… This review linked the valorization of waste biomass and the generation of biohythane via
two-stage dark fermentation and discussed the key issues affecting biohythane production. …

… Given that H 2 generation accounts for only up to 35% of the total energy available in the
organic component of waste biomass [41], we have the opportunity to exploit the effluent (…

… It is worth notifying that besides fuel generation, biomass may be simultaneously converted
… via dark fermentation. The authors are aware of vast applications of dark fermentation …

… dark fermentation processes for hydrogen generation, emphasising on the exploitation of
biomass and wastes … Subsequently, the use of different types of biomass and wastes that have …

… /bioenergy from the wide variety of biomass has gathered a substantial quantum of research
… on the latest advances reported in dark fermentative biohydrogen production (DHFP), which …

… waste substrates, ii) determine the BHP of several agro-industrial wastes and iii) to characterize
the dark fermentation … The BHP of complex waste biomass in a mixed dark fermentative …

… of waste treatment and energy production would be an advantage. This article summarizes
the dark fermentative biohydrogen production from biomass. Types of potential biomass that …

… fermentation is a family of processes that can be roughly divided into three groups: dark
fermentation… two-stage processes combining dark fermentation either with photofermentation or …

… In the context of hydrogen production from biomass or organic waste with dark fermentation,
… parameters on the process performance of dark fermentation. The effect of substrate …

… waste paper was used as the raw material for hydrogen gas production by dark
fermentation … Glucose obtained from acid hydrolyzed waste paper was used at six different …