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Biomass Properties and Fire Prediction Tools

Biomass Properties and Fire Prediction Tools

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Published: 2 years ago

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Author: Dr. Miltiadis Boboulos

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This review presents literature involving characteristics and fire behaviour prediction models for pine species. The first part analyzes experimental data for pine needles characteristics, and laboratory results for vegetation layer fire behaviour. The second part gives consideration to models used to predict surface fire behaviour. Also presented are approaches employed in describing the heating up, ignition and vegetation burning, and the effect of these processes on the flow parameters in the fire zone. Data for model verification is in addition submitted.

ABOUT THE AUTHOR

Dr. Miltiadis Boboulos

Welcome to my site, I am an Engineering Science lecturer within the Department of Mechanical Engineering in the TEI of Kavala and Halkida, Greece and also a researcher in the Energy and Environmental Engineering Research Group. My research areas are those of design and modelling of biomass fuelled combustion plant and assessment methods for cleaner production processes. I am committed to actions to support Sustainable Development, in particular with emphasis on energy based subjects. Past work included research in biomass combustion, fire spread, life cycle analysis and modelling of air flows in respiratory systems. I have been also investigating biomass combustion and pyrolysis at low temperature and in flames to obtain information about pyrolysis and char burnout kinetics. This work included fundamental studies of catalytic metal release, their fate and behaviour during thermal processing of biomass, as well as characterisation of biomass materials and waste woods. Research also involved examining emissions from solid fuel combustion and gasification, by investigating the mechanisms of remobilisation of nitrogen and transformations between nitrogen-containing compounds in pine litter and its impact on emissions from conversion applications. For this purpose the products obtained from pyrolysis under oxidising and reducing conditions of pine litter were examined. Work included characterisation of the chars produced, and the form of nitrogen.

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