With the rapid decarbonization of the energy industry, a viable alternative to coal in power
plants is essential. Two important fuel properties to be considered in a coal substitute are …

In this work, the emission behavior of NO during the co-combustion of municipal sludge (MS)
and Meihuajing bituminous coal (MHJ) was studied using experiments and ReaxFF …

The objective of this study was to understand the synergistic effect of sulfur dioxide (SO 2)
emission reduction during the combustion of biomass-coal blends in comparison to pure …

In this work, the N migration behavior and mechanism during the municipal sludge/coal co-
pyrolysis were studied employing the reactive force field molecular dynamics (ReaxFF MD) …

In this study, the characteristics of preheated combustion and fuel-nitrogen (fuel-N)
conversion paths in wide-range preheating temperature (700° C− 900° C) for bituminous …

The co-combustion of various ultra-low volatile coal-based solid fuels (UVCFs) under oxy-
fuel condition could consume semi-coke and residual carbon cleanly and efficiently …

To further explore cocombustion technology with biogas and coal, a series of numerical
simulations have been carried out to analyze the effects of the cocombustion ratio ξ, height …

Цель-определение возможности применения твердотопливной смеси на основе бурого
угля Большесырского разреза и отходов лесоперерабатывающей промышленности из …

The supercritical carbon dioxide (sCO2) Brayton cycle has been studied for a variety of heat
sources as a replacement for the steam-Rankine cycle with higher thermal efficiency in …

This work evaluates and compares radiative heat transfer measurements conducted at the
471− MW E Hunter Power Plant Unit 3 utility boiler in Utah, United States, during standard …