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- W4320077247 endingPage "101045" @default.
- W4320077247 startingPage "101045" @default.
- W4320077247 abstract "Modulating anionic oxygen in metal oxides offers exceptional opportunities for energy material synthesis via redox looping; however, several challenges such as overoxidation and catalyst deactivation need to be solved. This paper provides an overview of the state-of-the-art schemes for the selective synthesis of valuable chemicals via lattice oxygen-induced redox looping. Compared with previously published works, this review focuses on lattice oxygen modulated energy transformation technologies via chemical looping. This review discusses the chemical looping-based selective oxidation of methane to syngas/methanol, the oxidative coupling of methane, oxidative steam reforming of alcohols, and the oxidative dehydrogenation of hydrocarbons in the lattice oxygen-induced selective oxidation section. Additionally, moderate- and low-temperature Ellingham diagrams are extended to deduce the reactivity of the lattice oxygen based on thermodynamic calculation, which helps for oxygen carrier selection and product modulation. Moreover, less-researched but potential approaches to produce value-added energy materials by lattice oxygen are proposed in the perspective section, including selective oxidation of glycerol to glyceric acid, selective oxidation of methanol to acetic acid, and oxidative methane aromatization. Finally, implications for advanced oxygen carrier material design, preparation, and characterization are also overviewed. This study expands the scope of the lattice oxygen regulated energy conversion, which seeks to benefit both fundamental research and industrial applications of value-added energy material generation via lattice oxygen modulated energy transformation." @default.
- W4320077247 created "2023-02-12" @default.
- W4320077247 creator A5017795751 @default.
- W4320077247 creator A5032114737 @default.
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- W4320077247 creator A5071697857 @default.
- W4320077247 creator A5072028182 @default.
- W4320077247 creator A5079808010 @default.
- W4320077247 date "2023-05-01" @default.
- W4320077247 modified "2023-10-05" @default.
- W4320077247 title "Chemical looping-based energy transformation via lattice oxygen modulated selective oxidation" @default.
- W4320077247 cites W1779807942 @default.
- W4320077247 cites W1801884389 @default.
- W4320077247 cites W1860240680 @default.
- W4320077247 cites W1893432739 @default.
- W4320077247 cites W1926049371 @default.
- W4320077247 cites W1966082987 @default.
- W4320077247 cites W1969822306 @default.
- W4320077247 cites W1970586049 @default.
- W4320077247 cites W1973292858 @default.
- W4320077247 cites W1973823552 @default.
- W4320077247 cites W1976705828 @default.
- W4320077247 cites W1977086660 @default.
- W4320077247 cites W1977151480 @default.
- W4320077247 cites W1980191668 @default.
- W4320077247 cites W1983217562 @default.
- W4320077247 cites W1984925901 @default.
- W4320077247 cites W1985100283 @default.
- W4320077247 cites W1985325956 @default.
- W4320077247 cites W1987732428 @default.
- W4320077247 cites W1989412662 @default.
- W4320077247 cites W1989732049 @default.
- W4320077247 cites W1992074428 @default.
- W4320077247 cites W1993709773 @default.
- W4320077247 cites W1993921427 @default.
- W4320077247 cites W1994643645 @default.
- W4320077247 cites W1996687700 @default.
- W4320077247 cites W1996923858 @default.
- W4320077247 cites W2001774348 @default.
- W4320077247 cites W2003902562 @default.
- W4320077247 cites W2005661768 @default.
- W4320077247 cites W2008385473 @default.
- W4320077247 cites W2010660836 @default.
- W4320077247 cites W2013077640 @default.
- W4320077247 cites W2013192989 @default.
- W4320077247 cites W2014769417 @default.
- W4320077247 cites W2016353297 @default.
- W4320077247 cites W2018651936 @default.
- W4320077247 cites W2021550094 @default.
- W4320077247 cites W2022277295 @default.
- W4320077247 cites W2022507909 @default.
- W4320077247 cites W2022956627 @default.
- W4320077247 cites W2024676248 @default.
- W4320077247 cites W2025403741 @default.
- W4320077247 cites W2025947290 @default.
- W4320077247 cites W2029704760 @default.
- W4320077247 cites W2030933039 @default.
- W4320077247 cites W2031240265 @default.
- W4320077247 cites W2035745985 @default.
- W4320077247 cites W2036991062 @default.
- W4320077247 cites W2037690132 @default.
- W4320077247 cites W2039351297 @default.
- W4320077247 cites W2041721340 @default.
- W4320077247 cites W2043446607 @default.
- W4320077247 cites W2047457283 @default.
- W4320077247 cites W2049460679 @default.
- W4320077247 cites W2049936845 @default.
- W4320077247 cites W2054781839 @default.
- W4320077247 cites W2058326521 @default.
- W4320077247 cites W2059243785 @default.
- W4320077247 cites W2061817691 @default.
- W4320077247 cites W2063992334 @default.
- W4320077247 cites W2064162931 @default.
- W4320077247 cites W2065096377 @default.
- W4320077247 cites W2065322858 @default.
- W4320077247 cites W2065683180 @default.
- W4320077247 cites W2067400633 @default.
- W4320077247 cites W2068219425 @default.
- W4320077247 cites W2068798141 @default.
- W4320077247 cites W2072143898 @default.
- W4320077247 cites W2075137312 @default.
- W4320077247 cites W2075525390 @default.
- W4320077247 cites W2076243373 @default.
- W4320077247 cites W2076855730 @default.
- W4320077247 cites W2079556556 @default.
- W4320077247 cites W2084041402 @default.
- W4320077247 cites W2084958160 @default.
- W4320077247 cites W2090499179 @default.
- W4320077247 cites W2091010867 @default.
- W4320077247 cites W2092934313 @default.
- W4320077247 cites W2093322169 @default.
- W4320077247 cites W2094389799 @default.
- W4320077247 cites W2094833580 @default.
- W4320077247 cites W2110075489 @default.
- W4320077247 cites W2113836520 @default.
- W4320077247 cites W2113854836 @default.