Regarding the current political and social-economic situation, the biogas industry in Germany is standing at a crossroad as a transition to a residue-based biogas production is imminent. In future biogas plants, the microbial communities will often be exposed to varying process conditions while an overall stable process has to be ensured. Hence an understanding of how biogas microbiomes response to management measures and how these responses affect to process efficiency is of great importance. Therefore the overall aim of this study was to investigate the impact of feedstock changes on the biogas microbiome structure and deduce potential impacts on the process performance to recommend process operation conditions. The study was separated i...
Lignocellulosic materials such as agricultural plant residues are widely available in large amounts ...
Biogas has become a well-established energy resource, especially through the use of renewable biomas...
International audienceThe global production of biogas has increased threefold during the last decade...
In this study the response of biogas-producing microbiomes to a profound feedstock change was invest...
This study investigated the development of the microbial community during a long-term (337 days) ana...
Disturbances of the anaerobic digestion process reduce the economic and environmental performance of...
Die Produktion von Biogas, besetzt im Angesicht anderer regenerativer Energiequellen wie Wind, Sonne...
There are almost 9500 biogas plants in Germany, which are predominantly operated with energy crops a...
Biogas process has great potential for reducing the current dependence on fossil fuels and for clima...
The Biodynamic Research Institute in Järna developed at the farm Yttereneby a two phase biogas plant...
Methane, produced through microbial anaerobic digestion of various organic materials, is seen as a p...
Theuerl S, Klang J, Hülsemann B, Mächtig T, Hassa J. Microbiome Diversity and Community-Level Change...
In Germany, the growing number of agricultural biogas plants causes an increasing demand for crops a...
Efforts to integrate biogas plants into bioeconomy concepts will lead to an expansion of manure-base...
Lignocellulosic materials such as agricultural plant residues are widely available in large amounts ...
Biogas has become a well-established energy resource, especially through the use of renewable biomas...
International audienceThe global production of biogas has increased threefold during the last decade...
In this study the response of biogas-producing microbiomes to a profound feedstock change was invest...
This study investigated the development of the microbial community during a long-term (337 days) ana...
Disturbances of the anaerobic digestion process reduce the economic and environmental performance of...
Die Produktion von Biogas, besetzt im Angesicht anderer regenerativer Energiequellen wie Wind, Sonne...
There are almost 9500 biogas plants in Germany, which are predominantly operated with energy crops a...
Biogas process has great potential for reducing the current dependence on fossil fuels and for clima...
The Biodynamic Research Institute in Järna developed at the farm Yttereneby a two phase biogas plant...
Methane, produced through microbial anaerobic digestion of various organic materials, is seen as a p...
Theuerl S, Klang J, Hülsemann B, Mächtig T, Hassa J. Microbiome Diversity and Community-Level Change...
In Germany, the growing number of agricultural biogas plants causes an increasing demand for crops a...
Efforts to integrate biogas plants into bioeconomy concepts will lead to an expansion of manure-base...
Lignocellulosic materials such as agricultural plant residues are widely available in large amounts ...
Biogas has become a well-established energy resource, especially through the use of renewable biomas...
International audienceThe global production of biogas has increased threefold during the last decade...