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Grate-Fired Energy Crop Conversion978-3-319-20759-9Series ISSN 2190-5053 Series E-ISSN 2190-5061

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https://doi.org/10.1007/978-3-322-81747-1ications and the severity level of these ash-effects. The aforementioned aspects exhibited an influence on the interrelationship between the biofuel attributes and the applied fuel conversion conditions and were shown to be the determining factors on the overall combustion performance of grate-fired systems.

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Combustion Performance in a Medium Scale Grate-Fired Unit,o achieve more insight on the fuel properties of brassica and poplar energy crop species, knowledge of the grate combustion behavior of these fuels is needed to elucidate factors of importance on the fuel combustibility as well as main ash matter implications during conversion on the grate.

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Overall Assessment,ications and the severity level of these ash-effects. The aforementioned aspects exhibited an influence on the interrelationship between the biofuel attributes and the applied fuel conversion conditions and were shown to be the determining factors on the overall combustion performance of grate-fired systems.

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Overall Assessment,nctions among the species tested at grate conditions. Special relevance was recognized for the ash matter fractionation behavior, the ash-related implications and the severity level of these ash-effects. The aforementioned aspects exhibited an influence on the interrelationship between the biofuel a