The release of anthropogenic greenhouse gases into the atmosphere poses serious risks to
the environment and human health, and is a global threat of growing concern. In order to …

The rapidly increasing concentration of atmospheric carbon dioxide (CO2) is a growing
threat to human society. Selective capture of CO2 remains challenging but of global …

Engineered systems designed to remove CO2 from the atmosphere need better adsorbents.
Here, we report on zeolite-based adsorbents for the capture of low-concentration CO2 …

The CO2 sorption behavior of commercially available zeolites such as 3A, 4A, 5A, and 13X
is considered at low temperatures for CO2 removal from ambient air or direct air capture …

Direct air capture of CO2 (DAC) has been increasingly recognized as a promising carbon‐
negative technology. The challenge in deploying energy‐efficient DAC lies in effective …

Ca-FAU zeolite sorbents have been recognized as one of promising CO 2 capture materials,
while it is subject to the change in the speciations and locations of Ca 2+ species as …

Nitrous oxide is a strong greenhouse gas contributing over 300 times global warming
potential higher than carbon dioxide. The capture of nitrous oxide from industrial emission …

Abstract Separating ethylene (C2H4) from the C2 hydrocarbons is of prime industrial
importance for the process of high‐purity C2H4 as an essential raw material in the …

Engineered systems for the direct air capture (DAC) of carbon dioxide (CO 2) are being
investigated worldwide. Here, we demonstrate a technology for DAC that uses molecular …

Selective CO 2 adsorption for efficient carbon capture from flue gas (CO 2/N 2-15/85, v/v)
and biogas (CO 2/CH 4-50/50, v/v) is important for achieving global energy and climate …