Unveiling the Potential of Direct Air Capture: Insights from Bjørn Utgård at BCGA Conference
Key Ideas
  • Bjørn Utgård from Skytree highlights the significant potential of Direct Air Capture (DAC) for scaling up CO2 removal, estimating billions of tonnes yearly.
  • Skytree's DAC technology aims to operate as a machine rather than a chemical facility to manage risks and uncertainties in project development.
  • Efforts to enhance efficiency involve reducing capital costs, prolonging sorbent lifespan, and minimizing energy usage in CO2 capture processes.
  • Utgård emphasizes the importance of utilizing CO2 in applications like greenhouse agriculture and Power-to-X processes, aligning DAC facilities with hydrogen generation sites.
Bjørn Utgård, Vice-President of Strategic Development at Amsterdam-based DAC company Skytree, shared insights on the potential of Direct Air Capture (DAC) of carbon dioxide during the British Compressed Gas Association event in Manchester. Utgård emphasized that DAC is on the verge of rapid scaling, projecting the removal of billions of tonnes of CO2 annually in the coming decades. Skytree's technology, which operates similarly to an Air Separation Unit but focuses on extracting CO2, aims to streamline operations as a machine to mitigate project risks. The company's focus on efficiency includes reducing capital expenditure, extending the sorbent's lifespan, and optimizing energy consumption. Utgård also highlighted the importance of utilizing captured CO2 in various applications, like greenhouse agriculture and Power-to-X processes. Additionally, he underscored the necessity of co-locating DAC facilities with hydrogen generation sites to streamline operations. Utgård outlined the differences between biogenic CO2 and DAC, noting the reliability and scalability benefits of the latter. The presentation also addressed the UK's growing dependence on imported CO2 and the construction sector's role in decarbonization.
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