Molecular surface design research may enable ultra-efficient carbon capture

University of Basel research hints at molecular approach to carbon capture

University of Basel researchers developed a molecular surface design technique that could theoretically tune porous liquid viscosity at extreme scales. This approach might reduce energy demands for separating carbon dioxide from industrial gas streams—a critical step in large-scale carbon capture. If scaled, it could lower operational costs for carbon capture systems, potentially making climate mitigation more affordable for communities affected by pollution. However, this remains early-stage work with no current cost data or deployment status. The source provides only this level of detail; full technical validation and real-world application pathways sit with the original research team and their collaborators.

Source: Phys.org