The safety of the supercharged boiler affects the normal operation of the steam power
system, while its fault samples are few and contain large noise in reality. Therefore, we …

The article discussed the influence on furnace temperature distributions, combustion
characteristics, and NOx release when hydrogen, coal, and sludge co-firing in a 660 MW …

The integration of renewable energy sources into power grids has led to power fluctuations,
necessitating coal-fired power units to provide flexible peak shaving. The pulverized coal …

Using a model in gPROMS, we study a Zeolite 13X-based moving bed temperature swing
adsorption (MBTSA) process designed to capture CO 2 from a coal-fired power plant. Two …

This paper develops different approaches for synergistic integration of physics-based
models with data-driven models for modeling of high temperature power plant superheaters …

The flexible operation capacity of ultra-supercritical (USC) unit under full operating
conditions must be promoted to adapt a larger-scale renewable energy integrated into the …

Regulating the thermal system configuration can improve the ramp-up rate of the coal-fired
power plants during peak shaving transient processes, while it may bring penalties in the …

Shortening the state conversion time can improve the flexibility and safety of coal-fired
power plants operating under peak-shaving conditions. This study analyzes various …

A thorough understanding of the dynamic characteristics of industrial-scale circulating
fluidized bed (CFB) boilers is crucial for the transition of power quality development in …

To accommodate the integration of renewable energy, coal-fired power plants must take on
the task of peak regulation, making the low-load operation of boilers increasingly routine …