Denmark’s CCUS Landscape: A Geographical Overview
As a mission-driven partnership, we aim to accelerate scalable and sustainable carbon capture, storage, and utilisation (CCUS) solutions, contributing to reaching Danish 2030 and 2050 climate targets. To achieve this goal, we need an expansive overview of the CCUS field in Denmark – what projects are out there? What are our innovation needs? Where do […]
Pool 2 Kick-Off: 10 new INNO-CCUS projects launched
On 5 December 2023, INNO-CCUS hosted a Pool 2 kick-off where ten new projects were welcomed and introduced to the partnership. More than 70 researchers and experts in carbon capture, utilisation and storage took part in the event, representing a wide range of CCUS research and innovation, from biochar to infrastructure and capture solvents. As […]
CCUS in Denmark: Over 100 projects featured in new ‘State of CCUS’ publication
More than 100 Danish CCUS projects focused on research and innovation are part of a new INNO-CCUS publication. The publication titled State of CCUS will be a key tool for researchers and experts to connect, collaborate, and direct their efforts for the benefit of the CCUS field and its advancement. “This publication represents our commitment, […]
Setting the direction for CCUS: Denmark joins the IEAGHG
Denmark has officially become a member of the IEAGHG (the International Energy Agency Greenhouse Gas R&D Programme), a global and independent organisation to advance carbon capture, utilisation and storage through data-driven methods and multinational collaboration. The organization represents the international CCUS community and plays a key role in setting the direction of the field. Denmark’s […]
Partners visit the site of Denmark’s first on-shore storage facility
The 13th October, INNO-CCUS hosted a project showcase at Stenlille for its partners in collaboration with Gas Storage Denmark. Stenlille is going to be Denmark’s first onshore CO2 facility with an expected minimum capacity of 10 million tons, planned to achieve operational status in 2025. Participants had the opportunity to experience a gas storage facility […]
INNO-CCUS maps Danish CCUS research and innovation: Do you know of a project?
On 27 – 28 November, the EU Commission hosts its annual conference CCUS Forum in Aalborg, Denmark. At the event, INNO-CCUS will launch a catalog that maps all Danish research and innovation projects. The catalog will show the strength and breadth of the field and serve as a tool for researchers and experts to find […]
Partnership Director speaks at Canadian CCUS conference
Last week, INNO-CCUS Partnership Director Karina Søgaard attended the Carbon Capture Canada conference in Alberta where she gave a speech on Danmark’s CCUS initiatives and their progress. The conference gathered more than 4,000 people from around the world and addressed a range of issues and opportunities surrounding carbon capture – from how to foster community […]
Announcing 10 new INNO-CCUS projects
We are pleased to announce that we have funded 10 new projects as part of our mission-driven partnership in the field of CCUS research and innovation. These projects will make specific and impactful contributions toward achieving the Danish Climate goals. Congratulations to all the project teams: CASPER: Cement cArbon Storage Pilot for Emission Reduction ASGREEN: […]
The Danish CCUS Summit: Registration is open
Join us at the Danish CCUS Summit and unlock the full potential of the CCUS value chain. INNO-CCUS and the CCS-Alliance invites you to join us at a two-day event, where leading experts, researchers, and industry professionals draw a picture of the CCUS industry in Denmark and Europe.
Accelerating the green transition: MissionGreenFuels and INNO-CCUS arrange conference
On January 17th, INNO-CCUS held a conference together with MissionGreenFuels for 200 people at the Technical University of Denmark. The conference focused on the realization of Pool 2 for INNO-CCUS and MissionGreenFuels, which allocates over 160 million Danish kroner for research and innovation projects in the areas of CO2 capture and storage or utilization as […]