The knowledge of thermodynamic and transport properties of CO 2-mixtures is important for
designing and operating different processes in carbon capture and storage systems. A …

Hydrogen of a high purity can be produced from the advanced gasification of nonrecyclable
mixed plastic wastes (MPW). Due to the fossil nature of MPW, carbon capture and storage …

Supported amine sorbents are extensively studied in literature due to their moisture
tolerating abilities. Most of the work with this group of adsorbents pertain to experimental …

Carbon dioxide emissions from fossil fuel-fired power stations are attracting growing
attention as a potential approach for reducing greenhouse gas emissions. Post-combustion …

This work studies the kinetics of CO 2 absorption into N, N-diethylethanolamine (DEEA)
solutions. A comprehensive literature review is presented, in an attempt to understand the …

Post-combustion carbon capture is a key component of the fight against global warming and
climate change. Amine stripping is currently the leading post-combustion technology, and …

The chemical absorption process has been extensively studied as one of the main carbon
capture and separation technologies. This process comprises two stages: The absorption of …

Ammonia is a well-known chemical and a rising candidate as hydrogen carrier.
Nevertheless, its synthesis process decarbonization is a preliminary target. Since the Haber …

While CO2 capture with nonaqueous solutions is a promising approach, regeneration of the
solutions often requires high energy consumption. This energy consumption can be …

Post-combustion carbon capture in structured packing columns is considered as a promising
technology to reduce greenhouse gas (GHG) emissions because of its maturity and the …