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case

Carbon capture, storage and utilisation

Carbon Capture Lab: A sandbox for optimising carbon capture and developing next-generation technologies

17 December 2025

Solution provider

Danish Technological Institute

Danish Technological Institute (DTI) is an independent and non-profit research and development institute. DTI is approved as an RTO by the Danish Minister of Higher Education and Science.

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Challenge

In November 2023, the Danish Technological Institute (DTI) opened the Carbon Capture Lab. The lab is Denmark’s first dedicated test facility for carbon capture technologies. Its aim is to optimise solventbased carbon capture and to accelerate the development of next-generation technologies by allowing companies to test and validate their solutions under realistic industrial conditions. With Denmark on track to capture and store millions of tonnes of CO2, the Carbon Capture Lab represents an important step in turning ambition into practice. 

Solution

The facility is built with flexible modules, delivered by the Danish company ESTECH, which allow companies to test their technologies on a wide variety of emission sources such as power plants, industrial processes, and combustion engines. The laboratory can process up to 150 kilograms of CO₂ per day, providing a flexible platform to test solvents, packing materials, energy optimisation measures, and process configurations under realistic settings. The focus is on advancing innovation towards safer, more energy- and cost-efficient solutions, addressing one of the key obstacles to making carbon capture commercially viable. 

Result

Companies such as Ørsted are already engaging with the laboratory to strengthen their knowledge base and optimise processes before full-scale deployment. Integrated into the European CCUS research infrastructure ECCSEL, the Carbon Capture Lab also opens opportunities for international collaboration, helping to position Denmark at the forefront of global CCUS development. 

White Paper: Carbon capture, utilisation, and storage

This case is a part of the Carbon capture, utilisation, and storage white paper. The publication explores Denmark’s emerging CCUS value chain, covering capture, transport, utilisation, and storage, while highlighting the policies, partnerships, and projects driving progress.
Download the publication