Matches in SemOpenAlex for { <https://semopenalex.org/work/W4387223411> ?p ?o ?g. }
- W4387223411 endingPage "139128" @default.
- W4387223411 startingPage "139128" @default.
- W4387223411 abstract "Biogas upgrading through CO2 conversion by hydrogenotrophic methanogenesis is receiving an increasing attention worldwide because of the demand for renewable natural gas. Herein, a holistic and statistical study of the operation conditions, driving forces, performances, and potential implementation of biogas upgrading via biological CO2 conversion was conducted. Based on a systematic review and meta-analysis of 46 existing publications that were selected from 1430 papers, we have compiled a global dataset of CO2 bioconversion biogas upgrading, encompassing 308 study cases. Subsequently, we employed a rigorous analytical framework incorporating data processing and mixed effects linear regression analysis to examine the dataset. This analysis revealed a significant positive relationship between the H2:CO2 ratio and the methane percentage in the upgraded biogas when using the study as a random effect. Furthermore, we performed meta-analysis on observations taken when the ratio was close to 4:1 and found that ex situ reactors (91.93% [88.11%, 95.75%]) can perform better than in situ reactors (84.74% [80.69%, 88.80%]). No evidence of differential performance was found based on the present dataset between different temperature regimes or operation modes. Those findings establish a database that will contribute to a deeper understanding of the biogas upgrading via biological CO2 conversion." @default.
- W4387223411 created "2023-10-01" @default.
- W4387223411 creator A5047440941 @default.
- W4387223411 creator A5071277686 @default.
- W4387223411 creator A5077042518 @default.
- W4387223411 creator A5077196244 @default.
- W4387223411 creator A5084985789 @default.
- W4387223411 date "2023-11-01" @default.
- W4387223411 modified "2023-10-09" @default.
- W4387223411 title "Meta-analysis of biogas upgrading to renewable natural gas through biological CO2 conversion" @default.
- W4387223411 cites W1951724000 @default.
- W4387223411 cites W1986358771 @default.
- W4387223411 cites W2014254156 @default.
- W4387223411 cites W2018742491 @default.
- W4387223411 cites W2037477415 @default.
- W4387223411 cites W2056191782 @default.
- W4387223411 cites W2065204888 @default.
- W4387223411 cites W2078261188 @default.
- W4387223411 cites W2084021643 @default.
- W4387223411 cites W2085228765 @default.
- W4387223411 cites W2109887283 @default.
- W4387223411 cites W2136966839 @default.
- W4387223411 cites W2139816774 @default.
- W4387223411 cites W2162879656 @default.
- W4387223411 cites W2285998378 @default.
- W4387223411 cites W2311862346 @default.
- W4387223411 cites W2397253333 @default.
- W4387223411 cites W2408788556 @default.
- W4387223411 cites W2529678127 @default.
- W4387223411 cites W2557516695 @default.
- W4387223411 cites W2568136622 @default.
- W4387223411 cites W2586788336 @default.
- W4387223411 cites W2592658194 @default.
- W4387223411 cites W2623209063 @default.
- W4387223411 cites W2626798644 @default.
- W4387223411 cites W2713752071 @default.
- W4387223411 cites W2746988484 @default.
- W4387223411 cites W2751732830 @default.
- W4387223411 cites W2785674592 @default.
- W4387223411 cites W2791673560 @default.
- W4387223411 cites W2802443697 @default.
- W4387223411 cites W2802566877 @default.
- W4387223411 cites W2804348345 @default.
- W4387223411 cites W2889274219 @default.
- W4387223411 cites W2898506374 @default.
- W4387223411 cites W2900774339 @default.
- W4387223411 cites W2901152535 @default.
- W4387223411 cites W2902384941 @default.
- W4387223411 cites W2911259958 @default.
- W4387223411 cites W2912837386 @default.
- W4387223411 cites W2920971203 @default.
- W4387223411 cites W2941615349 @default.
- W4387223411 cites W2947769738 @default.
- W4387223411 cites W2955549577 @default.
- W4387223411 cites W2960033953 @default.
- W4387223411 cites W2969252886 @default.
- W4387223411 cites W2970099272 @default.
- W4387223411 cites W2978940187 @default.
- W4387223411 cites W2995989323 @default.
- W4387223411 cites W2997994710 @default.
- W4387223411 cites W3012111088 @default.
- W4387223411 cites W3017956009 @default.
- W4387223411 cites W3036721555 @default.
- W4387223411 cites W3041662239 @default.
- W4387223411 cites W3084255989 @default.
- W4387223411 cites W3091153882 @default.
- W4387223411 cites W3092017503 @default.
- W4387223411 cites W3097184379 @default.
- W4387223411 cites W3110702032 @default.
- W4387223411 cites W3111127056 @default.
- W4387223411 cites W3127801713 @default.
- W4387223411 cites W3128315263 @default.
- W4387223411 cites W3132278936 @default.
- W4387223411 cites W3170989087 @default.
- W4387223411 cites W3173803774 @default.
- W4387223411 cites W3174975287 @default.
- W4387223411 cites W3179936746 @default.
- W4387223411 cites W3180156408 @default.
- W4387223411 cites W3181949340 @default.
- W4387223411 cites W3190999252 @default.
- W4387223411 cites W3196235149 @default.
- W4387223411 cites W3215102704 @default.
- W4387223411 cites W3216812399 @default.
- W4387223411 cites W4212916072 @default.
- W4387223411 cites W4221084378 @default.
- W4387223411 cites W4281992229 @default.
- W4387223411 cites W4291121480 @default.
- W4387223411 cites W4317038923 @default.
- W4387223411 cites W4319455919 @default.
- W4387223411 cites W4323926201 @default.
- W4387223411 cites W4380742887 @default.
- W4387223411 cites W4380987562 @default.
- W4387223411 cites W4382752731 @default.
- W4387223411 cites W4382812992 @default.
- W4387223411 doi "https://doi.org/10.1016/j.jclepro.2023.139128" @default.
- W4387223411 hasPublicationYear "2023" @default.
- W4387223411 type Work @default.
- W4387223411 citedByCount "0" @default.