Complete Technologies

Providing customers with a valid program, because we have a comprehensive technical
In order to achieve the client required level of purification, we take into consideration of elements such as the qua-lity of the feed water and its possible variations, client usage behavior, budget, constraints of the site, and other affec-ting factors or conditions, which are then analyzed to custom-design the most suitable pure water system that is stable and cost-effective. The successful appli-cation of various tech-nologies requires comprehensive and professional practical experiences. 
UPT adheres to and puts into practice the concept of striving for thoroughness and excellence. The systems we design, whether derived from our own R&D’s or in coope-ration with professional manufacturers, accom-plish unpa-ralleled results. Following are some of the commonly used water treatment technologies in the industry:
Filtration: To remove suspended solids, particles, colloids, organics, bacteria, etc.
 Depth filtration: such as sand filters, multi-layer filters, activated carbon and so on.
 Full filter: cartridge filter such as general, absolute filtering.
 partial filter: such as ultra-filtration, micro-filtration.
RO: To further eliminate dissolved solids (ions), organics, bacteria, etc.
● Single-stage reverse osmosis
● Two-stage reverse osmosis: combined pH adjustment or film degassing
● high efficiency reverse osmosis
Ion-exchange Resin: To remove water hardness, dissolved solids, SiO2, organics, etc.
● softening, softening off base
● demineralized (deionized): As 2B3T, 3B4T etc.
● Refining: such as mixed-bed, multi-layer bed
Continuous Electrodeionization:To eliminate trace ions, organics, etc. using technologies such as CDI, EDI, EDR, etc.
● CDI, EDI, EDR, etc.
● Two-stage / UPW CDI
Degasification: To remove carbon dioxide, dis-solved oxygen or volatile organics, etc.
● decarbonation tower
● vacuum / N2 degassing tower
● membrane degassing
● H2 / ion exchange resin catalyzed reaction
UV and Ozone: To eliminate bacteria, organics, etc.
● 254 NM UV disinfection
● 185 NM UV decomposition of organic matter is
● ozone / UV decomposition of organic matter is
Chemical Dosing: To adjust pH levels.
● pH adjustment
● chlorination / oxidation / dechlorination
● anti-fouling agent, coagulant added
● carbon dioxide / hydrogen