To reach optimal/better conceptual designs of energy systems, key design variables should
be optimized/adapted with system layouts, which may contribute significantly to system …

This article presents the performance analysis of a 700 MW future planned advanced ultra-
supercritical (A-USC) coal-fired power plant fitted with post-combustion carbon capture and …

Improving denitrification efficiency of supercritical unit for peak load regulation by changing
feed water temperature has become a focus of thermal power engineering under wide load …

Auriferous pyrite can host a large proportion of gold resource at giant gold deposits all
around the world so that these sulfides minerals become key factors to reveal the genesis of …

The recovery of heat from the flue gas is an effective way to improve the thermal efficiency of
a boiler. In a coal-fired boiler with wet-desulphurization, a portion of the flue gas thermal …

The adoption of oxy-combustion in a circulating fluidized bed (CFB) producing ultra-
supercritical (USC) steam has been investigated to increase energy efficiency and reduce …

As global energy demand continues to rise, the imperative to explore and enhance energy
generation from existing resources intensifies. Combined cycle power plants (CCPPs) have …

Parametric analysis and process optimization of steam cycle in double reheat ultra-
supercritical power plants were performed in this study. Thermal and economic analyses …

Gradient nonlinear optimization methods are among the most effective approaches to
determine the optimal parameters of thermal power plants. These methods allow us to …

Oxy-combustion is one of the most promising technologies to reduce CO 2 emissions from
coal-fired power plants. Nevertheless, as CO 2 capture system there is an important energy …