State of CCUS 2025: New publication maps Denmark’s fast-evolving research landscape
Carbon capture, utilisation and storage solutions are set to play a key role in Denmark’s green transition. These technologies offer a needed pathway to address emissions that are difficult to eliminate and remove CO₂ that’s already in the air. However, to make a substantial contribution to the fight against climate change, there is a pressing […]
Webinar: How do we plan Denmark’s CO₂ infrastructure towards 2050?
Where should Denmark place its future CO₂ pipelines, storage sites, and capture units – onshore and offshore? The INNO-CCUS project CCUS Infrastructures project explores how data, modelling, and scenario planning can support smart infrastructure decisions. In this webinar, three researchers present key insights on the future role of CCUS in Denmark’s energy system: Agenda:▪️ Storylines […]
New findings from BIOCHSTA: How stable is biochar really?
BIOCHSTA investigates how large-scale application of biochar—produced by Danish companies from local biomass—affects the long-term stability of stored carbon, soil quality, and groundwater. The project also explores how biochar interacts with different Danish soil types under changing climate conditions, including drought, and assesses the broader environmental and legal aspects of using biochar in agriculture. In […]
EU invests DKK 1.6 billion in CO2 capture in Aalborg: INNO-CCUS plays a key role
The work to establish one of Europe’s first fully integrated onshore CCS value chains can now begin. Cement producer Aalborg Portland has announced this milestone following the signing of a DKK 1.6 billion investment from the EU Innovation Fund for the ACCSION project. As part of the project, Aalborg Portland, in collaboration with its partners, […]
New Danish research paves the way for more durable CO₂ infrastructure
By 2029, Denmark aims to capture and store at least 2.3 million tons of CO₂ annually as part of its climate initiatives. This places significant demands on infrastructure which represents one of the largest costs associated with CO₂ capture and storage at both national and international levels. Developing effective solutions that maximize investment returns will be […]
Denmark joins world’s largest CCUS research infrastructure
ECCSEL ERIC includes more than 100 state-of-the-art CCUS research facilities across Europe. By connecting experts with advanced technology, it drives forward solutions that support global efforts to reduce CO2 emissions and combat climate change. With the new membership, Danish researchers and companies will gain access to these facilities, supporting the further development of Danish CCUS […]
Call announcement: The official date has been set
INNO-CCUS is pleased to announce the official opening of two calls for projects, Pool 3 and Pool 4, on 28 February 2025. These calls are an integral part of our ongoing mission to accelerate the development and deployment of carbon capture, utilisation, and storage (CCUS) technologies, supporting Denmark’s climate targets. The projects selected through these […]
Webinar: Exploring the potential of Direct Air Capture (DAC) in Denmark
Direct Air Capture (DAC) is increasingly recognised as a key technology in the fight against climate change, but questions remain about its efficiency, cost, and integration into national energy systems. In a recent Tech Talk webinar, Energy Cluster Denmark presented two INNO-CCUS projects—eDAC and LSICC—to showcase their work and findings on DAC technologies and their […]
Webinar: How do we harness the power of digitalization to ensure the success of CCUS?
Discover how digital technologies are driving advancements in Carbon Capture, Utilisation, and Storage (CCUS). In this tech talk, Energy Cluster Denmark introduces two innovative INNO-CCUS projects that focus on enhancing simulations and process control, offering practical solutions to make carbon capture more efficient, scalable, and impactful in reducing global CO2 emissions Green Twins – A […]
Bridging continents: Denmark and Australia explore collaboration in CCUS innovation
Innovative solutions to reduce CO2 emissions are central to Australia’s climate strategy. The country has made carbon capture and storage a key focus, launching its first full-scale facility in 2016 and actively working on several major projects to enhance its capacity. In November, a Danish delegation of ten leading carbon capture, utilisation and storage (CCUS) […]
