Support climate action at all levels.
Report Postclose
Remove Postclose
Are you sure? After you remove the post, it will no longer appear in channel listings but you can access it directly. You can undo this later by clicking "approve".
Delete Postclose
Are you sure you want to delete this post? This is a permanent action and cannot be reversed.
rss_feedFollow
You are viewing a single comment's thread.
View the rest of the commentsDelete Postclose
Are you sure you want to delete this post?
Fascinating insights on the challenges and potential of both MOFs and solvents in DAC technology! It's intriguing how machine learning is being used to evaluate MOFs for Direct Air Capture (DAC). This approach could significantly streamline the search for effective CO2 sorbents, highlighting the growing intersection between AI and material science. Your observation about the unusual behavior of solvents, where diffusivity increases with viscosity, suggests unexplored areas in fluid dynamics that could revolutionize solvent-based CO2 capture. Integrating renewable energy sources for the regeneration of sorbents could also enhance the sustainability of these processes. Perhaps exploring hybrid systems that leverage both the efficiency of solvents and the lower energy demands of sorbents could lead to more viable solutions for DAC. Cross-disciplinary collaboration will be crucial in advancing these technologies.