Matches in SemOpenAlex for { <https://semopenalex.org/work/W4317634725> ?p ?o ?g. }
- W4317634725 abstract "The existence and risk of emerging organic contaminants (EOCs) have been under consideration and paid much effort to degrade these pollutants. Fenton system is one of the most widely used technologies to solve this problem. The original Fenton system relies on the hydroxyl radicals produced by Fe(II)/H2O2 to oxidize the organic contaminants. However, the application of the Fenton system is limited by its low iron cycling efficiency and the high risks of hydrogen peroxide transportation and storage. The introduction of external energy (including light and electricity etc.) can effectively promote the Fe(III)/Fe(II) cycle and the reduction of oxygen to produce hydrogen peroxide in situ. This review introduces three in-situ Fenton systems, which are electro-Fenton, Photo-Fenton, and chemical reaction. The mechanism, influencing factors, and catalysts of these three in-situ Fenton systems in degrading EOCs are discussed systematically. This review strengthens the understanding of Fenton and in-situ Fenton systems in degradation, offering further insight into the real application of the in-situ Fenton system in the removal of EOCs." @default.
- W4317634725 created "2023-01-21" @default.
- W4317634725 creator A5010170704 @default.
- W4317634725 creator A5021364911 @default.
- W4317634725 creator A5036292749 @default.
- W4317634725 creator A5064226396 @default.
- W4317634725 date "2023-01-01" @default.
- W4317634725 modified "2023-10-17" @default.
- W4317634725 title "Oxidation of emerging organic contaminants by in-situ H2O2 fenton system" @default.
- W4317634725 cites W1065864357 @default.
- W4317634725 cites W1178293078 @default.
- W4317634725 cites W1965944284 @default.
- W4317634725 cites W1969690258 @default.
- W4317634725 cites W1969913935 @default.
- W4317634725 cites W1973145523 @default.
- W4317634725 cites W1975229041 @default.
- W4317634725 cites W1980712820 @default.
- W4317634725 cites W2007309683 @default.
- W4317634725 cites W2007685321 @default.
- W4317634725 cites W2011623229 @default.
- W4317634725 cites W2015756925 @default.
- W4317634725 cites W2019215028 @default.
- W4317634725 cites W2020445305 @default.
- W4317634725 cites W2024403681 @default.
- W4317634725 cites W2027000574 @default.
- W4317634725 cites W2029126813 @default.
- W4317634725 cites W2036139564 @default.
- W4317634725 cites W2038510658 @default.
- W4317634725 cites W2053030151 @default.
- W4317634725 cites W2053439032 @default.
- W4317634725 cites W2059018786 @default.
- W4317634725 cites W2061367556 @default.
- W4317634725 cites W2062982888 @default.
- W4317634725 cites W2064038347 @default.
- W4317634725 cites W2064606834 @default.
- W4317634725 cites W2071665762 @default.
- W4317634725 cites W2071812823 @default.
- W4317634725 cites W2084834936 @default.
- W4317634725 cites W2085408029 @default.
- W4317634725 cites W2090941852 @default.
- W4317634725 cites W2094330631 @default.
- W4317634725 cites W2110534188 @default.
- W4317634725 cites W2148847015 @default.
- W4317634725 cites W2160248419 @default.
- W4317634725 cites W2169981063 @default.
- W4317634725 cites W2190851743 @default.
- W4317634725 cites W2253403896 @default.
- W4317634725 cites W2307664510 @default.
- W4317634725 cites W2320907518 @default.
- W4317634725 cites W2327151859 @default.
- W4317634725 cites W2401906193 @default.
- W4317634725 cites W2557516241 @default.
- W4317634725 cites W2573963140 @default.
- W4317634725 cites W2741717165 @default.
- W4317634725 cites W2743656049 @default.
- W4317634725 cites W2769002827 @default.
- W4317634725 cites W2777448757 @default.
- W4317634725 cites W2794292334 @default.
- W4317634725 cites W2794942920 @default.
- W4317634725 cites W2800554043 @default.
- W4317634725 cites W2885560971 @default.
- W4317634725 cites W2889768248 @default.
- W4317634725 cites W2891635917 @default.
- W4317634725 cites W2894616435 @default.
- W4317634725 cites W2901416986 @default.
- W4317634725 cites W2906581948 @default.
- W4317634725 cites W2919718324 @default.
- W4317634725 cites W2921409535 @default.
- W4317634725 cites W2939480360 @default.
- W4317634725 cites W2953776797 @default.
- W4317634725 cites W2963933147 @default.
- W4317634725 cites W2966623735 @default.
- W4317634725 cites W2969500706 @default.
- W4317634725 cites W2974006805 @default.
- W4317634725 cites W3025020794 @default.
- W4317634725 cites W3045232192 @default.
- W4317634725 cites W3047247657 @default.
- W4317634725 cites W3090116547 @default.
- W4317634725 cites W3145958061 @default.
- W4317634725 cites W3154486514 @default.
- W4317634725 cites W3165712615 @default.
- W4317634725 cites W3183386949 @default.
- W4317634725 cites W3209379417 @default.
- W4317634725 cites W3211091479 @default.
- W4317634725 cites W4220696629 @default.
- W4317634725 cites W4224115164 @default.
- W4317634725 cites W4283748596 @default.
- W4317634725 cites W4291712532 @default.
- W4317634725 cites W4307232039 @default.
- W4317634725 doi "https://doi.org/10.1016/j.gee.2023.01.003" @default.
- W4317634725 hasPublicationYear "2023" @default.
- W4317634725 type Work @default.
- W4317634725 citedByCount "1" @default.
- W4317634725 crossrefType "journal-article" @default.
- W4317634725 hasAuthorship W4317634725A5010170704 @default.
- W4317634725 hasAuthorship W4317634725A5021364911 @default.
- W4317634725 hasAuthorship W4317634725A5036292749 @default.
- W4317634725 hasAuthorship W4317634725A5064226396 @default.
- W4317634725 hasBestOaLocation W43176347251 @default.
- W4317634725 hasConcept C107872376 @default.