Separation and reaction processes are key components employed in the modern chemical
industry, and the former accounts for the majority of the energy consumption therein. In …

The capture or utilization of CO 2 from industrial sources (ie, fossil-fueled power plants,
cement plants and industrial furnaces) is the priority for achieving carbon reduction. The …

Abstracts CaO-based adsorbents have been widely determined as one of the best materials
for high-temperature CO 2 capture via the calcium loo** process, suffering from the …

The catalytic activity of pure metal nanoparticles is always limited by aggregation during the
reaction. Therefore, promising candidates such as metal-organic frameworks possess …

Waste-derived biomass-based sorbents being employed in many applications, eg, post-
combustion CO 2 capture process, are in rising interest. This work investigates the CO 2 …

The CaO-based sorbents suffer from a high-intensity sintering rate and require costly
promoters to improve their CO 2 capture capacity through the Calcium Loo** (CaL) …

Activated Carbon (AC) derived from low-priced biomass materials has been identified as the
efficient and cost-effective candidate for low-temperature CO 2 adsorption technique …

Metal-organic frameworks (MOFs) are attractive functional materials due to their high surface
area, high porosity, and flexible compositions. However, the high precursor cost and …

The most common type of heat exchanger used in a variety of industrial applications is the
shell‐and‐tube heat exchanger (STHE). In this work, the impact of graphene nanoplate …

Hydrogen shows great promise as a carbon-neutral energy carrier that can significantly
mitigate global energy challenges, offering a sustainable solution. Exploring catalysts that …