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Mussel-inspired membrane can boost sustainability and add value to industrial wastewater treatment - New nanoporous membrane allows highly efficient separation of wastewater components for future reuse, offering industries sustainability and added-value benefits

Engineers have developed a new kind of membrane that separates chemicals within wastewater so effectively that they can be reused, presenting a new opportunity for industries to improve sustainabi . ....

South Korea , United Kingdom , Ming Xie , Dong Han Seo , Jiuyang Lin , United Kingdom University Of Bath , University Of Bath , Korea Institute Of Energy Technology , Chinese Academy Of Sciences , Department Of Energy Engineering , Nature Water , Chemical Engineering , Energy Engineering , Korea Institute , Energy Technology , Chinese Academy , Wastewater Treatment ,

The Engineer - Mussel-inspired membrane adds efficiencies to electrodialysis

An international team of engineers has developed TFC NPM, a mussel-inspired membrane that separates chemicals in wastewater that can then be reused. ....

South Korea , Ming Xie , Dong Han Seo , Department Of Energy Engineering , Korea Institute Of Energy Technology , Bath University , Royal Academy Of Engineering Industrial Fellowship , Chemical Engineering At Bath University , Royal Society International Exchange , Erasmus Staff Mobility Fund , Chemical Engineering , Energy Engineering , Korea Institute , Energy Technology , Royal Academy , Engineering Industrial Fellowship , Erasmus Staff Mobility , Tfc Npm ,

Mussel-inspired membrane can boost sustainability and add value to industrial wastewater treatment

3.08.2023 - New nanoporous membrane allows highly efficient separation of wastewater components for reuse, offering industries sustainability and added-value benefits. ....

South Korea , Dong Han Seo , Jiuyang Lin , Ming Xie , Chinese Academy Of Sciences , Korea Institute Of Energy Technology , Department Of Energy Engineering , United University Of Bath , University Of Bath , Nature Water , United Kingdoms University , Chemical Engineering , Energy Engineering , Korea Institute , Energy Technology , Chinese Academy , Engineering Porous Materials , Multiple Scales , United Kingdom , Ews ,

Mussel-inspired membrane can boost sustainability and add value to industrial wastewater treatment

Mussel-inspired membrane can boost sustainability and add value to industrial wastewater treatment
phys.org - get the latest breaking news, showbiz & celebrity photos, sport news & rumours, viral videos and top stories from phys.org Daily Mail and Mail on Sunday newspapers.

South Korea , Ming Xie , Dong Han Seo , Jiuyang Lin , Chinese Academy Of Sciences , Uk University Of Bath , Korea Institute Of Energy Technology , Department Of Energy Engineering , University Of Bath , Nature Water , Chemical Engineering , Energy Engineering , Korea Institute , Energy Technology , Chinese Academy ,

Industry Boosted by Mussel-Inspired Wastewater Treatment Membrane

Industry Boosted by Mussel-Inspired Wastewater Treatment Membrane
miragenews.com - get the latest breaking news, showbiz & celebrity photos, sport news & rumours, viral videos and top stories from miragenews.com Daily Mail and Mail on Sunday newspapers.

United Kingdom , South Korea , Ming Xie , Jiuyang Lin , Dong Han Seo , Department Of Energy Engineering , University Of Bath , Royal Academy Of Engineering Industrial Fellowship , Royal Society International Exchange , Chinese Academy Of Sciences , United Kingdom University Of Bath , Korea Institute Of Energy Technology , Erasmus Staff Mobility Fund , Nature Water , Chemical Engineering , Energy Engineering , Korea Institute , Energy Technology , Chinese Academy , Royal Academy , Engineering Industrial Fellowship , Erasmus Staff Mobility , Engineering Porous Materials , Multiple Scales ,