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- W2624353916 endingPage "1216" @default.
- W2624353916 startingPage "1201" @default.
- W2624353916 abstract "Hydrogen (H2) is an effective, environmentally friendly and renewable source of fuel that can be produced during dark- and photo-fermentation by different facultative and obligate anaerobic and purple bacteria and microalgae. This product is known as biohydrogen. It has the advantage of variable yield at low temperature (for mesophiles growing best at moderate temperature) and relatively low production cost, if compared with thermochemical methods. To develop fermentative H2 production biotechnology using cheap carbonaceous by-products and utilization of organic wastes, the selection or construction of effective bacterial strains and optimization of technology process conditions are required. Here we review recent new data that have been obtained with Escherichia coli, Clostridium beijerinskii, Rhodobacter sphaeroides and other bacteria. Activities of [Ni-Fe]-hydrogenases of dark-fermentative bacteria and [Mo]-nitrogenase and [Ni-Fe]-hydrogenase of photo-fermentative species have been examined after growth with different carbon sources, using pure cultures, as well as co-culture and mixed-cultures technologies. Importantly, H2 production from cheap and readily available substrates like crude glycerol or different industrial, agricultural and other carbon-based wastes by bacteria is a sustainable technology. Consequently further approaches and strain-improvement could increase H2 production in a cost-effective way, and they will lead to both small- and large-scale H2 production. Moreover, they will provide significant economic and environmental benefits for renewable and sustainable energy supply in the near future." @default.
- W2624353916 created "2017-06-15" @default.
- W2624353916 creator A5034064941 @default.
- W2624353916 creator A5069450100 @default.
- W2624353916 creator A5086942242 @default.
- W2624353916 date "2017-12-01" @default.
- W2624353916 modified "2023-10-13" @default.
- W2624353916 title "Improving biohydrogen productivity by microbial dark- and photo-fermentations: Novel data and future approaches" @default.
- W2624353916 cites W1013199565 @default.
- W2624353916 cites W1061972150 @default.
- W2624353916 cites W1151968997 @default.
- W2624353916 cites W1265763149 @default.
- W2624353916 cites W1498850929 @default.
- W2624353916 cites W1505087766 @default.
- W2624353916 cites W1523995293 @default.
- W2624353916 cites W1652650993 @default.
- W2624353916 cites W1689195775 @default.
- W2624353916 cites W1848839190 @default.
- W2624353916 cites W1869592094 @default.
- W2624353916 cites W1906234839 @default.
- W2624353916 cites W1966664267 @default.
- W2624353916 cites W1966764121 @default.
- W2624353916 cites W1967952896 @default.
- W2624353916 cites W1969740079 @default.
- W2624353916 cites W1970304945 @default.
- W2624353916 cites W1971323277 @default.
- W2624353916 cites W1973669249 @default.
- W2624353916 cites W1974506776 @default.
- W2624353916 cites W1975105919 @default.
- W2624353916 cites W1976814390 @default.
- W2624353916 cites W1978735296 @default.
- W2624353916 cites W1978904989 @default.
- W2624353916 cites W1980527751 @default.
- W2624353916 cites W1983428472 @default.
- W2624353916 cites W1984900529 @default.
- W2624353916 cites W199271422 @default.
- W2624353916 cites W1993298379 @default.
- W2624353916 cites W1995384185 @default.
- W2624353916 cites W1996743952 @default.
- W2624353916 cites W1998264713 @default.
- W2624353916 cites W1998281357 @default.
- W2624353916 cites W2002455509 @default.
- W2624353916 cites W2003859013 @default.
- W2624353916 cites W2004051044 @default.
- W2624353916 cites W2007231114 @default.
- W2624353916 cites W2007762602 @default.
- W2624353916 cites W2008241311 @default.
- W2624353916 cites W2008585401 @default.
- W2624353916 cites W2008672945 @default.
- W2624353916 cites W2009868733 @default.
- W2624353916 cites W2011229209 @default.
- W2624353916 cites W2011447018 @default.
- W2624353916 cites W2012244658 @default.
- W2624353916 cites W2012775419 @default.
- W2624353916 cites W2013269128 @default.
- W2624353916 cites W2015601861 @default.
- W2624353916 cites W2017104759 @default.
- W2624353916 cites W2019122652 @default.
- W2624353916 cites W2019373860 @default.
- W2624353916 cites W2019656740 @default.
- W2624353916 cites W2020432973 @default.
- W2624353916 cites W2021285318 @default.
- W2624353916 cites W20222579 @default.
- W2624353916 cites W2022331373 @default.
- W2624353916 cites W2022486516 @default.
- W2624353916 cites W2022801286 @default.
- W2624353916 cites W2022964969 @default.
- W2624353916 cites W2025275575 @default.
- W2624353916 cites W2025789649 @default.
- W2624353916 cites W2025798155 @default.
- W2624353916 cites W2028531705 @default.
- W2624353916 cites W2030587174 @default.
- W2624353916 cites W2032036199 @default.
- W2624353916 cites W2032121534 @default.
- W2624353916 cites W2032154170 @default.
- W2624353916 cites W2034175616 @default.
- W2624353916 cites W2035473509 @default.
- W2624353916 cites W2038087974 @default.
- W2624353916 cites W2039259720 @default.
- W2624353916 cites W2039683764 @default.
- W2624353916 cites W2041973695 @default.
- W2624353916 cites W2042120743 @default.
- W2624353916 cites W2045390105 @default.
- W2624353916 cites W2047991466 @default.
- W2624353916 cites W2051181616 @default.
- W2624353916 cites W2052647680 @default.
- W2624353916 cites W2055207384 @default.
- W2624353916 cites W2055982066 @default.
- W2624353916 cites W2058371988 @default.
- W2624353916 cites W2058878931 @default.
- W2624353916 cites W2059296080 @default.
- W2624353916 cites W2060809347 @default.
- W2624353916 cites W2063832391 @default.
- W2624353916 cites W2064553083 @default.
- W2624353916 cites W2065491791 @default.
- W2624353916 cites W2065492053 @default.
- W2624353916 cites W2066765219 @default.
- W2624353916 cites W2070058266 @default.