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What technology is used in water?

NOVEMBER 02, 2022

Our cpmpany offers different What technology is used in water?, water technologies, water technology examples, water innovation ideas at Wholesale Price，Here, you can get high quality and high efficient What technology is used in water?

5 Modern Technologies Used in Water Treatment - PsymbolicOct 17, 2018 — 5 Modern Technologies Used in Water Treatment · 1. The Use Of Nanotechnology · 2. The RO Purification · 3. UV Purification · 4. Acoustic Nanotube 

7 Ways Technology Will Provide Water for the World1. Smart Water Metering · 2. More Efficient Desalination · 3. Wastewater · 4. Rainwater Harvesting · 5. Condensation and Fog Harvesting · 6. Sustainable Water How Water is Being Revolutionized Through Use of New 7 Ways We Are Using Technology to Revolutionize Water · Crisis and Save Our Water Supply. With the world's population growing, water resources are becoming more 

Water Purification Solutions
TypeFeed mmpH rangeFlow gpdFlow GFDFlow gpmVolume LWeight kg
LP-254Process - - 1805 - - - -
BW30-404Tap Water19.1 - 325 - - - -
XLE-254Seawater - - 7200 - - - -
RE-8040-SHN 4UltraFiltration - - - - 11.7 - 37.9 - -
TM720-44Sanitizable - - 8800 - - - -
P-77XP-1Nano-Filtration - - - - - - -
TM820E-4 - 28.6 - 11500 - - - -
TML20D-44Sanitizable - - 3000 - - - -
PD-51-2brackish water - - 9900 - - - -
SW30-404WW, Cellose, Brackish - - 9300 - - - -
UE-181Seawater - - 9900 - - - -
RE-8040-BLNchemical and oxidant-resistant composite nanofiltration - - 43200 - 30 - -
RE-8040-SH F 4Saving Energy - - 2500 - - - -
SU-61Bioreactor MBR - - - 4 - 20 - - -
SW30-604Seawater - - 1750 - - - -
RE-16040-BESeawater - - 6500 - - - -
Fortilife CR1Seawater - - 13200 - - - -
RE-8040-BESanitizable - - 2097 - - - -
TML20-43Brackish water - - 11000 - - - -
LC LE-404Seawater - - 7200 - - - -
TM720C-4NanoFiltration - - - - - - -
NF-404Seawater - - 36000 - - - -
NF-404Seawater Nanofiltration - - 12000 - - - -
NF90-404Semi-Conductor - - 10000 - - - -
RE-8040-SH AProcess - - 4832 - - - -
RE-8040-FELow Fouling - - - - - - -
TW30-254Spiral Wound - - 12000 - - - -
UE-1812Spiral Wound - - 12000 - - - -
IP-51-1Sanitizable - - 1805 - - - -
TW30-1812-5NanoFiltration - - 8200 - - - -
PD-77XP-2Saving Energy - - 10000 - - - -
NF-254Low Fouling - - 12000 - - - -
RE-2521-FELow Fouling - - 2250 - - - -
NF270-254Saving Energy - - 2000 - - - -
SC-4201Brackish water - - 2150 - - - -
RE2521-SHNProcess - - 4832 - - - -
SW30-604brackish water - - 11000 - - - -
TM820C-4Sanitizable - - 4832 - - - -
SC-6201XSaving Energy - - 2500 - - - -
RE-8040-BR4Process - - 4832 - - - -
RE-2521-BNUltra low pressure brackish water - - 9800 - - - -
TML20D-4Sea water - - 4200 - - - -
BW30HP-404Process - - 1832 - - - -
TW30-404UltraFiltration - - - - 16.3 - 39.5 - -
TML1Sanitizable - - 2097 - - - -
TM720C-44Low Fouling - - 10200 - - - -
NF4brackish water - - 1900 - - - -
SeamaNano-Filtration - - 920 - - - -
TM820R-44Brackish water - - 2400 - - - -
RE-8040-FLRBrackish water - - 11000 - - - -
SW30HR-404Nano-Filtration - - 7500 - - - -
TM720DA4Saving Energy - - 12000 - - - -
TML20-37Sanitizable - - 2097 - - - -
RE-16040-SH FUltraFiltration - - - - 19.8 - 48.1 - -
SW30XHR-4brackish water - - 800 - - - -
RE-8040-CEbrachish chlorine resistant - - 600 - - - -
SFP-266Brackish water - - 6900 - - - -
RE-8040-BLF44Sea-Water - - 12000 - - - -
RE-4040-FEProcess - - 4832 - - - -
RE-8040-SH Fresidential - - 250 - - - -
TM820K-4Brackish water - - 11500 - - - -
SW30HR-254brackish water - - 9000 - - - -
NF4Sanitizable - - 10500 - - - -
SW30-404UltraFiltration - - - - 12.1 - 29.5 - -
NF270-404Process - - 4832 - - - -
SW30-38Sanitizable - - 4195 - - - -
TM820L-4Industrial process applications - - 380 - - - -
RE-8040-FE34Brackish Water RO Element - - 11500 - - - -
IP-51XP-1Seawater Nanofiltration - - 11000 - - - -
RE-8040-UL44Sanitizable - - 1400 - - - -
TML20N-4Sea water - - 4230 - - - -
TW30-404waste water - - 1800 - - - -
RE-4021-BLFSanitizable - - 3000 - - - -
RE-8040-BE34UltraFiltration - - - - 16.3 - 39.5 - -
TW30HP-254Seawater - - 9000 - - - -
PD-51XP-1Process - - 6027 - - - -
UE-201Reverse Osmosis high pressure high rejection - - 6400 - - - -
RE-4021-BLNSanitizable - - 5500 - - - -
PD-51-1Ultra low pressure brackish water - - 1700 - - - -
SW30HR-LE-404Seawater - - 6500 - - - -
SG30LE-43Sanitizable - - 8800 - - - -
TMG1Sanitizable - - 4832 - - - -
TH820H-4NanoFiltration - - 1750 - - - -
RE-2540-BLNBrackish Water - - 11500 - - - -
NF270-4Brackish water - - 11000 - - - -
SUL-G2Seawater - - 5900 - - - -
SW30-254Sanitizable - - 2600 - - - -
HRLE-44Brackish water - - 2400 - - - -
RE-2521-BLFwaste water - - 740 - - - -
TW30HP-404High Rejection - - 11000 - - - -
TM71Ultra Pure Water - - - - - - -
IP-51XP-2residential - - 50 - - - -
SW30HR-LE-404Brackish water Low Pressure - - 5800 - - - -
RE-2540-CEHigh Rejection - - 12000 - - - -
RE-1812-CE6Sanitizable - - 4832 - - - -
SU-82Brackish water - - 11800 - - - -
RE-2012-LP FBrackish Water28.6 - 9500 - - - -
BW30HRLE-44Sea water - - 7500 - - - -
NF-254Spiral Wound - - 10000 - - - -
RE-2012-LPSanitizable - - 4195 - - - -
NF270-254Industrial process applications - - 500 - - - -
PD-77-1Cellulose Acetate - - - - - - -
RE-4040-CESea-Water - - 6000 - - - -
SW30-804chemical and oxidant-resistant composite nanofiltration - - 115200 - 80 - -
TM720L-43Sanitizable - - 4195 - - - -
ECO PRO-4Low Fouling - - 11000 - - - -
RE-8040-BNSpiral Wound - - 10000 - - - -
BW30LE-404UltraFiltration - - - - 7.5 - 24.4 - -
TM720L-44Drinking Water - - 16 - - - -
TML20D-37Sanitizable - - 2097 - - - -
NF345HP-37High Rejection - - - - 80 - -
RO-394Sanitizable - - 1805 - - - -
RE-4040-BLFNSF/ANSI 61 and 419 - 2-11 - - 37.439135
TM820A-4brackish water - - 12000 - - - -
SW30-804Brackish water - - 9700 - - - -
HRLE-44Brackish Water - - 10500 - - - -
NE-2540-9High Rejection - - 11000 - - - -
RE-8040-FL44chemical and oxidant-resistant composite nanofiltration - - 43200 - 30 - -
LC HR-404Spiral Wound - - 2350 - - - -
RE-16040-SHNSpiral Wound - - 34000 - - - -
RE-2011-LPchemical and oxidant-resistant composite nanofiltration - - 43200 - 30 - -
BW30-4Chlorine Tolerant Nanofiltration - - 17200 - - - -

