FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2003286887> ?p ?o ?g. }

• W2003286887 endingPage "149" @default.
• W2003286887 startingPage "133" @default.
• W2003286887 abstract "Hydrogen peroxide (H2O2) is an important commodity chemical and its demand is growing significantly in the chemical synthesis due to its “green” character. Currently, H2O2 is produced almost exclusively by the anthraquinone auto-oxidation (AO) process. The AO process involves indirect oxidation of hydrogen and thus avoids potentially explosive H2/O2 mixture. However, this large-scale process presents significant safety issues associated with the transport of bulk H2O2. Moreover, the AO process can hardly be considered an environmentally friendly method. In view of this, more economical and environmentally cleaner routes have been explored for the production of H2O2. The liquid-phase catalytic direct synthesis of H2O2 from H2 and O2 offers an attractive green technology for small-scale/on-site production of H2O2. However, the direct synthesis process suffers from two major drawbacks: (i) potential hazards associated with H2/O2 mixtures and (ii) poor selectivity for H2O2 because the catalysts used for H2O2 synthesis are also active for its decomposition and hydrogenation to water as well as for H2 combustion. These serious issues and the recent developments in the direct H2O2 synthesis are discussed in this review. The roles of protons (H+) and halide ions in promoting the H2O2 selectivity are also examined in detail." @default.
• W2003286887 created "2016-06-24" @default.
• W2003286887 creator A5005509684 @default.
• W2003286887 date "2008-11-30" @default.
• W2003286887 modified "2023-10-17" @default.
• W2003286887 title "Direct synthesis of hydrogen peroxide from hydrogen and oxygen: An overview of recent developments in the process" @default.
• W2003286887 cites W132181905 @default.
• W2003286887 cites W1503054310 @default.
• W2003286887 cites W1523818626 @default.
• W2003286887 cites W1599911938 @default.
• W2003286887 cites W1651825929 @default.
• W2003286887 cites W171108029 @default.
• W2003286887 cites W1964207692 @default.
• W2003286887 cites W1964481019 @default.
• W2003286887 cites W1968634298 @default.
• W2003286887 cites W1971546292 @default.
• W2003286887 cites W1972496317 @default.
• W2003286887 cites W1973858361 @default.
• W2003286887 cites W1975478375 @default.
• W2003286887 cites W1980405524 @default.
• W2003286887 cites W1980725075 @default.
• W2003286887 cites W1985779038 @default.
• W2003286887 cites W1987726056 @default.
• W2003286887 cites W1989277443 @default.
• W2003286887 cites W1989685444 @default.
• W2003286887 cites W1992887216 @default.
• W2003286887 cites W1994635065 @default.
• W2003286887 cites W1995503390 @default.
• W2003286887 cites W1995792037 @default.
• W2003286887 cites W2002294667 @default.
• W2003286887 cites W2004372204 @default.
• W2003286887 cites W2004476303 @default.
• W2003286887 cites W2006875843 @default.
• W2003286887 cites W2006976654 @default.
• W2003286887 cites W2017215902 @default.
• W2003286887 cites W2020005372 @default.
• W2003286887 cites W2021464904 @default.
• W2003286887 cites W2022357277 @default.
• W2003286887 cites W2023050026 @default.
• W2003286887 cites W2028896921 @default.
• W2003286887 cites W2029195409 @default.
• W2003286887 cites W2029557700 @default.
• W2003286887 cites W2029842534 @default.
• W2003286887 cites W2033790566 @default.
• W2003286887 cites W2035875599 @default.
• W2003286887 cites W2036221548 @default.
• W2003286887 cites W2037818782 @default.
• W2003286887 cites W2040460631 @default.
• W2003286887 cites W2042276278 @default.
• W2003286887 cites W2047514586 @default.
• W2003286887 cites W2048892312 @default.
• W2003286887 cites W2051180020 @default.
• W2003286887 cites W2053532577 @default.
• W2003286887 cites W2056545493 @default.
• W2003286887 cites W2057901965 @default.
• W2003286887 cites W2057914810 @default.
• W2003286887 cites W2058759538 @default.
• W2003286887 cites W2061243926 @default.
• W2003286887 cites W2062589468 @default.
• W2003286887 cites W2062617573 @default.
• W2003286887 cites W2063662235 @default.
• W2003286887 cites W2069398537 @default.
• W2003286887 cites W2069463066 @default.
• W2003286887 cites W2070474737 @default.
• W2003286887 cites W2070583294 @default.
• W2003286887 cites W2071926750 @default.
• W2003286887 cites W2074479040 @default.
• W2003286887 cites W2075227318 @default.
• W2003286887 cites W2077899030 @default.
• W2003286887 cites W2078388890 @default.
• W2003286887 cites W2082593293 @default.
• W2003286887 cites W2082640931 @default.
• W2003286887 cites W2083599034 @default.
• W2003286887 cites W2086702754 @default.
• W2003286887 cites W2088307717 @default.
• W2003286887 cites W2091645198 @default.
• W2003286887 cites W2092722352 @default.
• W2003286887 cites W2105797635 @default.
• W2003286887 cites W2108999360 @default.
• W2003286887 cites W2110534188 @default.
• W2003286887 cites W2125863915 @default.
• W2003286887 cites W2126183145 @default.
• W2003286887 cites W2145893328 @default.
• W2003286887 cites W2146451367 @default.
• W2003286887 cites W2165062168 @default.
• W2003286887 cites W276969255 @default.
• W2003286887 cites W2800897748 @default.
• W2003286887 cites W281566021 @default.
• W2003286887 cites W2950812752 @default.
• W2003286887 cites W2970149598 @default.
• W2003286887 cites W2988019223 @default.
• W2003286887 cites W391544446 @default.
• W2003286887 cites W2115571921 @default.
• W2003286887 cites W2522980640 @default.
• W2003286887 doi "https://doi.org/10.1016/j.apcata.2008.07.043" @default.
• W2003286887 hasPublicationYear "2008" @default.
• W2003286887 type Work @default.
• W2003286887 sameAs 2003286887 @default.

• next