Bioenergy is renewable energy made available from materials derived from biological sources. Biomass is any organic material which has stored sunlight in the form of chemical energy.
The project investigated the Swedish farmers' collaboration in farm-based biogas production and studied the effects of various forms of collaboration for the entrepreneur's profitability, production,
EU:s forskare rapporterade gravt felaktiga resultat och slutsatser som har fått politiska implikationer. Det konstaterar Peter Högberg, professor i marklära vid SLU, som nyss deltagit i kritik av
At the department of energy and technology, research and education are conducted focusing on how agriculture can contribute to a sustainable society. We have extensive expertise in technology and
Researcher in Landscape Architecture. Systems analysis and regenerative design Areas of interest Systems theory and -analysis Regenerative design Sustainable (urban) development Circular food
Biogas is produced through degradation of organic material in complex microbial processes. We aim to find solutions for optimised gas production with higher yields and improved process stability.
At SLU we work with the whole biogas chain. An unique feature for our research is that we answer questions about both energy generation and waste treatment. We have our own biogas plant as well as
The aim in this study is to investigate Swedish farmers’ experiences with collaborative initiatives in farm-based biogas production. The project is called "Collaboration for improved profitability
On September 1, 2017 the project Forest residues for combined edible mushroom and biofuel production (COMUSH) started. The project is part of the innovation project "BioEconomy 2.0 - Better
The objective is to demonstrate a cost efficient concept for small-scale upgrading of biogas and use as vehicle fuel. The technology implemented is based on the concept of in-situ methane enrichment
Liquified biogas (LBG) is produced by reducing the temperature to < -161 °C. The carbon dioxide concentration in the biogas must be < 50 ppm and it is costly to reach that level. There is a need to
Information for those studying on the Energy Systems Engineering programme. As this programme is taught in Swedish there will not be any information in English. On the pages in Swedish you will find
Our goal is to generate knowledge that allows a controlled manangement of the microbiological biogas process. We aim to reach high effectivity, stability and biogas production in constructed reactors