Recently, E.ON has selected Capsol Technologies to carry out a feasibility study to evaluate the deployment of carbon capture technology at its biomass and waste-to-energy operations in Norrköping, Sweden. According to currently available information, the project will assess a system with an annual carbon capture capacity of up to 500,000 tonnes of CO₂, to be developed in collaboration with a strategic engineering partner.

From a project perspective, this does not mean that the facility has entered the construction phase. However, the initiation of the feasibility study itself sends a clear signal that Nordic energy companies are accelerating their assessment of carbon management opportunities in biomass and waste-to-energy facilities. Compared with conventional fossil-fuel-based plants, these facilities offer relatively concentrated emission sources and, in some cases, can simultaneously deliver emissions reduction and carbon removal benefits. As a result, they are increasingly becoming a priority area within Europe’s CCS landscape.

Another noteworthy aspect of the project is that Capsol secured the contract through a competitive tender process. This indicates that the deployment of carbon capture solutions for biomass and waste-to-energy facilities is moving beyond the conceptual stage and entering a new phase characterized by technology selection, cost optimization, and engineering feasibility assessment. For project developers, future competition will focus not merely on whether CO₂ can be captured, but on whether stable and reliable capture can be achieved in a cost-effective manner while meeting long-term decarbonization objectives.

Overall, E.ON’s decision to advance a carbon capture feasibility study in Sweden reflects the Nordic region’s growing efforts to integrate energy infrastructure with carbon management strategies. The significance of such early-stage studies extends beyond validating individual technologies; they also help build the engineering experience and commercial foundations necessary for the large-scale deployment of the “biomass/waste-to-energy + carbon capture” pathway.