Development of novel high performance asymmetric ultra low pressure nanofiltration (Aulp-NF) membrane for charged solutes removal
Nanofiltration is the most recently developed pressure-driven membrane process for the liquid-phase separations. As continuous developed of new membranes materials, special features likes nanometer ranges of pore radius, high retention of charged particles, inherent charges and lower operating press...
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Fakulti Sains dan Teknologi
2011
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my.umt.ir-7532016-03-11T00:25:23Z Development of novel high performance asymmetric ultra low pressure nanofiltration (Aulp-NF) membrane for charged solutes removal Abdul Rahman Hassan TP 248.25 .M46 A2 2007 Abdul Rahman Hassan Development of novel high performance asymmetric ultra low pressure nanofiltration (Aulp-NF) membrane for charged solutes removal Nanofiltration (Membrane separation) Nanofiltration is the most recently developed pressure-driven membrane process for the liquid-phase separations. As continuous developed of new membranes materials, special features likes nanometer ranges of pore radius, high retention of charged particles, inherent charges and lower operating pressure, its applications are rapidly increased especially in the field of process water, drinking water or wastewater treatment. 2011-05-31T08:06:30Z 2011-05-31T08:06:30Z 2007-03 Thesis http://hdl.handle.net/123456789/753 en application/pdf application/pdf Fakulti Sains dan Teknologi |
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TP 248.25 .M46 A2 2007 Abdul Rahman Hassan Development of novel high performance asymmetric ultra low pressure nanofiltration (Aulp-NF) membrane for charged solutes removal Nanofiltration (Membrane separation) |
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TP 248.25 .M46 A2 2007 Abdul Rahman Hassan Development of novel high performance asymmetric ultra low pressure nanofiltration (Aulp-NF) membrane for charged solutes removal Nanofiltration (Membrane separation) Abdul Rahman Hassan Development of novel high performance asymmetric ultra low pressure nanofiltration (Aulp-NF) membrane for charged solutes removal |
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Nanofiltration is the most recently developed pressure-driven membrane process for the liquid-phase separations. As continuous developed of new membranes materials, special features likes nanometer ranges of pore radius, high retention of charged particles, inherent charges and lower operating pressure, its applications are rapidly increased especially in the field of process water, drinking water or wastewater treatment. |
format |
Thesis |
author |
Abdul Rahman Hassan |
author_facet |
Abdul Rahman Hassan |
author_sort |
Abdul Rahman Hassan |
title |
Development of novel high performance asymmetric ultra low pressure nanofiltration (Aulp-NF) membrane for charged solutes removal |
title_short |
Development of novel high performance asymmetric ultra low pressure nanofiltration (Aulp-NF) membrane for charged solutes removal |
title_full |
Development of novel high performance asymmetric ultra low pressure nanofiltration (Aulp-NF) membrane for charged solutes removal |
title_fullStr |
Development of novel high performance asymmetric ultra low pressure nanofiltration (Aulp-NF) membrane for charged solutes removal |
title_full_unstemmed |
Development of novel high performance asymmetric ultra low pressure nanofiltration (Aulp-NF) membrane for charged solutes removal |
title_sort |
development of novel high performance asymmetric ultra low pressure nanofiltration (aulp-nf) membrane for charged solutes removal |
publisher |
Fakulti Sains dan Teknologi |
publishDate |
2011 |
url |
http://hdl.handle.net/123456789/753 |
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1738395544517083136 |
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13.18916 |