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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 ,

"Surface functionalization of low-cost textile-based microfluidics for " by Jawairia Umar Khan, Sepidar Sayyar et al.

Textile-based microfluidics offer new opportunities for developing low-cost, open surface-assessable analytical systems for the electrophoretic analysis of complex chemical and biological matrixes. In contrast to electrophoretic fluidic transport in typical chip-based enclosed capillaries where direct access to the sample zone during analysis is a real challenge. Herein, we demonstrate that electrophoretic selectivity could be easily manipulated on these inverted low-cost bespoke textile substrates via a simple surface-functionalization to manipulate, redirect, extract, and characterize charged analytes. This simple approach enables significant improvement in the electrophoretic separation and isotachophoretic (ITP) preconcentration of charged solutes at the surface of open surface-accessible 3D textile constructs. In this work, polyester 3D braided structures have been developed using the conventional braiding technique and used as the electrophoretic substrates, which were modified b ....

Sotachophoresis Itp , Surface Functionalization , Extile Based Microfluidics ,