Gas separation by selective transport through polymeric membranes is one of the fastest
growing branches of membrane technology. However, the existing polymeric membrane …

In the wake of the devastating consequences of climate change, many countries are
searching for alternative renewable energy. Hydrogen, the most abundant element on earth …

Carbon molecular sieve (CMS) membranes with rigid and uniform pore structures are ideal
candidates for high temperature-and pressure-demanded separations, such as hydrogen …

Mixed-Matrix Membranes (MMMs) combining the benefits of both polymeric and inorganic
materials have become a focus for the next-generation gas separation membranes. In this …

CO 2 removal from gas streams using energy-efficient and environmentally friendly
separation technologies can contribute to achieving a low-carbon energy future. Carbon …

Global warming has been identified as one of the world's major environmental issues. While
it is impossible to completely stop the effects of anthropological global warming, it is possible …

Efficient separation technologies are required for the removal of carbon dioxide from natural
gas streams. Membrane-based natural gas separation has emerged as one of the fastest …

Abstract Characterization techniques beyond microscopy, scattering and spectroscopy
approaches are needed to understand and improve sub-angstrom discrimination between …

Tuning the relationship between the microporous structure of carbon molecular sieve (CMS)
membranes and the corresponding gas permeability performance enables optimization for …

Carbon molecular sieve (CMS) membranes were fabricated by designing the polyimides
with different diamine moiety such as PPD, ODA, BAPP and BDAF to investigate the effects …