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  1. 2 Chemical and Process Engineering

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  1. 2 2014

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  1. 2 Modliński N. J.

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Computational Modelling of a Tangentially Fired Boiler With Deposit Formation Phenomena

100%
Modliński N. J.
Chemical and Process Engineering
|
2014
|
vol. 35
|
issue 3
361-368
EN
Any complete CFD model of pulverised coal-fired boiler needs to consider ash deposition phenomena. Wall boundary conditions (temperature and emissivity) should be temporally corrected to account for the effects of deposit growth on the combustion conditions. At present voluminous publications concerning ash related problems are available. The current paper presents development of an engineering tool integrating deposit formation models with the CFD code. It was then applied to two tangentially-fired boilers. The developed numerical tool was validated by comparing it with boiler evaporator power variation based on the on-line diagnostic system with the results from the full CFD simulation.
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Computational Modelling of a Tangentially Fired Boiler With Deposit Formation Phenomena

88%
Modliński N. J.
Chemical and Process Engineering
|
2014
|
issue 3
first rewind previous Page / 1 next fast forward last
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