FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W4377115807> ?p ?o ?g. }

• W4377115807 endingPage "114212" @default.
• W4377115807 startingPage "114212" @default.
• W4377115807 abstract "Selective catalytic reduction (SCR) using zeolite catalysts is a key technology for the abatement of nitrogen oxides (NOx) from lean-burn heavy-duty vehicles. With the increasing stringency of emission regulations, researchers are now devoting more efforts to enhancing the efficiency and durability of zeolite catalysts. This paper intends to summarize the very recent (mainly in the last five years) advancements in the development and application of novel zeolites as SCR catalysts. Specifically, we first provide a detailed overview of the synthesis, structure-performance relationship, and potential application of small-pore zeolites with different topologies (CHA, AEI, LTA, AFX, SFW, KFI, ERI/EAB, LEV and RHO) as catalysts in SCR with NH3 as the reductant. Then, advances in the post-synthetic modifications of small-pore zeolites for NH3-SCR are reviewed, followed by an introduction of Cu-free small-pore zeolites as NH3-SCR catalysts. We also summarize the recent mechanistic understandings of NH3-SCR chemistry over small-pore zeolite catalysts, mainly over Cu-SSZ-13, using in situ or operando spectroscopy. The application of zeolites as catalysts in SCR with hydrocarbons (e.g., CH4, CH3OH) or H2 as the reductant is also briefly discussed. Finally, we discuss the potential of several novel small-pore zeolites, such as Cu-SSZ-39, for real application in NH3-SCR and the development of new SCR systems with minimized formation of byproducts, such as the greenhouse gas N2O and the toxic HCN." @default.
• W4377115807 created "2023-05-20" @default.
• W4377115807 creator A5019790793 @default.
• W4377115807 creator A5027924615 @default.
• W4377115807 creator A5034842776 @default.
• W4377115807 creator A5061824052 @default.
• W4377115807 creator A5082079047 @default.
• W4377115807 creator A5090451872 @default.
• W4377115807 creator A5012108726 @default.
• W4377115807 date "2023-10-01" @default.
• W4377115807 modified "2023-10-09" @default.
• W4377115807 title "Recent progress in novel zeolite catalysts for selective catalytic reduction of nitrogen oxides" @default.
• W4377115807 cites W101536339 @default.
• W4377115807 cites W1847751494 @default.
• W4377115807 cites W1855236507 @default.
• W4377115807 cites W1900268587 @default.
• W4377115807 cites W1964628452 @default.
• W4377115807 cites W1965721735 @default.
• W4377115807 cites W1966591387 @default.
• W4377115807 cites W1966904613 @default.
• W4377115807 cites W1972264595 @default.
• W4377115807 cites W1974031347 @default.
• W4377115807 cites W1974663281 @default.
• W4377115807 cites W1975190552 @default.
• W4377115807 cites W1975495702 @default.
• W4377115807 cites W1975539492 @default.
• W4377115807 cites W1976404482 @default.
• W4377115807 cites W1980905030 @default.
• W4377115807 cites W1981126709 @default.
• W4377115807 cites W1983476989 @default.
• W4377115807 cites W1983660514 @default.
• W4377115807 cites W1986846469 @default.
• W4377115807 cites W1986987633 @default.
• W4377115807 cites W1989381113 @default.
• W4377115807 cites W1991889820 @default.
• W4377115807 cites W1995110540 @default.
• W4377115807 cites W1995653691 @default.
• W4377115807 cites W1997150089 @default.
• W4377115807 cites W2009115516 @default.
• W4377115807 cites W2011001351 @default.
• W4377115807 cites W2012095799 @default.
• W4377115807 cites W2012107562 @default.
• W4377115807 cites W2018065990 @default.
• W4377115807 cites W2021608693 @default.
• W4377115807 cites W2021640545 @default.
• W4377115807 cites W2023379256 @default.
• W4377115807 cites W2024325914 @default.
• W4377115807 cites W2026942959 @default.
• W4377115807 cites W2027784444 @default.
• W4377115807 cites W2028204187 @default.
• W4377115807 cites W2028374851 @default.
• W4377115807 cites W2029258305 @default.
• W4377115807 cites W2032856083 @default.
• W4377115807 cites W2032923626 @default.
• W4377115807 cites W2035065339 @default.
• W4377115807 cites W2038069387 @default.
• W4377115807 cites W2039303882 @default.
• W4377115807 cites W2040388503 @default.
• W4377115807 cites W2040728193 @default.
• W4377115807 cites W2042263598 @default.
• W4377115807 cites W2043300382 @default.
• W4377115807 cites W2045576683 @default.
• W4377115807 cites W2046116975 @default.
• W4377115807 cites W2049292076 @default.
• W4377115807 cites W2052033697 @default.
• W4377115807 cites W2053337147 @default.
• W4377115807 cites W2055359168 @default.
• W4377115807 cites W2055363849 @default.
• W4377115807 cites W2059373078 @default.
• W4377115807 cites W2060915695 @default.
• W4377115807 cites W2061311480 @default.
• W4377115807 cites W2062495051 @default.
• W4377115807 cites W2065346084 @default.
• W4377115807 cites W2065626319 @default.
• W4377115807 cites W2068244271 @default.
• W4377115807 cites W2074022047 @default.
• W4377115807 cites W2075043922 @default.
• W4377115807 cites W2075069249 @default.
• W4377115807 cites W2079853161 @default.
• W4377115807 cites W2087810929 @default.
• W4377115807 cites W2088741172 @default.
• W4377115807 cites W2089498515 @default.
• W4377115807 cites W2091540664 @default.
• W4377115807 cites W2092812582 @default.
• W4377115807 cites W2102311153 @default.
• W4377115807 cites W2119619557 @default.
• W4377115807 cites W2137598011 @default.
• W4377115807 cites W2147124478 @default.
• W4377115807 cites W2147602913 @default.
• W4377115807 cites W2154936613 @default.
• W4377115807 cites W2161416703 @default.
• W4377115807 cites W2191951234 @default.
• W4377115807 cites W2215973946 @default.
• W4377115807 cites W2226217120 @default.
• W4377115807 cites W2253400723 @default.
• W4377115807 cites W2256914272 @default.
• W4377115807 cites W2271078522 @default.
• W4377115807 cites W2273387398 @default.

• next