CO 2 capture by adsorption is considered to be one of the powerful technologies to achieve
carbon neutrality and alleviate global warming. However, adsorption technology is still …

Post-combustion CO 2 capture (PCC) is considered to be an important technology for
reducing carbon dioxide emissions owing to its easy retrofit to power plants. Chemical …

Currently, the significant energy penalty and performance limitation of energy consumption
are the main technical barriers to the large-scale applications of CO 2 capture. Carbon …

Climate change caused by the emission of greenhouse gases (GHGs), in particular carbon
dioxide, has become a critical challenge. However, high energy penalty of CO 2 capture …

Direct air capture is a carbon-negative technology that absorbs dilute carbon dioxide from
the air directly, which requires a significant amount of energy and the construction of large …

CO 2 capture and storage (CCS) technology has attracted attention for the mitigation of CO 2
emissions. Among the dominant CO 2 capture technologies, pressure swing adsorption …

The present work describes the theoretical research frameworks mainly for the
thermodynamic properties of adsorbed phase, which is applied in the field of temperature …

Adsorption technology is recognised as a promising CO 2 capture method due to its
characteristics of low regeneration temperature. Analysis model based on carbon pump …

Currently, temperature swing adsorption (TSA) process is considered as a promising option
for CO 2 capture due to its low energy consumption and low operating cost. For a deeper …

Based on the principle of thermodynamics, this study proposes a benchmarking analysis
framework for evaluating the energy efficiency of carbon capture technology. First, the …