Matches in SemOpenAlex for { <https://semopenalex.org/work/W2975351444> ?p ?o ?g. }
- W2975351444 abstract "Abstract With its high energy content and clean combustion, hydrogen is recognized as a renewable clean energy source with enormous potential. Biological hydrogen production is a promising alternative with significant advantages over conventional petroleum‐derived chemical processes. Sustainable hydrogen production from renewable resources such as cassava, wastewater, and other agricultural waste is economically feasible for industrial applications. So far, the major bottlenecks in large‐scale biological hydrogen production are the low production rate and yield. This review discusses the various factors that affect the metabolic pathways of dark hydrogen production, and highlights the state‐of‐the‐art development of mixed culture technology. The aim of this review is to provide suggestions for the future directions of mixed culture technology, as well as by‐product valorization in dark fermentation." @default.
- W2975351444 created "2019-10-03" @default.
- W2975351444 creator A5023232769 @default.
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- W2975351444 creator A5074036155 @default.
- W2975351444 date "2019-10-09" @default.
- W2975351444 modified "2023-10-15" @default.
- W2975351444 title "Microbial Production of Hydrogen by Mixed Culture Technologies: A Review" @default.
- W2975351444 cites W1007787768 @default.
- W2975351444 cites W1595655951 @default.
- W2975351444 cites W1906146984 @default.
- W2975351444 cites W1964990685 @default.
- W2975351444 cites W1965437653 @default.
- W2975351444 cites W1966116511 @default.
- W2975351444 cites W1969057397 @default.
- W2975351444 cites W1970304945 @default.
- W2975351444 cites W1973937832 @default.
- W2975351444 cites W1976695025 @default.
- W2975351444 cites W1983216978 @default.
- W2975351444 cites W1988405743 @default.
- W2975351444 cites W1997635816 @default.
- W2975351444 cites W1997798543 @default.
- W2975351444 cites W1998104430 @default.
- W2975351444 cites W2001888364 @default.
- W2975351444 cites W2015078708 @default.
- W2975351444 cites W2016719422 @default.
- W2975351444 cites W2022234484 @default.
- W2975351444 cites W2028363452 @default.
- W2975351444 cites W2028444273 @default.
- W2975351444 cites W2028900755 @default.
- W2975351444 cites W2029406724 @default.
- W2975351444 cites W2031487939 @default.
- W2975351444 cites W2031663630 @default.
- W2975351444 cites W2037524134 @default.
- W2975351444 cites W2041991963 @default.
- W2975351444 cites W2042498430 @default.
- W2975351444 cites W2043525112 @default.
- W2975351444 cites W2049723798 @default.
- W2975351444 cites W2050749460 @default.
- W2975351444 cites W2050998838 @default.
- W2975351444 cites W2055657939 @default.
- W2975351444 cites W2061355028 @default.
- W2975351444 cites W2063028675 @default.
- W2975351444 cites W2063112507 @default.
- W2975351444 cites W2066041765 @default.
- W2975351444 cites W2071655141 @default.
- W2975351444 cites W2073625293 @default.
- W2975351444 cites W2082551001 @default.
- W2975351444 cites W2088903619 @default.
- W2975351444 cites W2094581207 @default.
- W2975351444 cites W2108542030 @default.
- W2975351444 cites W2130335772 @default.
- W2975351444 cites W2135003335 @default.
- W2975351444 cites W2151680324 @default.
- W2975351444 cites W2165740373 @default.
- W2975351444 cites W2166886018 @default.
- W2975351444 cites W2170075350 @default.
- W2975351444 cites W2191866654 @default.
- W2975351444 cites W2205360161 @default.
- W2975351444 cites W2219382500 @default.
- W2975351444 cites W2319909074 @default.
- W2975351444 cites W2342534334 @default.
- W2975351444 cites W2344303806 @default.
- W2975351444 cites W2513941492 @default.
- W2975351444 cites W2514907699 @default.
- W2975351444 cites W2531111062 @default.
- W2975351444 cites W2544859878 @default.
- W2975351444 cites W2552317397 @default.
- W2975351444 cites W2563566954 @default.
- W2975351444 cites W2565309735 @default.
- W2975351444 cites W2566617458 @default.
- W2975351444 cites W2587679941 @default.
- W2975351444 cites W2587948475 @default.
- W2975351444 cites W2607038229 @default.
- W2975351444 cites W2726989667 @default.
- W2975351444 cites W2730226576 @default.
- W2975351444 cites W2734928362 @default.
- W2975351444 cites W2762953171 @default.
- W2975351444 cites W2768008616 @default.
- W2975351444 cites W2791041927 @default.
- W2975351444 cites W2791714807 @default.
- W2975351444 cites W2912467645 @default.
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- W2975351444 cites W2942415259 @default.
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- W2975351444 doi "https://doi.org/10.1002/biot.201900297" @default.
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- W2975351444 hasPublicationYear "2019" @default.
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