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Combustion codes were applied to reproduce the experimental data from tests which investigate high pressure melt ejection (HPME) and direct containment heating (DCH) issue. The code calculations revealed shortcomings of the existing models which made an application of the code for reactor calculations unfeasible because of the required up-scaling. Combustion and heat loss models need further improvements. However, data from experiments at a single scale are not sufficient to reach this goal.
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Biomass. --- Fluidized-bed combustion. --- Risers (Founding)
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The use of fluidized bed coal combustion technology has been developed in the past decade in The Netherlands with a view to expanding the industrial use of coal as an energy supply. Various research groups from universities, institutes for applied science and from boiler industries participated and contributed to this research area. Comprehensive results of such recent experimentation and development work on atmospheric fluidized bed combustion of coal are covered in this volume. Each chapter, written by an expert, treats one specific subject and gives both the theoretical background as well a
Fluidized-bed combustion. --- Coal --- Combustion. --- Combustion --- Fluidized-bed furnaces
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Fluidized-bed combustion --- Waste products as fuel --- Patents. --- Patents.
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Fluidized-bed combustion --- Management --- FLUIDIZED BEDS --- COMBUSTION --- CENTRALES THERMIQUES --- COMBUSTION, TECHNIQUE DE LA --- DECHETS --- FLUE GASES --- ASPECT DE L'ENVIRONNEMENT
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Coal-fired power plants --- Steam power plants --- Gas-turbine power-plants --- Coal fired power plants --- Steam power-plants --- Fluidized-bed combustion
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