The formation of particulate deposits on flue gas heat exchanger surfaces will reduce heat
transfer efficiency, increase the instability of equipment operation and introduce a major …

A numerical method was developed to investigate the fouling characteristics of a typical heat
exchanger. Firstly, an integrated fouling model which consists of a deposition process and a …

The present paper presents a three-dimensional numerical investigation of a pulverized-
fuel, tangentially-fired utility boiler located at Florina/Greece under air, partial and full oxy …

A numerical method was developed to simulate the fouling processes on tubes. The detailed
particle deposition and removal mechanisms were included in the model and the evolution …

This paper describes an integrated approach into the design and evaluation of a novel tube
bundle heat exchanger that achieves higher heat transfer levels at lower levels of pressure …

The potential of two passive techniques, namely elliptic-shaped tubes and asymmetric tube
bundle arrangement, for deposition rate reduction in lignite-fired utility boiler heat …

This paper describes an experimental study that examines the influence of sintering and
microstructure on ash deposit thermal conductivity. The measurements are made using a …

The formation of powdery deposits on the tubes in a waste heat boiler reduces the heat
transfer coefficient by about 25%. Because of these fouling layers, the efficiency with which …

Corrosion deposition in heat exchangers may lead to a reduction in heat transfer efficiency,
and even can affect equipment operational safety. Traditional CFD deposition heat transfer …

Gas-side fouling in heat-recovery boilers Page 1 Gas-side fouling in heat-recovery boilers
Citation for published version (APA): Beek, van, MC (2001). Gas-side fouling in heat-recovery …