Matches in SemOpenAlex for { <https://semopenalex.org/work/W2891679761> ?p ?o ?g. }
- W2891679761 endingPage "329" @default.
- W2891679761 startingPage "319" @default.
- W2891679761 abstract "A novel treatment technology of microwave catalytic oxidation degradation (MCOD) for nitrophenols (NPs) wastewater over green catalysts of gC3N4Bi2O2CO3 and SiCBi2O2CO3 was developed. This process is eco-friendly because the only used Bi2O2CO3 is non-toxic (which can be used as stomach medicine), and no heavy metal pollution exists in g-C3N4 and SiC. The results show that these Bi2O2CO3 based composites exhibited superior catalytic activity for the degradation of para-NP, as well as ortho-NP, with optimal removal ratio of 98.96%. In addition, the proportion of Bi2O2CO3 and irradiation time were the key parameters that had greatly influenced the degradation performance. Moreover, O2- was confirmed to be primary contributor for the degradation, which was different from our previous work that OH was the main specie in carbon loaded metal oxide system. That is to say, the type of oxidative specie may be controlled by the type of catalyst system. Besides, separation and transfer efficiency of the charge carriers could be enhanced by the heterojunctions fabricated in the band structures of the composites. This work not only demonstrated that the Bi2O2CO3 based composites coupled with MW irradiation can generate reactive oxidative species(ROS) which can degrade NPs high-effectively, but also developed a new and green idea for treating refractory industrial wastewater." @default.
- W2891679761 created "2018-09-27" @default.
- W2891679761 creator A5043558261 @default.
- W2891679761 creator A5087693288 @default.
- W2891679761 date "2019-01-01" @default.
- W2891679761 modified "2023-10-09" @default.
- W2891679761 title "Highly effective and green microwave catalytic oxidation degradation of nitrophenols over Bi2O2CO3 based composites without extra chemical additives" @default.
- W2891679761 cites W1446008596 @default.
- W2891679761 cites W1580512614 @default.
- W2891679761 cites W1964053261 @default.
- W2891679761 cites W1970441012 @default.
- W2891679761 cites W1977066314 @default.
- W2891679761 cites W1983229385 @default.
- W2891679761 cites W1988722847 @default.
- W2891679761 cites W1990234995 @default.
- W2891679761 cites W1992118942 @default.
- W2891679761 cites W1992360706 @default.
- W2891679761 cites W2005803948 @default.
- W2891679761 cites W2007399720 @default.
- W2891679761 cites W2008706638 @default.
- W2891679761 cites W2012535341 @default.
- W2891679761 cites W2013124221 @default.
- W2891679761 cites W2016824760 @default.
- W2891679761 cites W2018516201 @default.
- W2891679761 cites W2019623926 @default.
- W2891679761 cites W2025070632 @default.
- W2891679761 cites W2026317942 @default.
- W2891679761 cites W2029367807 @default.
- W2891679761 cites W2035696014 @default.
- W2891679761 cites W2042737527 @default.
- W2891679761 cites W2048572561 @default.
- W2891679761 cites W2049078565 @default.
- W2891679761 cites W2051310971 @default.
- W2891679761 cites W2053337712 @default.
- W2891679761 cites W2055090800 @default.
- W2891679761 cites W2056695850 @default.
- W2891679761 cites W2059147899 @default.
- W2891679761 cites W2059633041 @default.
- W2891679761 cites W2061594524 @default.
- W2891679761 cites W2062475866 @default.
- W2891679761 cites W2065657681 @default.
- W2891679761 cites W2071524851 @default.
- W2891679761 cites W2071624932 @default.
- W2891679761 cites W2072424988 @default.
- W2891679761 cites W2073668529 @default.
- W2891679761 cites W2075683466 @default.
- W2891679761 cites W2076180357 @default.
- W2891679761 cites W2077053558 @default.
- W2891679761 cites W2081102000 @default.
- W2891679761 cites W2085001518 @default.
- W2891679761 cites W2086840547 @default.
- W2891679761 cites W2086886508 @default.
- W2891679761 cites W2087001183 @default.
- W2891679761 cites W2088859859 @default.
- W2891679761 cites W2092749152 @default.
- W2891679761 cites W2095885388 @default.
- W2891679761 cites W2110291396 @default.
- W2891679761 cites W2113592793 @default.
- W2891679761 cites W2120213989 @default.
- W2891679761 cites W2127807318 @default.
- W2891679761 cites W2133605751 @default.
- W2891679761 cites W2174973644 @default.
- W2891679761 cites W2187233169 @default.
- W2891679761 cites W2230990063 @default.
- W2891679761 cites W2237917802 @default.
- W2891679761 cites W2279675847 @default.
- W2891679761 cites W2285032700 @default.
- W2891679761 cites W2285800549 @default.
- W2891679761 cites W2300593429 @default.
- W2891679761 cites W2312954733 @default.
- W2891679761 cites W2313006095 @default.
- W2891679761 cites W2318533300 @default.
- W2891679761 cites W2320079338 @default.
- W2891679761 cites W2330464045 @default.
- W2891679761 cites W2331062916 @default.
- W2891679761 cites W2400589155 @default.
- W2891679761 cites W2401906193 @default.
- W2891679761 cites W2469012624 @default.
- W2891679761 cites W2737707228 @default.
- W2891679761 cites W2740407363 @default.
- W2891679761 cites W2803599397 @default.
- W2891679761 cites W4250824222 @default.
- W2891679761 doi "https://doi.org/10.1016/j.chemosphere.2018.09.125" @default.
- W2891679761 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/30267905" @default.
- W2891679761 hasPublicationYear "2019" @default.
- W2891679761 type Work @default.
- W2891679761 sameAs 2891679761 @default.
- W2891679761 citedByCount "17" @default.
- W2891679761 countsByYear W28916797612019 @default.
- W2891679761 countsByYear W28916797612020 @default.
- W2891679761 countsByYear W28916797612021 @default.
- W2891679761 countsByYear W28916797612022 @default.
- W2891679761 countsByYear W28916797612023 @default.
- W2891679761 crossrefType "journal-article" @default.
- W2891679761 hasAuthorship W2891679761A5043558261 @default.
- W2891679761 hasAuthorship W2891679761A5087693288 @default.
- W2891679761 hasConcept C127413603 @default.
- W2891679761 hasConcept C159985019 @default.