MIT’s new membrane could slash 90 percent of energy use in crude oil refining, reshaping one of the world’s most polluting ...

A research team has developed an innovative membrane that mimics biological ion channels to achieve highly selective lithium ion separation ... can differentiate ions based on size and hydration ...

Paper-based microfluidic analytical devices (μPADs ... they need to be assembled with a filter such as a plasma separation membrane (PSM) because the color of the blood cells interferes with the ...

Brett Andrews has been named chief executive officer of California-based Membrane Technology and Research (MTR). Brett Andrews, the newly appointed CEO of Membrane Technology and Research (MTR).

Abstract: The existing industrial tribo-electrostatic separators have proved their efficiency ... and enables the analysis of the effects of several factors on the separation efficiency: the linear ...

Abstract: In this letter, we experimentally demonstrate, by integrating plasmonic nanoantennas, that membrane-based micromechanical resonators can become infrared (IR) active. The ...

Through synthesizing and validating the TriGalNAc ligand-based fluorescent probe, we demonstrated that ASGPR formed functionally critical clusters on the HCC basal membrane, with these high-density ...

The separation factor measured for the mixture was 20% lower compared to the single gas selectivity, in the whole temperature range analyzed. In saturation conditions the data showed that water ...

The use of synthetic membranes for gas separation reached an industrial level in the 1980s. The gas mixtures processed by this technology were O 2 /N 2, H 2 /N 2, H 2 /CH 4 and CO 2 /CH 4, this last ...