Matches in SemOpenAlex for { <https://semopenalex.org/work/W2607645148> ?p ?o ?g. }
- W2607645148 endingPage "87" @default.
- W2607645148 startingPage "77" @default.
- W2607645148 abstract "Abstract In the present work, the influence of hydraulic retention time (HRT) on dark fermentation metabolism was evaluated through the operation and analysis of a series of four continuous stirred tank reactors (CSTR) at four HRT ranging from 6 h to 24 h. A maximum volumetric hydrogen production rate (VHPR) of 2000 ± 149 mL/L-d corresponding to an H2 yield of 0.86 molH2/mollactose was observed at 6 h HRT. In depth analysis of metabolite profiles and microbial communities showed that low values of HRT favored the emergence of a community dominated by Clostridiaceae-Lachnospiraceae-Enterobacteriaceae, which performed metabolic pathways co-producing hydrogen. In contrast, long HRT led to the establishment of Sporolactobacillaceae-Streptococcaceae microbial community that outcompeted hydrogen producing bacteria and was responsible of lactate production. Results suggested that these two communities mutually excluded themselves and HRT can act as an operational parameter to control the microbial communities and consequently the related metabolic pathways." @default.
- W2607645148 created "2017-05-05" @default.
- W2607645148 creator A5015317436 @default.
- W2607645148 creator A5024221689 @default.
- W2607645148 creator A5044491665 @default.
- W2607645148 creator A5048625443 @default.
- W2607645148 date "2017-07-01" @default.
- W2607645148 modified "2023-10-18" @default.
- W2607645148 title "Dark-fermentative biohydrogen pathways and microbial networks in continuous stirred tank reactors: Novel insights on their control" @default.
- W2607645148 cites W1429522658 @default.
- W2607645148 cites W1460328190 @default.
- W2607645148 cites W1878193911 @default.
- W2607645148 cites W1968247160 @default.
- W2607645148 cites W1971061059 @default.
- W2607645148 cites W1975190978 @default.
- W2607645148 cites W1976604335 @default.
- W2607645148 cites W1977707062 @default.
- W2607645148 cites W1982137626 @default.
- W2607645148 cites W1983216978 @default.
- W2607645148 cites W1983318238 @default.
- W2607645148 cites W1983743503 @default.
- W2607645148 cites W1987799119 @default.
- W2607645148 cites W1988207190 @default.
- W2607645148 cites W1989500698 @default.
- W2607645148 cites W1994107414 @default.
- W2607645148 cites W2000181229 @default.
- W2607645148 cites W2000657759 @default.
- W2607645148 cites W2004905317 @default.
- W2607645148 cites W2011312755 @default.
- W2607645148 cites W2013887194 @default.
- W2607645148 cites W2015086374 @default.
- W2607645148 cites W2025702461 @default.
- W2607645148 cites W2030969064 @default.
- W2607645148 cites W2030999724 @default.
- W2607645148 cites W2040011867 @default.
- W2607645148 cites W2043740559 @default.
- W2607645148 cites W2059692220 @default.
- W2607645148 cites W2068953392 @default.
- W2607645148 cites W2080600362 @default.
- W2607645148 cites W2082551001 @default.
- W2607645148 cites W2084584128 @default.
- W2607645148 cites W2093311617 @default.
- W2607645148 cites W2094581207 @default.
- W2607645148 cites W2095595089 @default.
- W2607645148 cites W2117457769 @default.
- W2607645148 cites W2150187510 @default.
- W2607645148 cites W2150435374 @default.
- W2607645148 cites W2165703999 @default.
- W2607645148 cites W2170035005 @default.
- W2607645148 cites W2178426697 @default.
- W2607645148 cites W2194597262 @default.
- W2607645148 cites W2205360161 @default.
- W2607645148 cites W2224615639 @default.
- W2607645148 cites W2229174726 @default.
- W2607645148 cites W2263678108 @default.
- W2607645148 cites W2285850053 @default.
- W2607645148 cites W2304364037 @default.
- W2607645148 cites W2461051021 @default.
- W2607645148 cites W2488094672 @default.
- W2607645148 cites W2571912636 @default.
- W2607645148 cites W2993567016 @default.
- W2607645148 cites W4255349556 @default.
- W2607645148 doi "https://doi.org/10.1016/j.apenergy.2017.04.051" @default.
- W2607645148 hasPublicationYear "2017" @default.
- W2607645148 type Work @default.
- W2607645148 sameAs 2607645148 @default.
- W2607645148 citedByCount "73" @default.
- W2607645148 countsByYear W26076451482017 @default.
- W2607645148 countsByYear W26076451482018 @default.
- W2607645148 countsByYear W26076451482019 @default.
- W2607645148 countsByYear W26076451482020 @default.
- W2607645148 countsByYear W26076451482021 @default.
- W2607645148 countsByYear W26076451482022 @default.
- W2607645148 countsByYear W26076451482023 @default.
- W2607645148 crossrefType "journal-article" @default.
- W2607645148 hasAuthorship W2607645148A5015317436 @default.
- W2607645148 hasAuthorship W2607645148A5024221689 @default.
- W2607645148 hasAuthorship W2607645148A5044491665 @default.
- W2607645148 hasAuthorship W2607645148A5048625443 @default.
- W2607645148 hasConcept C1124016 @default.
- W2607645148 hasConcept C127413603 @default.
- W2607645148 hasConcept C170603348 @default.
- W2607645148 hasConcept C178790620 @default.
- W2607645148 hasConcept C183696295 @default.
- W2607645148 hasConcept C185592680 @default.
- W2607645148 hasConcept C202189072 @default.
- W2607645148 hasConcept C21880701 @default.
- W2607645148 hasConcept C42360764 @default.
- W2607645148 hasConcept C512968161 @default.
- W2607645148 hasConcept C528095902 @default.
- W2607645148 hasConcept C548081761 @default.
- W2607645148 hasConcept C67334161 @default.
- W2607645148 hasConceptScore W2607645148C1124016 @default.
- W2607645148 hasConceptScore W2607645148C127413603 @default.
- W2607645148 hasConceptScore W2607645148C170603348 @default.
- W2607645148 hasConceptScore W2607645148C178790620 @default.
- W2607645148 hasConceptScore W2607645148C183696295 @default.
- W2607645148 hasConceptScore W2607645148C185592680 @default.