Matches in SemOpenAlex for { <https://semopenalex.org/work/W2912089018> ?p ?o ?g. }
- W2912089018 endingPage "113" @default.
- W2912089018 startingPage "106" @default.
- W2912089018 abstract "Seawater is an abundant resource across the world, and its purification and by-product recovery methods are crucial for economical, environmentally safe and sustainable utilization. Desalinating seawater generally produces brine as a by-product that cannot be purified economically with current technologies and which is instead released to the environment. In this Perspective, we discuss direct electrosynthesis of sodium hydroxide (NaOH) and hydrochloric acid (HCl) from sea-water desalination brine as an emerging alternative solution. In this direct electrosynthesis (DE) process, the water splitting reaction is used to produce H+ and OH–, which combine with the brine stream to produce NaOH and HCl. After introducing the scope of the process, we describe developments in earth-abundant catalysts for water splitting and the competing chlorine evolution reaction (CER), as well as challenges in inefficiency and productivity associated with these processes. Finally, we discuss the economic impact and feasibility of direct electrosynthesis. Desalination processes generally leave brine as a by-product, which is then discharged back into the environment. This Perspective looks at recent procedures for using this brine instead as resource for the production of hydrochloric acid and sodium hydroxide through direct electrosynthesis." @default.
- W2912089018 created "2019-02-21" @default.
- W2912089018 creator A5011878557 @default.
- W2912089018 creator A5030126925 @default.
- W2912089018 creator A5045062923 @default.
- W2912089018 creator A5056726834 @default.
- W2912089018 creator A5064144981 @default.
- W2912089018 date "2019-02-13" @default.
- W2912089018 modified "2023-10-17" @default.
- W2912089018 title "Direct electrosynthesis of sodium hydroxide and hydrochloric acid from brine streams" @default.
- W2912089018 cites W1891108714 @default.
- W2912089018 cites W1964632155 @default.
- W2912089018 cites W1965840478 @default.
- W2912089018 cites W1971113415 @default.
- W2912089018 cites W1971800449 @default.
- W2912089018 cites W1973173197 @default.
- W2912089018 cites W1977562915 @default.
- W2912089018 cites W1979828122 @default.
- W2912089018 cites W1984577302 @default.
- W2912089018 cites W1984625256 @default.
- W2912089018 cites W1986829915 @default.
- W2912089018 cites W1987518729 @default.
- W2912089018 cites W1988039033 @default.
- W2912089018 cites W1993261286 @default.
- W2912089018 cites W1993871668 @default.
- W2912089018 cites W2002261784 @default.
- W2912089018 cites W2003836375 @default.
- W2912089018 cites W2004316221 @default.
- W2912089018 cites W2007772808 @default.
- W2912089018 cites W2010527007 @default.
- W2912089018 cites W2026893943 @default.
- W2912089018 cites W2028381250 @default.
- W2912089018 cites W2029229045 @default.
- W2912089018 cites W2033129958 @default.
- W2912089018 cites W2033211964 @default.
- W2912089018 cites W2037323443 @default.
- W2912089018 cites W2037362040 @default.
- W2912089018 cites W2037445100 @default.
- W2912089018 cites W2038579676 @default.
- W2912089018 cites W2040634925 @default.
- W2912089018 cites W2042050383 @default.
- W2912089018 cites W2044689914 @default.
- W2912089018 cites W2057382897 @default.
- W2912089018 cites W2058020696 @default.
- W2912089018 cites W2065124355 @default.
- W2912089018 cites W2066366847 @default.
- W2912089018 cites W2070957366 @default.
- W2912089018 cites W2078808928 @default.
- W2912089018 cites W2080168533 @default.
- W2912089018 cites W2090296245 @default.
- W2912089018 cites W2092019343 @default.
- W2912089018 cites W2104242056 @default.
- W2912089018 cites W2105081100 @default.
- W2912089018 cites W2107372560 @default.
- W2912089018 cites W2108665174 @default.
- W2912089018 cites W2109727182 @default.
- W2912089018 cites W2120365284 @default.
- W2912089018 cites W2129874730 @default.
- W2912089018 cites W2133406747 @default.
- W2912089018 cites W2157085245 @default.
- W2912089018 cites W2165460569 @default.
- W2912089018 cites W2172236987 @default.
- W2912089018 cites W2204610146 @default.
- W2912089018 cites W2272232474 @default.
- W2912089018 cites W2275807117 @default.
- W2912089018 cites W2302970633 @default.
- W2912089018 cites W2304799491 @default.
- W2912089018 cites W2323642592 @default.
- W2912089018 cites W2331528766 @default.
- W2912089018 cites W2337834902 @default.
- W2912089018 cites W2341535801 @default.
- W2912089018 cites W2476410927 @default.
- W2912089018 cites W2510567447 @default.
- W2912089018 cites W2514157351 @default.
- W2912089018 cites W2528737532 @default.
- W2912089018 cites W2555053399 @default.
- W2912089018 cites W2560993899 @default.
- W2912089018 cites W2567342708 @default.
- W2912089018 cites W2573377826 @default.
- W2912089018 cites W2574987849 @default.
- W2912089018 cites W2575823937 @default.
- W2912089018 cites W2586980487 @default.
- W2912089018 cites W2597732775 @default.
- W2912089018 cites W2613955866 @default.
- W2912089018 cites W2641233206 @default.
- W2912089018 cites W2765550507 @default.
- W2912089018 cites W2768067603 @default.
- W2912089018 cites W2801824317 @default.
- W2912089018 cites W2804894055 @default.
- W2912089018 cites W3044261646 @default.
- W2912089018 cites W4236149509 @default.
- W2912089018 cites W4247372024 @default.
- W2912089018 cites W4378780789 @default.
- W2912089018 cites W90237207 @default.
- W2912089018 doi "https://doi.org/10.1038/s41929-018-0218-y" @default.
- W2912089018 hasPublicationYear "2019" @default.
- W2912089018 type Work @default.
- W2912089018 sameAs 2912089018 @default.