By Norman N Li, Anthony G. Fane, W. S. Winston Ho, Takeshi Matsuura
Complex membranes-from basics and membrane chemistry to production and purposes
A hands-on reference for working towards execs, complicated Membrane know-how and functions covers the basic ideas and theories of separation and purification via membranes, the $64000 membrane strategies and structures, and significant business purposes. It is going some distance past the fundamentals to handle the formula and commercial manufacture of membranes and functions.
This functional consultant:
- comprises insurance of all of the significant different types of membranes: ultrafiltration; microfiltration; nanofiltration; opposite osmosis (including the hot high-flux and low-pressure membranes and anti-fouling membranes); membranes for gasoline separations; and membranes for gasoline cellphone makes use of
- Addresses six significant issues: membranes and functions in water and wastewater; membranes for biotechnology and chemical/biomedical purposes; fuel separations; membrane contractors and reactors; environmental and effort functions; and membrane fabrics and characterization
- contains discussions of significant strategic concerns and the way forward for membrane know-how
With chapters contributed via major specialists of their particular components and a realistic concentration, this is often the definitive reference for execs in commercial production and separations and study and improvement; practitioners within the manufacture and functions of membranes; scientists in water remedy, pharmaceutical, nutrition, and gas telephone processing industries; approach engineers; and others. it's also a great source for researchers in and academia and graduate scholars taking classes in separations and membranes and comparable fields.
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Additional resources for Advanced membrane technology and applications
1980). This hollowfiber membrane had high-pressure resistance in addition to high-salt rejection. In general, the salt rejection of membranes varies inversely as permeate water flux. In flat-sheet membrane modules, such as spiral-wound modules, high membrane permeate water flux is required to obtain practical product water flux due to narrow membrane area in the modules. The spiral-wound module configuration may also result in insufficient salt rejection. To solve this conflict, thin-film composite membranes were developed.
1997). Reduction of boron concentration in water produced by a reverse osmosis sea water desalination unit. Membrane 22(4), 211. Fusaoka, Y. (1999). Super ultra low pressure composite reverse osmosis membrane elements for brackish water desalination and ultrapure water production. Membrane 24(6), 319–323. , and Hirose, M. (2000). Development of the high boron removal reverse osmosis membrane element for seawater desalination. Nitto Giho 40, 36. , and Fujino, H. (1996). Advanced ultra low pressure reverse osmosis membrane elements having a high water flux and a high solute rejection.
273. , and Kimura, S. (1997). Reduction of boron concentration in water produced by a reverse osmosis sea water desalination unit. Membrane 22(4), 211. Fusaoka, Y. (1999). Super ultra low pressure composite reverse osmosis membrane elements for brackish water desalination and ultrapure water production. Membrane 24(6), 319–323. , and Hirose, M. (2000). Development of the high boron removal reverse osmosis membrane element for seawater desalination. Nitto Giho 40, 36. , and Fujino, H. (1996). Advanced ultra low pressure reverse osmosis membrane elements having a high water flux and a high solute rejection.
Advanced membrane technology and applications by Norman N Li, Anthony G. Fane, W. S. Winston Ho, Takeshi Matsuura