosis on the total phosphorus, total nitrogen, total dissolved solids, chemical oxygen demand, and chloride ion in the treated effluent are respectively 95%, 95%, 99%, 90%, 97% or more, meet the "Urban Sewage Recycling Water Quality Standard for Landscape Environmental Water" (GB/T 18921-2002), and can be used for landscape water; except for nitrogen indicators, most The indicators meet the drinking water source standards. 

Other sewage treatment

Ultrafiltration membrane technology is also used in the treatment of circulating sewage from power plants, the treatment of cooling circulating sewage in mining areas, the treatment of pulp and paper bleaching wastewater, and the treatment of industrial wastewater such as sewage from iron and steel enterprises. 

FAQ

1)What's the guarantee, in case the water purifier breaks down?

The water purifier (except consumable items) has one year guarantee. If it breaks down, generally

speaking, our technician will figure out what the problem may be, according to client s feedback.

Parts will be replaced for free if the problems are caused by quality fault.

2)How about the documents after shipment?

After shipment, we ll send all original documents to you by DHL or FedEx, including Packing List,

Commercial Invoice, B/L, and other certificates as required by clients.

3)How long is the production period?

For desktop and water purifier , it would be 7~15 days; For large scale water purification system

and customized water filter system according to client s specific requirements, it would be 25 to

45 days.

4) How's the payment?

Telegraphic Transfer (T/T) or Letter of credit (L/C), Western Union is also OK.

5)Do You Arrange Shipment For The large scale water treatment equipment?

Yes, dear esteemed customers, for CFR or CIF price, we will arrange shipment for you. For FOB

price, clients need to arrange shipment by themselves or their forwarders.