7 Technologies That Could Help Solve the Drinking Water CrisisDec 5, 2020 — The desalination process hinges on the process of reverse osmosis, which uses filters. These filters are traditionally slow-flowing in a 

10 ways technology is changing the future of waterJun 26, 2014 — 1. Many more startups are tackling water problems · 2. Nanotechnology for water purification · 3. Irrigation controllers · 4. Powering cars · 5.6.2 Water conservation and protection technologies | EME 807Elimination of losses: Regulation, metering, water-sensitive design, and smart technology are key factors contributing to this strategy. Leak identification 

Examples of Innovation in the Water Sector | US EPAFeb 14, 2022 — Through the use of biogas generation and recovery, which uses innovative technologies to optimize nitrogen fertilizer use.The new water technologies that could save the planet - The Jul 22, 2013 — Nanotechnology in filtration · Membrane chemistry · Seawater desalination · Smart monitoring · Intelligent irrigation · Wastewater processing · Mobile 

Six technologies that produce clean, safe drinking waterSep 17, 2016 — A built-in desalination system uses some of the electricity produced to create clean drinking water, and the rest of the electricity is fed back 11 Impressive Technological Innovations in the Water & Fluids In this method, an electrical field is used to create a deionization shockwave in the water. This shockwave forces all of the electrically charged particles to