To better accommodate changes in municipal solid waste (MSW) properties due to waste
classification, advanced computational fluid dynamics (CFD) simulations are carried out for …

The spiral finned tube (SFT) heat exchanger is a vital component in industrial boilers for
energy utilization and recovery. To enhance its efficiency and reduce material usage, a …

Optimization of excess air coefficient is extremely significant for boiler operating
performance. Currently theoretical modeling of optimal excess air coefficient is still an …

Understanding the sodium migration mechanism during combustion process is critical for
the clean and efficient utilization of high-alkali coals. In this paper, sodium releasing …

A dynamic CFD model with conjugate heat transfer that considers particle sticking and
erosion is developed and used for predicting the effect of multiple operation conditions on …

Ash deposition is a key issue that limits the energy utilization and safety operation of high-
energy-consuming equipment in industrial applications, and the clarification of the heat and …

A numerical method for deposition evolution is proposed by incorporating mechanistic
sticking and melt faction sticking model. The hybrid thermal Lattice Boltzmann method is …

In addressing the ash melting-induced slagging on the high-temperature heating surfaces of
biomass-fired boiler, a combined experimental and modelling study of biomass ash viscous …

Ash deposition is a critical issue concerning the energy utilization and safety operation of
heat exchangers. Efficient dynamic evaluation of deposition morphology and reasonable …

In this study, a comprehensive loose fouling model is established to investigate the fouling
characteristics of fly ash on serrated spiral finned tube heat exchangers. This model …