Washington Taylor, Brad Marston, Robert Rosner, and Jonathan Wurtele
PRX Energy 4, 017001 (2025) – Published 27 January, 2025
This PRX Energy Collection showcases the latest advances and ideas in carbon capture, utilization, and storage, including modeling, materials- and chemistry-based research, techno-economic analysis, and more. This collection amplifies advancements related to Sustainable Development Goals #7 and #13.
The guest editors for this Collection are Maria Escudero-Escribano of Catalan Institute of Nanoscience and Nanotechnology, Ewa Marek of University of Cambridge, and Jesús Velázquez of University of California-Davis.
Every article in this Collection was subjected to a rigorous peer review process, upholding the high standards applied to all papers. The PRX Energy editorial team managed the peer review and made all editorial decisions.
A report on atmospheric carbon dioxide removal (CDR) underscores the importance of CDR technologies in meeting carbon dioxide management targets, while emphasizing that reducing carbon dioxide emissions must remain a top priority.
This Perspective describes various approaches to carbon dioxide removal and their societal impacts, highlighting the promise of reactive carbon capture methods.
This study shows how locally coherent CuS/MoS interfaces alter interfacial charge transfer and electronic structure, providing a design principle for tuning catatlytic reactivity in heterostructured materials.
