The increased demand for a reliable and sustainable renewable energy source encourages
the hydrogen-based economy. For the same, membrane separation approaches were …

Contemporary advances in material development associated with membrane gas
separation refer to the cost-effective fabrication of high-performance, defect-free mixed …

Membrane gas separation technologies have emerged as highly prospective avenues for
the selective separation of CO 2. In this research, a novel array of mixed-matrix membranes …

Hydrogen has gained renewed and growing interest around the world in the recent decades
as a high-quality and renewable energy carrier, owing primarily to advances in fuel cells as …

Global CO 2 emission continues to rise yearly and showing no sign of stop**, or at least,
reducing. This worrying situation calls for a more environmentally friendly and cost-effective …

The separation of carbon dioxide and methane is vital for biogas upgradation and natural
gas sweetening applications. Membrane separation is one of the techniques used for CO2 …

The fabrication of mixed matrix membranes (MMMs) is of particular importance due to its
advantages over neat or composite membranes. The performance of mixed matrix …

Volatile and semi volatile organic compounds (VOCs and SVOCs) are regarding as serious
environmental pollutants owign to causing a lot of diseases around the world. The VOCs …

To meet the exponentially rising demand for lithium, it becomes vital to develop
environmentally friendly processes for its recovery from brines, salt lakes and/or seawater. In …

Nowadays, CO 2 emission, the major factor in global warming, is alarmingly on the rise.
Hence, the international demand for state-of-the-art technologies to separate and capture …