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- W839940726 abstract "Abstract The rapid increases in global energy consumption and greenhouse gas emissions have stimulated the exploration of renewable energy sources as alternative fuels. Osmotic pressure gradient energy released from the mixing of water streams with different salinities is an unexploited resource of renewable energy. By employing a semipermeable membrane to control the mixing process, the osmotic pressure gradient energy can be harvested in terms of electrical power via pressure retarded osmosis (PRO) without causing adverse environmental impacts. The ideal of harvesting osmotic power via PRO was proposed in the early seventies; however, the absence of effective membranes with desirable structure and performance hindered further advancement of the PRO technology. During the last few years, a significant progress in PRO technology has been achieved. Novel flat-sheet and hollow fiber polymeric membranes with desired structure, mechanical robustness and permeation characteristics have been developed for PRO applications. Membranes with a target power density of 5 W/m 2 to produce commercially viable PRO processes have been achieved. At this point of time, a comprehensive review is imperative in order to summarize what we have accomplished and provide insights for the development of next generation PRO membranes. After a brief introduction of the PRO process and the early PRO development using the existing RO/NF and FO membranes, this review focuses primarily on novel and the state-of-the-art PRO membranes. Furthermore, the requirements for fabricating effective PRO membranes will be discussed and future perspectives will be presented." @default.
- W839940726 created "2016-06-24" @default.
- W839940726 creator A5021249331 @default.
- W839940726 creator A5027283064 @default.
- W839940726 creator A5048804919 @default.
- W839940726 creator A5065997189 @default.
- W839940726 date "2015-12-01" @default.
- W839940726 modified "2023-10-16" @default.
- W839940726 title "Progress in pressure retarded osmosis (PRO) membranes for osmotic power generation" @default.
- W839940726 cites W1751674526 @default.
- W839940726 cites W1966579408 @default.
- W839940726 cites W1967318361 @default.
- W839940726 cites W1970405816 @default.
- W839940726 cites W1971566306 @default.
- W839940726 cites W1973359788 @default.
- W839940726 cites W1974455685 @default.
- W839940726 cites W1978804175 @default.
- W839940726 cites W1980553488 @default.
- W839940726 cites W1981156427 @default.
- W839940726 cites W1982194355 @default.
- W839940726 cites W1987078755 @default.
- W839940726 cites W1989164691 @default.
- W839940726 cites W1992478654 @default.
- W839940726 cites W1992585459 @default.
- W839940726 cites W1994110842 @default.
- W839940726 cites W1995635610 @default.
- W839940726 cites W1996750667 @default.
- W839940726 cites W1997556089 @default.
- W839940726 cites W2000591084 @default.
- W839940726 cites W2002427744 @default.
- W839940726 cites W2002534098 @default.
- W839940726 cites W2004911079 @default.
- W839940726 cites W2005347587 @default.
- W839940726 cites W2006587695 @default.
- W839940726 cites W2008823185 @default.
- W839940726 cites W2009201691 @default.
- W839940726 cites W2009400565 @default.
- W839940726 cites W2010783137 @default.
- W839940726 cites W2011588223 @default.
- W839940726 cites W2014918125 @default.
- W839940726 cites W2016906347 @default.
- W839940726 cites W2019804612 @default.
- W839940726 cites W2021164507 @default.
- W839940726 cites W2021977544 @default.
- W839940726 cites W2022944779 @default.
- W839940726 cites W2025175218 @default.
- W839940726 cites W2025841104 @default.
- W839940726 cites W2027253598 @default.
- W839940726 cites W2031883401 @default.
- W839940726 cites W2033029708 @default.
- W839940726 cites W2033465655 @default.
- W839940726 cites W2035210793 @default.
- W839940726 cites W2035508412 @default.
- W839940726 cites W2037809366 @default.
- W839940726 cites W2044155579 @default.
- W839940726 cites W2044886109 @default.
- W839940726 cites W2047524136 @default.
- W839940726 cites W2047662613 @default.
- W839940726 cites W2048888642 @default.
- W839940726 cites W2049224526 @default.
- W839940726 cites W2052151535 @default.
- W839940726 cites W2052178553 @default.
- W839940726 cites W2053956354 @default.
- W839940726 cites W2055046505 @default.
- W839940726 cites W2055550040 @default.
- W839940726 cites W2057114709 @default.
- W839940726 cites W2058118980 @default.
- W839940726 cites W2058747299 @default.
- W839940726 cites W2058796468 @default.
- W839940726 cites W2061897545 @default.
- W839940726 cites W2062529869 @default.
- W839940726 cites W2070407262 @default.
- W839940726 cites W2071086668 @default.
- W839940726 cites W2072078271 @default.
- W839940726 cites W2075453315 @default.
- W839940726 cites W2076973118 @default.
- W839940726 cites W2081489450 @default.
- W839940726 cites W2082705416 @default.
- W839940726 cites W2085596808 @default.
- W839940726 cites W2087147225 @default.
- W839940726 cites W2087601600 @default.
- W839940726 cites W2091045346 @default.
- W839940726 cites W2095035736 @default.
- W839940726 cites W2095406612 @default.
- W839940726 cites W2097922419 @default.
- W839940726 cites W2101834110 @default.
- W839940726 cites W2103368853 @default.
- W839940726 cites W2104762466 @default.
- W839940726 cites W2109453811 @default.
- W839940726 cites W2123747970 @default.
- W839940726 cites W2143072391 @default.
- W839940726 cites W2150619804 @default.
- W839940726 cites W2154708057 @default.
- W839940726 cites W2170804474 @default.
- W839940726 cites W2313188753 @default.
- W839940726 cites W2313776876 @default.
- W839940726 cites W2314877240 @default.
- W839940726 cites W2315337552 @default.