This paper presents a comprehensive review on the development of the modelling of ash
deposition with particle combustion, sticking, rebound and removal behaviors. The …

This study provides an overview of the common modes and causes of failure of heat
exchanger tubes. Failure investigations of heat exchangers reported in the literature are …

The issues of fouling, erosion and corrosion are commonly occurring phenomena on the flue
gas heat exchangers for middle/low temperature waste heat utilization due to the special …

Magnetic nanofluids, as a new type of heat transfer media, propose a possible way to
achieve low energy consumption and carbon neutrality, which has attracted a lot of attention …

Deposition of undesired materials on the heat transfer surface is one the most challenging
problems for application of heat exchangers. Experimental measurements of degree of …

The fouling problem of flue gas heat exchangers is one of the most critical problems to be
solved in industrial waste heat recovery applications. In this paper, the fouling potential …

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 …

Airborne particle deposition in the heat exchange channel will cause serious heat transfer
efficiency reduction. Better understanding of deposition characteristics is of significance for …

In this paper, numerical simulations were performed for the fouling characteristics and heat
transfer performance after fouling on the H-type finned tube heat exchangers, and the …

Particulate fouling on flue gas heat exchanger surfaces reduces heat transfer efficiency and
increases the instability of equipment operation. It is necessary to develop a better …