Novel Nonporous Fouling-Resistant Composite Nanofiltration Membranes and Membrane Separation Systems for Wastewater Treatment.
1997
Ly, J. H. | Pinnau, I.
Navy ships generate large volumes of wastewater, which to meet new regulations, will require treatment prior to overboard discharge. Treatment by nanofiltration can produce dischargeable water, but all current nanofiltration membranes are finely porous and only moderately hydrophilic. They are, therefore, subject to fouling by particulates, resulting in a dramatic decline in the water flux. Development of fouling-resistant membranes will improve nanofiltration systems by lowering capital costs, reducing energy consumption, and decreasing system down-time.
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书目信息
其它主题
Flux(rate); Water pollution and control; *nanofiltration membranes; *millipore filters; Water filters.; Naval vessels; *membrane separation system; *shipboard sewage treatment systems; *waste water
语言
英语
许可
http://handle.dtic.mil/100.2/ADA324759APPROVED FOR PUBLIC RELEASE
来源
MEMBRANE TECHNOLOGY AND RESEARCH INC MENLO PARK CADTIC AND NTIS
团体作者
MEMBRANE TECHNOLOGY AND RESEARCH INC MENLO PARK CA
2013-06-15
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