Journal of Chemistry and Chemical Research

Carbon capture technology for industrial flue gases, as a crucial approach to achieving carbon neutrality, has gradually become a key research focus in the global emissions reduction field. To improve capture efficiency and economic viability, the development and optimization of highly efficient carbon capture materials are particularly important. By analyzing existing carbon capture materials for industrial flue gases, this paper discusses their respective advantages and disadvantages in terms of performance, stability, cost, and proposes targeted optimization strategies. Functional modification of materials, optimization of pore structures, and the integrated application of multiple technologies can effectively enhance capture performance and reduce energy consumption. This paper summarizes the development trends of carbon capture materials for industrial flue gases and outlines future research directions, aiming to provide scientific support for achieving industrial carbon neutrality.

Carbon capture materials; Industrial flue gases; Carbon neutrality; Performance optimization; Emissions reduction technology