Previous publications about biochar in anaerobic digestion show encouraging results with regard to increased biogas yields. This work investigates such effects in a solid-state fermentation of bio-waste. Unlike in previous trials, the influence of biochar is tested with a setup that simulates an industrial-scale biogas plant. Both the biogas and the methane yield increased around 5% with a biochar addition of 5%-based on organic dry matter biochar to bio-waste. An addition of 10% increased the yield by around 3%. While scaling effects prohibit a simple transfer of the results to industrial-scale plants, and although the certainty of the results is reduced by the heterogeneity of the bio-waste, further research in this direction seems promis...
International audienceClimate change and energy demand are calling for more sustainable fuels such a...
The augmentation of biochar produced at 450 and 600-650 °C and hydrochar produced at 250 °C has been...
Over decades anaerobic digestion (AD) has been successfully established as technology to treat org...
Previous publications about biochar in anaerobic digestion show encouraging results with regard to i...
Anaerobic digestion is a valuable source of renewable energy in the combat against climate change. H...
This study presents the results of semi-pilot scale anaerobic digestion tests conducted under dry th...
The continuous decline of fossil fuel availability and the ever increasing concern about environment...
Poor management of organic waste is a key environmental and public health issue as it contributes to...
The effect of biochar addition on the anaerobic digestion (AD) of food waste was evaluated. From the...
The use of biochar as an additive material in various compositions to the anaerobic digestion of the...
The long-term anaerobic digestion (AD) of food waste is characterized by poor stability due to high ...
In view to numerous physical and chemical properties biochars can be used in many applications in th...
International audienceClimate change and energy demand are calling for more sustainable fuels such a...
The augmentation of biochar produced at 450 and 600-650 °C and hydrochar produced at 250 °C has been...
Over decades anaerobic digestion (AD) has been successfully established as technology to treat org...
Previous publications about biochar in anaerobic digestion show encouraging results with regard to i...
Anaerobic digestion is a valuable source of renewable energy in the combat against climate change. H...
This study presents the results of semi-pilot scale anaerobic digestion tests conducted under dry th...
The continuous decline of fossil fuel availability and the ever increasing concern about environment...
Poor management of organic waste is a key environmental and public health issue as it contributes to...
The effect of biochar addition on the anaerobic digestion (AD) of food waste was evaluated. From the...
The use of biochar as an additive material in various compositions to the anaerobic digestion of the...
The long-term anaerobic digestion (AD) of food waste is characterized by poor stability due to high ...
In view to numerous physical and chemical properties biochars can be used in many applications in th...
International audienceClimate change and energy demand are calling for more sustainable fuels such a...
The augmentation of biochar produced at 450 and 600-650 °C and hydrochar produced at 250 °C has been...
Over decades anaerobic digestion (AD) has been successfully established as technology to treat org...