Matches in SemOpenAlex for { <https://semopenalex.org/work/W4285014032> ?p ?o ?g. }
- W4285014032 endingPage "129569" @default.
- W4285014032 startingPage "129569" @default.
- W4285014032 abstract "The existing polycyclic aromatic hydrocarbons (PAHs) in marine sediment has become a critical threat to biological security. Terminal electron acceptor (TEA) amendment has been applied as a potential strategy to accelerate bioremediation in sediment. HCO3-, NO3-, and SO42- were separately added to anaerobic sediment system containing five kinds of PAH, namely, phenanthrene, anthracene, fluoranthene, pyrene and benzo(a)pyrene. PAH concentration, PAH metabolites, TEA concentration, and electron transport system (ETS) activity were investigated. The HCO3- amendment group achieved the max PAH degradation efficiency of 84.98 %. SO42- group led to the highest benzo(a)pyrene removal rate of 69.26 %. NO3- had the lowest PAH degradation rate of 76.16 %. ETS activity test showed that NO3- significantly inhibited electron transport activity in the sediment. The identified PAH metabolites were the same in each group, including 4,5-dimethylphenanthrene, 3-acetylphenanthrene, 9,10-anthracenedione, pyrene-7-hydroxy-8-carboxylic acid, anthrone, and dibenzothiophene. After 126 d's anaerobic degradation at 25 °C, the utilization of HCO3- and SO42- as selected TEAs promoted the PAH biodegradation performance better than the utilization of NO3-." @default.
- W4285014032 created "2022-07-12" @default.
- W4285014032 creator A5019095831 @default.
- W4285014032 creator A5019112889 @default.
- W4285014032 creator A5022705634 @default.
- W4285014032 creator A5043536438 @default.
- W4285014032 creator A5043687893 @default.
- W4285014032 creator A5052676364 @default.
- W4285014032 creator A5079459630 @default.
- W4285014032 creator A5087847070 @default.
- W4285014032 date "2022-09-01" @default.
- W4285014032 modified "2023-10-13" @default.
- W4285014032 title "Effect of terminal electron acceptors on the anaerobic biodegradation of PAHs in marine sediments" @default.
- W4285014032 cites W1175108793 @default.
- W4285014032 cites W1559004027 @default.
- W4285014032 cites W1794545718 @default.
- W4285014032 cites W1881587166 @default.
- W4285014032 cites W1929640200 @default.
- W4285014032 cites W1966067691 @default.
- W4285014032 cites W1967534862 @default.
- W4285014032 cites W1982506820 @default.
- W4285014032 cites W1983408017 @default.
- W4285014032 cites W1984143822 @default.
- W4285014032 cites W1985889240 @default.
- W4285014032 cites W1990334116 @default.
- W4285014032 cites W2027014136 @default.
- W4285014032 cites W2027725625 @default.
- W4285014032 cites W2030342306 @default.
- W4285014032 cites W2042821998 @default.
- W4285014032 cites W2044727332 @default.
- W4285014032 cites W2047982909 @default.
- W4285014032 cites W2048423158 @default.
- W4285014032 cites W2050627772 @default.
- W4285014032 cites W2078249638 @default.
- W4285014032 cites W2078291874 @default.
- W4285014032 cites W2078538718 @default.
- W4285014032 cites W2085671220 @default.
- W4285014032 cites W2094123166 @default.
- W4285014032 cites W2094875999 @default.
- W4285014032 cites W2112401142 @default.
- W4285014032 cites W2129946732 @default.
- W4285014032 cites W2138251864 @default.
- W4285014032 cites W2139685062 @default.
- W4285014032 cites W2161440829 @default.
- W4285014032 cites W2165695852 @default.
- W4285014032 cites W2167913668 @default.
- W4285014032 cites W2295123647 @default.
- W4285014032 cites W2334483166 @default.
- W4285014032 cites W2397749068 @default.
- W4285014032 cites W2515696551 @default.
- W4285014032 cites W2519314139 @default.
- W4285014032 cites W2585922314 @default.
- W4285014032 cites W2729442145 @default.
- W4285014032 cites W2757939760 @default.
- W4285014032 cites W2766369445 @default.
- W4285014032 cites W2766672189 @default.
- W4285014032 cites W2768411556 @default.
- W4285014032 cites W2790928938 @default.
- W4285014032 cites W2799963725 @default.
- W4285014032 cites W2801534922 @default.
- W4285014032 cites W2804822363 @default.
- W4285014032 cites W2806611589 @default.
- W4285014032 cites W2883688352 @default.
- W4285014032 cites W2912198869 @default.
- W4285014032 cites W2922452189 @default.
- W4285014032 cites W2961457173 @default.
- W4285014032 cites W2963608684 @default.
- W4285014032 cites W2964002723 @default.
- W4285014032 cites W2969667606 @default.
- W4285014032 cites W2973171278 @default.
- W4285014032 cites W2980076382 @default.
- W4285014032 cites W2999013957 @default.
- W4285014032 cites W3013787057 @default.
- W4285014032 cites W3015262886 @default.
- W4285014032 cites W3021627262 @default.
- W4285014032 cites W3021724673 @default.
- W4285014032 cites W3036319615 @default.
- W4285014032 cites W3079449257 @default.
- W4285014032 cites W3087068740 @default.
- W4285014032 cites W3116794686 @default.
- W4285014032 cites W3128965877 @default.
- W4285014032 cites W3138076196 @default.
- W4285014032 cites W3155608554 @default.
- W4285014032 cites W3156225921 @default.
- W4285014032 cites W3186016541 @default.
- W4285014032 cites W3205505217 @default.
- W4285014032 cites W3211732340 @default.
- W4285014032 cites W3213152826 @default.
- W4285014032 cites W4200563166 @default.
- W4285014032 cites W4243072647 @default.
- W4285014032 cites W616217316 @default.
- W4285014032 doi "https://doi.org/10.1016/j.jhazmat.2022.129569" @default.
- W4285014032 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/35999753" @default.
- W4285014032 hasPublicationYear "2022" @default.
- W4285014032 type Work @default.
- W4285014032 citedByCount "8" @default.
- W4285014032 countsByYear W42850140322022 @default.
- W4285014032 countsByYear W42850140322023 @default.