FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W3208021187> ?p ?o ?g. }

• W3208021187 endingPage "724" @default.
• W3208021187 startingPage "710" @default.
• W3208021187 abstract "Abstract This study examined the effect of a crude enzyme extract, containing mainly starch‐degrading enzymes, on cornmeal ( Zea mays ) hydrolysis. This was followed by an investigation of the effect of enzymatic treatment for the anaerobic digestion of this biomass. Cornmeal and cow manure were also co‐digested, and both batch and semi‐continuous experiments were performed. The enzymatic pretreatment of cornmeal resulted in a yield of 65 ± 5% reducing sugars, with 1:10 w/v (grams of dry substrate per mililiters of enzyme extract) enzyme load at 45 °C for 48 h. There was an 8% enhancement of methane production observed during the batch assays, both when cornmeal hydrolysate was digested and when enzymes were added directly to the digester. Synergetic effects were found when co‐digesting cornmeal and cow manure, leading to higher methane yield (280 NmL gVS –1 ) than that (200 NmL gVS –1 ) calculated based on the methane potential of the individual substrates. Regarding long‐term effects, the laboratory‐scale semi‐continuous experiments also demonstrated that the co‐digestion of cornmeal and cow manure (1:1 volatile solid ( VS ) basis) led to a stable process reaching an organic loading rate of 3 g VS L day –1 and achieving a daily methane production of 1280.12 ± 99.4 NmL CH 4 /day. However, when cornmeal was investigated in mono‐digestion, and the enzyme extract was directly added during semi‐continuous digestion of cornmeal, volatile fatty acid (VFA) accumulation was observed, leading to a decrease in pH, and no significant enhancement of the conversion into methane was observed. © 2021 Society of Chemical Industry and John Wiley & Sons, Ltd" @default.
• W3208021187 created "2021-11-08" @default.
• W3208021187 creator A5014472654 @default.
• W3208021187 creator A5018393426 @default.
• W3208021187 creator A5062053940 @default.
• W3208021187 creator A5075250988 @default.
• W3208021187 date "2021-10-23" @default.
• W3208021187 modified "2023-10-16" @default.
• W3208021187 title "Anaerobic digestion of cornmeal – the effect of crude enzyme extract and co‐digestion with cow manure" @default.
• W3208021187 cites W1245405603 @default.
• W3208021187 cites W125768047 @default.
• W3208021187 cites W1964566392 @default.
• W3208021187 cites W1971499269 @default.
• W3208021187 cites W1973700976 @default.
• W3208021187 cites W1975271403 @default.
• W3208021187 cites W1981614528 @default.
• W3208021187 cites W1984103299 @default.
• W3208021187 cites W1985389772 @default.
• W3208021187 cites W1994601306 @default.
• W3208021187 cites W2005635832 @default.
• W3208021187 cites W2007165089 @default.
• W3208021187 cites W2008561700 @default.
• W3208021187 cites W2009674410 @default.
• W3208021187 cites W2015232678 @default.
• W3208021187 cites W2020316263 @default.
• W3208021187 cites W2022974252 @default.
• W3208021187 cites W2033559843 @default.
• W3208021187 cites W2038430962 @default.
• W3208021187 cites W2039108586 @default.
• W3208021187 cites W2041961975 @default.
• W3208021187 cites W2048646554 @default.
• W3208021187 cites W2052513039 @default.
• W3208021187 cites W2065475159 @default.
• W3208021187 cites W2069834815 @default.
• W3208021187 cites W2076410778 @default.
• W3208021187 cites W2080914471 @default.
• W3208021187 cites W2081508633 @default.
• W3208021187 cites W2091561851 @default.
• W3208021187 cites W2105735019 @default.
• W3208021187 cites W2108853843 @default.
• W3208021187 cites W2111419835 @default.
• W3208021187 cites W2124436554 @default.
• W3208021187 cites W2160309615 @default.
• W3208021187 cites W2165966112 @default.
• W3208021187 cites W2204276268 @default.
• W3208021187 cites W2208061444 @default.
• W3208021187 cites W2270247351 @default.
• W3208021187 cites W2316037575 @default.
• W3208021187 cites W2343867827 @default.
• W3208021187 cites W2552584607 @default.
• W3208021187 cites W2576799068 @default.
• W3208021187 cites W2579203276 @default.
• W3208021187 cites W2592389401 @default.
• W3208021187 cites W2602561591 @default.
• W3208021187 cites W2603407349 @default.
• W3208021187 cites W2618084870 @default.
• W3208021187 cites W2728338715 @default.
• W3208021187 cites W2733870310 @default.
• W3208021187 cites W2754442625 @default.
• W3208021187 cites W2755196414 @default.
• W3208021187 cites W2767929822 @default.
• W3208021187 cites W2768137247 @default.
• W3208021187 cites W2782028596 @default.
• W3208021187 cites W2799615828 @default.
• W3208021187 cites W2855394501 @default.
• W3208021187 cites W2891118221 @default.
• W3208021187 cites W2894293613 @default.
• W3208021187 cites W2904428465 @default.
• W3208021187 cites W2923095658 @default.
• W3208021187 cites W2940052500 @default.
• W3208021187 cites W2944007997 @default.
• W3208021187 cites W2954558528 @default.
• W3208021187 cites W2963598393 @default.
• W3208021187 cites W2979252516 @default.
• W3208021187 cites W2997433322 @default.
• W3208021187 cites W3015184980 @default.
• W3208021187 cites W3017754069 @default.
• W3208021187 cites W3093536873 @default.
• W3208021187 cites W3118101414 @default.
• W3208021187 cites W3160996159 @default.
• W3208021187 cites W3167637019 @default.
• W3208021187 cites W658459893 @default.
• W3208021187 doi "https://doi.org/10.1002/bbb.2303" @default.
• W3208021187 hasPublicationYear "2021" @default.
• W3208021187 type Work @default.
• W3208021187 sameAs 3208021187 @default.
• W3208021187 citedByCount "1" @default.
• W3208021187 countsByYear W32080211872022 @default.
• W3208021187 crossrefType "journal-article" @default.
• W3208021187 hasAuthorship W3208021187A5014472654 @default.
• W3208021187 hasAuthorship W3208021187A5018393426 @default.
• W3208021187 hasAuthorship W3208021187A5062053940 @default.
• W3208021187 hasAuthorship W3208021187A5075250988 @default.
• W3208021187 hasConcept C115540264 @default.
• W3208021187 hasConcept C175605896 @default.
• W3208021187 hasConcept C178790620 @default.
• W3208021187 hasConcept C181199279 @default.
• W3208021187 hasConcept C185592680 @default.

• next