Research Papers by K.-V. Peinemann
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The idea to generate power through osmosis between river and ocean water has been known since the 1970s. The potential power that can be produced worldwide through osmotic power is estimated to be 1600 TWh/a. But due to inefficient membranes, little effort has been put into research for this type of
Desalination 224 (2008)
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This organic nanocomposite membrane is readily processed via “Trojan horse” method compared to the conventional MMMs [5]. The thin selective layer can be easily fabricated on the supporting materials to form the composite structure in order to obtain the high flux. The increased performance in ethan
Desalination 200 (2006)
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The organic filler TMSG was incorporated into the two glassy polymers PTMSP and EC, resulting in reversed effects on their gas permeability. For PTMSP the reduction of permeability with filler content was far higher than the theoretical prediction (Maxwell equation) for the addition of impermeable f
Desalination 199 (2006)
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