FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W3082874221> ?p ?o ?g. }

• W3082874221 endingPage "285" @default.
• W3082874221 startingPage "229" @default.
• W3082874221 abstract "21st century global market place is moving towards subtainable development and without this approach our future would be at risk. Today’s chemical industries need to give more focus for the planet through improving the environmental footprints of fuels and chemicals manufacturing processes. Oxidation and hydrogenation processes are widely used in the production of chemicals and fuels. Oxidation processes are especially important to convert petroleum-based materials to useful petrochemicals of higher oxidation state. Many existing oxidation processes, however, still rely on the use of stoichiometric oxidants, such as dichromate/sulfuric acid, permanganates, periodates, chromium oxides, osmium oxide etc., and remain a major source of environmental pollution. Therefore, oxidation processes using eco-friendly oxidizing agents such as molecular oxygen, ozone and hydrogen peroxide (H2O2) are incresingly becoming important to improve the environmental sustainability. Hydrogen peroxide is especially attractive for the liquid-phase oxidation due to the presence of high percentage of active oxygen and the production of water as only by-product. As a result, H2O2-based eco-friendly oxidation processes are gradually replacing some well-established processes such as production of propylene oxide, caprolactam, phenol etc. Moreover, recent advances in the area of oxidation catalysis is promoting H2O2-based technologies to emerge as a frontline, eco-friendly sustainable processes. H2O2 is also finding greater applications in pulp/paper industries and waste water treatment as a substitute of chlorine-based oxidizing agents. Herein, we have analyzed various reactions using H2O2 as an oxidant and their recent advancement to bring important aspects of H2O2-based oxidation processes and catalysis. Moreover, various aspects of using H2O2 toward development of sustainable oxidation processes have been analyzed with respect to factors affecting the end uses in chemical industry such as efficiency, catalyst and reaction pathways. We have reviewed manufacturing trends of H2O2 and emerging applications of H2O2 in sustainable oxidation processes. Critical discussions have also been made on the opportunities and challenges with emerging H2O2 based oxidation processes in the production of bulk as well as specialty chemicals." @default.
• W3082874221 created "2020-09-08" @default.
• W3082874221 creator A5005509684 @default.
• W3082874221 creator A5033552402 @default.
• W3082874221 creator A5054564770 @default.
• W3082874221 creator A5077591660 @default.
• W3082874221 creator A5090130273 @default.
• W3082874221 date "2020-09-01" @default.
• W3082874221 modified "2023-10-14" @default.
• W3082874221 title "Advantages and limitations of catalytic oxidation with hydrogen peroxide: from bulk chemicals to lab scale process" @default.
• W3082874221 cites W101978974 @default.
• W3082874221 cites W1515405481 @default.
• W3082874221 cites W1546361012 @default.
• W3082874221 cites W1568783124 @default.
• W3082874221 cites W1578803551 @default.
• W3082874221 cites W1608201726 @default.
• W3082874221 cites W1785751860 @default.
• W3082874221 cites W1964634378 @default.
• W3082874221 cites W1966875377 @default.
• W3082874221 cites W1969914116 @default.
• W3082874221 cites W1970336513 @default.
• W3082874221 cites W1971470320 @default.
• W3082874221 cites W1971802528 @default.
• W3082874221 cites W1972258417 @default.
• W3082874221 cites W1973210652 @default.
• W3082874221 cites W1973444574 @default.
• W3082874221 cites W1973742564 @default.
• W3082874221 cites W1973858361 @default.
• W3082874221 cites W1976032815 @default.
• W3082874221 cites W1979519066 @default.
• W3082874221 cites W198274601 @default.
• W3082874221 cites W1983230556 @default.
• W3082874221 cites W1984625862 @default.
• W3082874221 cites W1985816370 @default.
• W3082874221 cites W1988295902 @default.
• W3082874221 cites W1988577621 @default.
• W3082874221 cites W1991000681 @default.
• W3082874221 cites W1993720848 @default.
• W3082874221 cites W1995503390 @default.
• W3082874221 cites W1996390448 @default.
• W3082874221 cites W1997325091 @default.
• W3082874221 cites W1997973561 @default.
• W3082874221 cites W1999347518 @default.
• W3082874221 cites W2000332653 @default.
• W3082874221 cites W2001169219 @default.
• W3082874221 cites W2002003950 @default.
• W3082874221 cites W2002283377 @default.
• W3082874221 cites W2002628184 @default.
• W3082874221 cites W2003286887 @default.
• W3082874221 cites W2005497093 @default.
• W3082874221 cites W2006110470 @default.
• W3082874221 cites W2006715180 @default.
• W3082874221 cites W2007079057 @default.
• W3082874221 cites W2009398226 @default.
• W3082874221 cites W2010111918 @default.
• W3082874221 cites W2011945138 @default.
• W3082874221 cites W2012033367 @default.
• W3082874221 cites W2016101254 @default.
• W3082874221 cites W2016971372 @default.
• W3082874221 cites W2016975005 @default.
• W3082874221 cites W2017063205 @default.
• W3082874221 cites W2017215902 @default.
• W3082874221 cites W2019129147 @default.
• W3082874221 cites W2019237694 @default.
• W3082874221 cites W2019248509 @default.
• W3082874221 cites W2019564447 @default.
• W3082874221 cites W2022561497 @default.
• W3082874221 cites W2022785687 @default.
• W3082874221 cites W2025706184 @default.
• W3082874221 cites W2025943147 @default.
• W3082874221 cites W2033120226 @default.
• W3082874221 cites W2036013831 @default.
• W3082874221 cites W2036895498 @default.
• W3082874221 cites W2038076395 @default.
• W3082874221 cites W2038685727 @default.
• W3082874221 cites W2038909765 @default.
• W3082874221 cites W2042650256 @default.
• W3082874221 cites W2043520517 @default.
• W3082874221 cites W2047895819 @default.
• W3082874221 cites W2048051775 @default.
• W3082874221 cites W2048088234 @default.
• W3082874221 cites W2049722774 @default.
• W3082874221 cites W2050738374 @default.
• W3082874221 cites W2051208863 @default.
• W3082874221 cites W2053400115 @default.
• W3082874221 cites W2054745973 @default.
• W3082874221 cites W2054890766 @default.
• W3082874221 cites W2056362195 @default.
• W3082874221 cites W2056950494 @default.
• W3082874221 cites W2057780249 @default.
• W3082874221 cites W2058130234 @default.
• W3082874221 cites W2059414716 @default.
• W3082874221 cites W2060539210 @default.
• W3082874221 cites W2061322244 @default.
• W3082874221 cites W2062673500 @default.
• W3082874221 cites W2064548004 @default.
• W3082874221 cites W2064785221 @default.
• W3082874221 cites W2065732328 @default.

• next