Projects in power production

SMR, kärnkraft, HTC, biokol, pyrolys, termokemisk behandling,

Demand for sustainable aviation fuels (SAF) is expected to increase significantly as international sustainability initiatives and stricter climate requirements for aviation are implemented. This project investigated the production of SAF from forest residues through a pre-FEED-level study.

The project is developing a biogas platform for agriculture to optimize residual streams and arable land, promoting fossil-free food production and climate-neutral farming. It supports Sweden’s goal of net-zero emissions by 2045 and strengthens self-sufficiency, benefiting both customers and society through sustainable solutions.

COOLGEOHEAT II supports the climate transition with sustainable, cost-effective solutions for thermal energy sharing between buildings. It strengthens local energy supply and reduces emissions. Funded by the European Regional Development Fund through Interreg Öresund-Kattegat-Skagerrak.

The BREC project connects agricultural schools, authorities and researchers to spread circular agricultural practices among practitioners and test technologies driving circular bioeconomy. BREC identified several key technologies - such as substrate pretreatment, biogas production, protein extraction, phosphorus extraction and nitrogen enrichment.

BIOMETHAVERSE aims to diversify possible production methods for biomethane in Europe, increase cost-effectiveness, and contribute to the dissemination and use of new biogas technology. RISE designs, builds, and operates a mobile testbed for biological methanation of syngas to biomethane within the project.

The energy transition faces many uncertainties, while planning tools are often deterministic. This project will develop the first planning tool for energy infrastructure across multiple sectors that represents this uncertain environment, at regional, national, and European levels.

There is a great need to increase knowledge and fundamental understanding of biogenic carbon flows and where there is potential for increased resource efficiency. The purpose of the area analysis is to describe the biogenic carbon flows from Swedish primary production to industry, society including reuse, recycling, export, and import.

LowCoBio aims to accelerate the commercialisation of renewable fuels from bio-oil by addressing two key challenges: improving production processes and solving corrosion problems.

Fishermen, offshore wind power, the defense, transport vessels and more – many quite different activities focus on the Swedish sea basins. For the blue economy to function in a sustainable way, stakeholders in the field need to be able to cooperate and coexist, and also agree on a common overall perspective.

The ABATE project aims to demonstrate the integration of thermochemical and biochemical processes to convert biomass residues into advanced bio-based refinery intermediates for sustainable transportation fuels.

The Bio-FlexCLC project aims to develop and demonstrate a full-chain technology that utilizes biogenic residues and wastes for flexible CHP production with the possibility of cost-effective CO2 capture.

Analysis of biomass and bioenergy in cmobination with carbon capture (CCU and CCS) in the sector coupled energy system as a flexible complement to variable renewables, e-fuels and direct air capture.

CESTAP (Competence cEntre in Sustainable Turbine fuels for Aviation and Power) is a centre of competence with academic and industrial partners promoting production and use of sustainable fuels for stationary gas turbines and aviation jet engines.

System dynamics simulation modelling to facilitate/support decision-making practices made by municipalities and industry where WtE operations, the energy system, and high-level policy goals such as increased material reuse and net-zero targets are integrated

SULPHURREAL demonstrates an innovative approach to the direct storage of concentrated solar energy in solid elemental sulphur. The basic idea is to use concentrated solar energy to cyclically drive a series of chemical reactions that interconvert sulphuric acid and sulphur.