A multi-generation system including power generation, domestic hot water, and H 2 production was designed for the waste recovery of a 150 MW coal-fired power plant. A high …
In this paper, a numerical study of flow, reactions and NO x emissions from a biomass boiler is presented. Detailed reaction mechanisms for the decomposition of tar species …
G Xiao, X Gao, W Lu, X Liu, AB Asghar, L Jiang, W Jing - Applied Energy, 2023 - Elsevier
Ensuring the reliable operation of industrial boilers with high production efficiency and low pollutant emissions remains a significant challenge due to the complex chemical and …
Air preheating is generally used to improve moisture evaporation and boiler efficiency in waste incineration systems. This study employs FLIC-FLUENT coupling procedure to …
Moving grate boilers are widely used in the combustion of solid biomass at industrial scale for heat and power production. This type of systems allows to use wide range of fuels …
F Li, C Zhao, H Fan, M Xu, Q Guo, Y Li, L Wu, T Wang… - Energy, 2022 - Elsevier
The co-firing of sewage sludge and sugarcane bagasse (SB) is conducive to their environmentally benign reduction, reuse, and recycling. In this study, the ash fusion …
This Review covers the current state-of-the-art literature dealing with numerical modeling and experimental analysis of moving grate biomass combustors. The greatest attention is …
M Zheng, J Sun, L Gong, Y Fan, J Tu, J Dong - Applied Thermal …, 2024 - Elsevier
To reduce the NO x emission concentration of waste incineration boilers and improve the thermal efficiency of incinerators, the combustion process of a 600 t/d incineration boiler was …
This paper aims at exploring a cleaner way of waste wood biomass grate-firing with a focus on NO X emission. The objective is to evaluate the potential of biomass co-combustion with …