Carbon dioxide (CO 2) capture technology that could coordinate the contradiction between
the CO 2 emissions and industrial development and alleviate the climate crisis has been …

Carbon capture options, including pre/post-combustion, oxyfuel, and chemical looping
combustion, have been noticeably exploited in recent years at various technological …

The carbonation of alkaline wastes is an interesting research field that may offer
opportunities for CO 2 reduction. However, the literature is mainly devoted to studying …

Washing method has attracted much attention in the research of municipal solid waste
incineration (MSWI) fly ash treatment and resource utilization. However, the controlled …

Carbon dioxide (CO2) mineralization based on aqueous carbonation of alkaline earth
silicate minerals is a promising route toward large-scale carbon removal. Traditional …

The focus of membrane carbon capture to date has been primarily on point source capture,
such as power plants and industrial capture. However, membrane technology can also play …

Carbon capture, utilization, and storage (CCUS) are widely recognized as a promising
technology for mitigating climate change. CO2 mineralization using Ca-rich fluids and high …

Carbon capture and storage (CCS) technology can reduce CO2 emissions by 85 to 95% for
power plants and kilns with high CO2 emissions. Among CCS technologies, carbon dioxide …

Coal fly ashes (COFA) are readily available and reactive materials suitable for CO2
sequestration due to their substantial alkali components. Therefore, the onsite collaborative …

Coal combustion provides plenty of energy, along with enormous coal fly ash (CFA) and CO
2 emission. CFA could be recycled for mesoporous silica synthesis, but expensive templates …