This comprehensive review analyzes research on enhancing steam boiler performance
through energy and exergy analysis, emphasizing their importance in promoting …

This study employs a power plant modeling tool to explore the feasibility of reducing unit-
level emission rates of CO2 by 30% by retrofitting carbon capture, utilization, and storage …

Chemical looping with oxygen uncoupling (CLOU) and chemical looping air separation
(CLAS) are novel and potentially promising processes for the combustion of solid fuels (eg …

There are several methods to reduce CO 2 emissions, including optimization of energy
consumption by increasing the efficiency of a powerplant, using renewable energy, and …

Exergy-based methods are widely applied to assess the performance of energy conversion
systems; however, these methods mainly focus on a certain steady-state and have limited …

Oxy-fuel combustion technology can capture carbon dioxide (CO2) in the large-scale and
greatly lower nitrogen oxides (NO x) emission in coal-fired power plants. However, the …

The comparative performance study is carried out for 500 MW Supercritical (SupC) Oxy-Coal
Combustion (OCC) and Air-Coal Combustion (ACC) power plants with membrane-based …

In this thesis, copper manganese oxides were evaluated as oxygen carriers for chemical
looping air separation. This process allows for the production of a O2+ CO2 mixture, which …

Carbon capture by physical adsorption can strongly participate in the reduction of the
climate change. Metal-organic frameworks (MOFs) are one class of porous materials with …