Multicomponent collaborative anaerobic fermentation has been considered a promising technology for treating perishable organic solid wastes and producing clean energy. This study evaluated the potential of hydrogen production by thermophilic dry anaerobic co-fermentation of food waste (FW) with garden waste (GW) or kitchen waste (KW) as co-substrate. The results showed that when the ratio of FW to GW was 60:40, the maximum cumulative hydrogen production and organic matter removal rate reached 85.28 NmL g−1 VS and 63.29%, respectively. When the ratio of FW to KW was 80:20, the maximum cumulative hydrogen production and organic matter removal rate reached 81.31 NmL g−1 VS and 61.91%, respectively. These findings suggest that thermophilic dry ...
The hydrogen production from the organic fraction of municipal solid waste (OFMSW) by anaerobic mixe...
Molecular hydrogen is a high-energy, environmentally friendly and most promising energy carrier amon...
The study investigated co-digestion batch experiments using kitchen waste (KW) and garden waste (GW)...
In order to protect our planet and ourselves from the adverse effects of excessive CO2 emissions, an...
Fossil fuels have often served as the current energy source used for day to day activities by househ...
Co-fermentation of garden waste (GW) and food waste (FW) was assessed in a two-stage process couplin...
In order to improve energy recovery efficiency, the fermentative hydrogen production from organic fr...
In order to improve energy recovery efficiency, the fermentative hydrogen production from organic fr...
The increasing food waste production calls for developing efficient technologies for its treatment. ...
3rd International Hydrogen Technologies Congress (IHTEC) -- MAR 15-18, 2018 -- Alanya Alaaddin Keyku...
Abstract Purpose The objective of research was emphasized on the optimal conditions (initial pH and ...
In view of the implementation of a sustainable energy conversion framework, hydrogen is believed to ...
Biohydrogen production from organic waste not only provides a sustainable way to produce biofuel but...
Proof of principle of biohythane and potential energy production from garden waste (GW) is demonstra...
Food waste is successfully treated by anaerobic digestion process, where the organic matter is conv...
The hydrogen production from the organic fraction of municipal solid waste (OFMSW) by anaerobic mixe...
Molecular hydrogen is a high-energy, environmentally friendly and most promising energy carrier amon...
The study investigated co-digestion batch experiments using kitchen waste (KW) and garden waste (GW)...
In order to protect our planet and ourselves from the adverse effects of excessive CO2 emissions, an...
Fossil fuels have often served as the current energy source used for day to day activities by househ...
Co-fermentation of garden waste (GW) and food waste (FW) was assessed in a two-stage process couplin...
In order to improve energy recovery efficiency, the fermentative hydrogen production from organic fr...
In order to improve energy recovery efficiency, the fermentative hydrogen production from organic fr...
The increasing food waste production calls for developing efficient technologies for its treatment. ...
3rd International Hydrogen Technologies Congress (IHTEC) -- MAR 15-18, 2018 -- Alanya Alaaddin Keyku...
Abstract Purpose The objective of research was emphasized on the optimal conditions (initial pH and ...
In view of the implementation of a sustainable energy conversion framework, hydrogen is believed to ...
Biohydrogen production from organic waste not only provides a sustainable way to produce biofuel but...
Proof of principle of biohythane and potential energy production from garden waste (GW) is demonstra...
Food waste is successfully treated by anaerobic digestion process, where the organic matter is conv...
The hydrogen production from the organic fraction of municipal solid waste (OFMSW) by anaerobic mixe...
Molecular hydrogen is a high-energy, environmentally friendly and most promising energy carrier amon...
The study investigated co-digestion batch experiments using kitchen waste (KW) and garden waste (GW)...