JOURNAL: The impact of design and operational parameters on the optimal performance of direct air capture units using solid sorbents
Summary
Authors:
Adam Ward
Ronny Pini
Maria M. Papathanasiou
Imperial College London
The impact of design and operational parameters on the optimal performance of direct air capture units using solid sorbents
Adsorption
August 2024
This paper explores how to improve direct air capture (DAC), a technology that removes CO₂ from the atmosphere to help combat climate change. The study focuses on a specific method that uses heat and vacuum pressure to separate CO₂. Researchers developed a simulation tool to optimise this process, ensuring it is both efficient and effective. Their findings highlight key factors that influence performance, such as material choice, system design, and environmental conditions like humidity. By refining these elements, the study provides insights into making DAC more scalable and reliable for future large-scale carbon removal efforts.