Matches in SemOpenAlex for { <https://semopenalex.org/work/W3133200285> ?p ?o ?g. }
- W3133200285 endingPage "125533" @default.
- W3133200285 startingPage "125533" @default.
- W3133200285 abstract "Long-term exposure of anammox process to 1,4-dioxane was investigated using periodic anammox baffled reactor (PABR) under different 1,4-dioxane concentrations. The results generally indicated that PABR (composed of 4 compartments) has robust resistance to 10 mg-dioxane/L. The 1st compartment acted as a shield to protect subsequent compartments from 1,4-dioxane toxicity through secretion of high extracellular polymeric substance (EPS) of 152.9 mg/gVSS at 10 mg-dioxane/L. However, increasing 1,4-dioxane to 50 mg/L significantly inhibited anammox bacteria; e.g., ~ 93% of total nitrogen removal was lost within 14 days. The inhibition of anammox process at this dosage was most likely due to bacterial cell lysis, resulting in the decrease of EPS secretion and specific anammox activity (SAA) to 105.9 mg/gVSS and 0.04 mg N/gVSS/h, respectively, in the 1st compartment. However, anammox bacteria were successfully self-recovered within 41 days after the cease of 1,4-dioxane exposure. The identification of microbial compositions further emphasized the negative impacts of 1,4-dioxane on abundance of C. Brocadia among samples. Furthermore, the development of genus Planococcus in the 1st compartment, where removal of 1,4-dioxane was consistently observed, highlights its potential role as anoxic 1,4-dioxane degrader. Overall, long-term exposure to 1,4-dioxane should be controlled not exceeding 10 mg/L for a successful application." @default.
- W3133200285 created "2021-03-01" @default.
- W3133200285 creator A5019744558 @default.
- W3133200285 creator A5020323709 @default.
- W3133200285 creator A5048211618 @default.
- W3133200285 creator A5067682225 @default.
- W3133200285 creator A5075257427 @default.
- W3133200285 creator A5075901142 @default.
- W3133200285 date "2021-07-01" @default.
- W3133200285 modified "2023-10-12" @default.
- W3133200285 title "Fatigue of anammox consortia under long-term 1,4-dioxane exposure and recovery potential: N-kinetics and microbial dynamics" @default.
- W3133200285 cites W1182729899 @default.
- W3133200285 cites W1969138150 @default.
- W3133200285 cites W1978373069 @default.
- W3133200285 cites W1985439574 @default.
- W3133200285 cites W1988747036 @default.
- W3133200285 cites W1990167027 @default.
- W3133200285 cites W1990766569 @default.
- W3133200285 cites W1997576922 @default.
- W3133200285 cites W2011206651 @default.
- W3133200285 cites W2016810372 @default.
- W3133200285 cites W2019921583 @default.
- W3133200285 cites W2026171876 @default.
- W3133200285 cites W2033298357 @default.
- W3133200285 cites W2042859321 @default.
- W3133200285 cites W2050855572 @default.
- W3133200285 cites W2062597811 @default.
- W3133200285 cites W2071380530 @default.
- W3133200285 cites W2076049151 @default.
- W3133200285 cites W2083677407 @default.
- W3133200285 cites W2084357221 @default.
- W3133200285 cites W2089811782 @default.
- W3133200285 cites W2100096104 @default.
- W3133200285 cites W2125676977 @default.
- W3133200285 cites W2147754417 @default.
- W3133200285 cites W2158804744 @default.
- W3133200285 cites W2159335637 @default.
- W3133200285 cites W2186227236 @default.
- W3133200285 cites W2204765435 @default.
- W3133200285 cites W2335772950 @default.
- W3133200285 cites W2509695999 @default.
- W3133200285 cites W2513844456 @default.
- W3133200285 cites W2605246179 @default.
- W3133200285 cites W2615100271 @default.
- W3133200285 cites W2735624680 @default.
- W3133200285 cites W2742711722 @default.
- W3133200285 cites W2749866740 @default.
- W3133200285 cites W2756985429 @default.
- W3133200285 cites W2766377106 @default.
- W3133200285 cites W2767626364 @default.
- W3133200285 cites W2767722437 @default.
- W3133200285 cites W2772216126 @default.
- W3133200285 cites W2790230721 @default.
- W3133200285 cites W2793306679 @default.
- W3133200285 cites W2800565757 @default.
- W3133200285 cites W2801329227 @default.
- W3133200285 cites W2807716729 @default.
- W3133200285 cites W2885317388 @default.
- W3133200285 cites W2890955937 @default.
- W3133200285 cites W2891094471 @default.
- W3133200285 cites W2894026059 @default.
- W3133200285 cites W2895137430 @default.
- W3133200285 cites W2905539047 @default.
- W3133200285 cites W2908866321 @default.
- W3133200285 cites W2914438101 @default.
- W3133200285 cites W2920386391 @default.
- W3133200285 cites W2934798871 @default.
- W3133200285 cites W2942899762 @default.
- W3133200285 cites W2943557760 @default.
- W3133200285 cites W2945939746 @default.
- W3133200285 cites W2949557138 @default.
- W3133200285 cites W2968638740 @default.
- W3133200285 cites W2973700748 @default.
- W3133200285 cites W2975259342 @default.
- W3133200285 cites W2976133037 @default.
- W3133200285 cites W2978868912 @default.
- W3133200285 cites W2984401618 @default.
- W3133200285 cites W2987343978 @default.
- W3133200285 cites W2993280946 @default.
- W3133200285 cites W2998832873 @default.
- W3133200285 cites W3001485999 @default.
- W3133200285 cites W3010762085 @default.
- W3133200285 cites W3011667635 @default.
- W3133200285 cites W3011865854 @default.
- W3133200285 cites W3015285658 @default.
- W3133200285 cites W3017191664 @default.
- W3133200285 cites W3029530596 @default.
- W3133200285 cites W3033567499 @default.
- W3133200285 cites W3038427351 @default.
- W3133200285 cites W3072714710 @default.
- W3133200285 cites W3084255174 @default.
- W3133200285 cites W3087213562 @default.
- W3133200285 cites W3093238100 @default.
- W3133200285 cites W3151472287 @default.
- W3133200285 cites W933205063 @default.
- W3133200285 cites W2883388890 @default.
- W3133200285 doi "https://doi.org/10.1016/j.jhazmat.2021.125533" @default.
- W3133200285 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/34030408" @default.