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 role in Denmark’s energy systems.
- LSICC: Large Scale Integration of Carbon Capture in Energy Systems
Investigates large-scale carbon capture, including both point source capture and DAC, with a focus on geographical mapping of carbon capture opportunities and their alignment with Denmark’s energy infrastructure, such as district heating and electricity grids. The project aims to evaluate strategies for carbon capture deployment and develop roadmaps for effective integration within Denmark’s energy system. - eDAC: Large Scale Integration of DAC in Energy Systems
Focused on integrating Direct Air Capture (DAC) technologies into energy systems, this project combines thermodynamic modelling and energy system analysis. Its aim is to assess DAC technologies’ feasibility, performance, and system integration, providing recommendations for stakeholders on efficiently incorporating DAC into existing and future energy infrastructures.
Watch the webinar below to learn more about these projects and their contributions to understanding and mapping DAC’s potential in Denmark.
