Techno-economic Evaluation of Integrated CO₂ capture and Conversion to Value-added Products

Chemical looping for integrated CO₂ capture and conversion: recent progress and future perspective

Integrated CO₂ capture and conversion over limestone using fluidized bed system in a chemical looping scheme

Construction Method and Reaction Characteristics of Dual-Function Materials for Integrated CO₂ Capture and Methanation

Research on key technology for the integrated carbon capture and conversion to methane

Integrated CO₂ capture and dry reforming of methane: an emerging low-cost and CO₂-negative technology

Recent Research progress on Ni-based Dual Function Materials for Integrated CO₂ Capture and Conversion

Integrated CO₂ capture and utilisation: a promising step contributing to carbon neutrality

Design and Structure–Activity Relationship of Ni-based Catalyst for Methane

Tailor the Pathway from Inevitable CO₂ Emission into Syngas in Cement Production

Investigation on efficient dual functional materials for ethylene production through isothermal integrated CO₂ capture and utilization

A General Methodology for Enhancing CO₂ Capture Performance of Amine-Impregnated Solid Adsorbents

Regeneration energy optimization of Amino-Solid through desorption kinetics analysis: Partial Regeneration

Low-energy CO₂ capture and methanation synergistic process

2D Molybdenum Carbide (MXene) for CO₂ hydrogenation

Ionic liquid-derived functional deep eutectic solvents for highly efficient low-concentration CO₂ capture

Developing metal-organic frameworks (MOF) materials for CO₂ direct air capture

New insight into calcium-looping dry reforming of methane mechanism on nickel-modified CaCO₃ for in-situ CO₂ utilization