FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W3158320859> ?p ?o ?g. }

• W3158320859 endingPage "115088" @default.
• W3158320859 startingPage "115088" @default.
• W3158320859 abstract "Reverse osmosis (RO) is perhaps the most promising desalination technology, but it is facing growing economic challenges when coupled to an intermittent energy supply, such as renewable energy-based grids. A technology with similar components to reverse osmosis is pressure retarded osmosis (PRO), which produces energy from differences in salt concentration (blue energy). However, with the increasing cost-competitiveness of wind and solar photovoltaic renewable energy, PRO faces severe technoeconomic challenges as a stand-alone energy technology. To address cost and energy challenges of both RO and PRO, we propose a framework to intermittently operate RO with an instantaneous, electricity-producing PRO mode by taking advantage of the component overlap and existing infrastructure. Here, we analyze the process and component efficiencies associated with a hybridized RO-PRO system and outline the associated technoeconomic limitations. This approach considered operating PRO by mixing seawater RO brine with either RO permeate or a cheap low salinity water source. The results show that a hybridized system may make PRO viable in a niche subset of conditions, including a combination of relatively cheap water (<$1/m 3 ), pricier electricity (>$0.15/kWh), and with electricity pricing schemes having large differences between lowest and highest prices. This hybridization may effectively allow a hybrid PRO-mode system to act as a cheaper, yet less efficient, salinity gradient energy storage mechanism. However, the economics are extremely challenging unless there is inexpensive, or even free, low salinity water source (e.g. treated wastewater) available. • Explores integrating continuous RO and PRO with overlapping components • High salinity PRO with SWRO brine may be economical in niche market conditions. • Membrane properties create a trade-off for optimizing bimodal system performance. • Hybridization could allow RO to economically do demand response and energy storage." @default.
• W3158320859 created "2021-05-10" @default.
• W3158320859 creator A5022890138 @default.
• W3158320859 creator A5034925121 @default.
• W3158320859 creator A5042416393 @default.
• W3158320859 creator A5043289736 @default.
• W3158320859 creator A5058700569 @default.
• W3158320859 creator A5059908472 @default.
• W3158320859 creator A5071339127 @default.
• W3158320859 creator A5083334228 @default.
• W3158320859 creator A5086834992 @default.
• W3158320859 date "2021-09-01" @default.
• W3158320859 modified "2023-10-17" @default.
• W3158320859 title "A framework for blue energy enabled energy storage in reverse osmosis processes" @default.
• W3158320859 cites W1966629433 @default.
• W3158320859 cites W1973622963 @default.
• W3158320859 cites W1983169565 @default.
• W3158320859 cites W1989039726 @default.
• W3158320859 cites W1989942046 @default.
• W3158320859 cites W1999595821 @default.
• W3158320859 cites W2001282717 @default.
• W3158320859 cites W2009201691 @default.
• W3158320859 cites W2021977544 @default.
• W3158320859 cites W2022700455 @default.
• W3158320859 cites W2028816488 @default.
• W3158320859 cites W2033465655 @default.
• W3158320859 cites W2055638681 @default.
• W3158320859 cites W2057114709 @default.
• W3158320859 cites W2062529869 @default.
• W3158320859 cites W2070235309 @default.
• W3158320859 cites W2081489450 @default.
• W3158320859 cites W2141982567 @default.
• W3158320859 cites W2156516883 @default.
• W3158320859 cites W2179139451 @default.
• W3158320859 cites W2234364740 @default.
• W3158320859 cites W2251493459 @default.
• W3158320859 cites W2292558660 @default.
• W3158320859 cites W2296406830 @default.
• W3158320859 cites W2313776876 @default.
• W3158320859 cites W2320052655 @default.
• W3158320859 cites W2332159895 @default.
• W3158320859 cites W2342782995 @default.
• W3158320859 cites W2409047181 @default.
• W3158320859 cites W2503976405 @default.
• W3158320859 cites W2504683713 @default.
• W3158320859 cites W2513429311 @default.
• W3158320859 cites W2521271303 @default.
• W3158320859 cites W2550432362 @default.
• W3158320859 cites W2604210274 @default.
• W3158320859 cites W2621888185 @default.
• W3158320859 cites W2625153997 @default.
• W3158320859 cites W2738823964 @default.
• W3158320859 cites W2773602709 @default.
• W3158320859 cites W2782389734 @default.
• W3158320859 cites W2889258365 @default.
• W3158320859 cites W2894229033 @default.
• W3158320859 cites W2920123127 @default.
• W3158320859 cites W2955907320 @default.
• W3158320859 cites W2963053801 @default.
• W3158320859 cites W2969637618 @default.
• W3158320859 cites W2991420682 @default.
• W3158320859 cites W2997362769 @default.
• W3158320859 cites W3013735610 @default.
• W3158320859 cites W3019858208 @default.
• W3158320859 cites W3024120302 @default.
• W3158320859 cites W3030379507 @default.
• W3158320859 cites W3037914469 @default.
• W3158320859 cites W3085031237 @default.
• W3158320859 cites W3093463789 @default.
• W3158320859 cites W3130056074 @default.
• W3158320859 cites W3135499231 @default.
• W3158320859 cites W3141817173 @default.
• W3158320859 cites W3145585884 @default.
• W3158320859 doi "https://doi.org/10.1016/j.desal.2021.115088" @default.
• W3158320859 hasPublicationYear "2021" @default.
• W3158320859 type Work @default.
• W3158320859 sameAs 3158320859 @default.
• W3158320859 citedByCount "7" @default.
• W3158320859 countsByYear W31583208592021 @default.
• W3158320859 countsByYear W31583208592022 @default.
• W3158320859 crossrefType "journal-article" @default.
• W3158320859 hasAuthorship W3158320859A5022890138 @default.
• W3158320859 hasAuthorship W3158320859A5034925121 @default.
• W3158320859 hasAuthorship W3158320859A5042416393 @default.
• W3158320859 hasAuthorship W3158320859A5043289736 @default.
• W3158320859 hasAuthorship W3158320859A5058700569 @default.
• W3158320859 hasAuthorship W3158320859A5059908472 @default.
• W3158320859 hasAuthorship W3158320859A5071339127 @default.
• W3158320859 hasAuthorship W3158320859A5083334228 @default.
• W3158320859 hasAuthorship W3158320859A5086834992 @default.
• W3158320859 hasConcept C119599485 @default.
• W3158320859 hasConcept C121332964 @default.
• W3158320859 hasConcept C127413603 @default.
• W3158320859 hasConcept C130797344 @default.
• W3158320859 hasConcept C144717724 @default.
• W3158320859 hasConcept C163258240 @default.
• W3158320859 hasConcept C178790620 @default.
• W3158320859 hasConcept C185592680 @default.

• next