Capsol Technologies has been commissioned by a European steel producer to conduct an engineering study on the deployment of its Capsol EoP® end-of-pipe carbon capture solution.
The study aims to evaluate how the technology can be applied at large-scale steel facilities, with the potential to capture several hundred thousand tonnes of CO2 annually.
This project represents Capsol’s first major step into the steel sector, broadening its reach beyond its established presence in bioenergy, cement, and gas turbine applications.
Tackling Hard-to-Abate Steel Emissions
Steel production is one of the world’s most carbon-intensive industries. Emissions stem not only from the enormous energy requirements of smelting but also from unavoidable chemical reactions within the process.
As a result, renewable power alone cannot fully decarbonize steelmaking. Capsol’s EoP® technology offers a low-energy alternative to conventional amine-based capture systems. Unlike many existing solutions, it requires no external steam supply and is designed for high-volume CO2 capture.
Through engineering studies, demonstration projects, and licensing partnerships, Capsol has built a strong position across multiple industrial sectors, said Cato Christiansen, Chief Technology Officer. Expanding into metals reflects both the increasing demand for low-carbon steel in construction and automotive markets and the growing regulatory pressure on heavy industry across Europe.
Relevant: Capsol To Study BECCS Integration At European Biomass CHP Plant
The metals industry accounts for nearly 10% of global CO2 emissions, making it a critical focus of decarbonization efforts.
With Europe tightening emissions standards and customers demanding greener supply chains, solutions like Capsol’s will likely play a central role in cutting industrial emissions while keeping production competitive.
The company expects its feasibility work in steelmaking to pave the way for broader adoption of carbon capture technologies in other hard-to-abate sectors.
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