Expertise in Fossil-free fuels

Biological methanation is a technology used to produce methane from other gases. The technology increases the methane production potential because hard-to-digest solid materials can be gasified and then converted into biogas. It also makes it possible to convert carbon dioxide into methane through …

RISE offers an opportunity to evaluate technologies and processes that can contribute to increased and more efficient production of renewable fuels and chemicals. The evaluations are based on techno-economics, climate performance and system analysis.

Existing pulp mills have great potential to deliver more products through the integration of biorefinery concepts, and thus become an important part of the future bio-based economy. RISE can help with techno-economic analyzes to show what potentials there are in your particular mill.

By pyrolysis different kinds of raw materials can be converted into intermediates which in turn can be processed into bio-based or circular materials, chemicals and fuels.

Fuel quality is characterized by the moisture content of the fuel, the chemical content of the fuel and ash-forming substances, as well as the fuel fraction distribution. In order to design a combustion, gasification or pyrolysis plant or choose the right bio fuel for an existing plant, it is impor…

Through more than 40 years of research and technological development in the biogas field, we have built up world-leading expertise, especially with regard to digestion of manure and small-scale biogas upgrading. We have knowledge of all parts of the biogas value chain, including waste management/pl…

Upgrading of renewable raw materials in existing refinery infrastructure offers great opportunities for rapid transition to more sustainable chemicals and fuels. We investigate how this can become reality.