BIQUEEN is an ongoing project on efficient exploitation of energy from renewable silviculture and wood enterprises biomasses. It is based on collaborations between Institutes and Research Centers: IVALSA / CNR, University of Trento, Kessler Foundation, “Distretto Tecnologico Trentino", University of Poznan. The project is divided into four parts: verification of the origin of biomass, control of solid pollutants, monitor of volatile emissions, transformation of biomass in energy. Work in progress and preliminary results are presented. All samples coming from different locations were clearly separated using FT-NIR spectroscopy. Presence, quantity and type of pollutants on contaminated biomass were investigated with FT- MIR-ATR. Gasification technology significantly limited emission of unburned compounds during combustion. Combustion process of 5 tree wood parts was evaluated. NOx emissions were almost stable. Comparisons with the emission values from different types of burners were done. VOCs from combustion and fermentation of biomass stocks were measured

Biomasses Quality for Efficient Energy production: wooden biomasses origin, solid and volatile pollutants, efficient combustion for energy production

FELLIN, MARCO;
2010-01-01

Abstract

BIQUEEN is an ongoing project on efficient exploitation of energy from renewable silviculture and wood enterprises biomasses. It is based on collaborations between Institutes and Research Centers: IVALSA / CNR, University of Trento, Kessler Foundation, “Distretto Tecnologico Trentino", University of Poznan. The project is divided into four parts: verification of the origin of biomass, control of solid pollutants, monitor of volatile emissions, transformation of biomass in energy. Work in progress and preliminary results are presented. All samples coming from different locations were clearly separated using FT-NIR spectroscopy. Presence, quantity and type of pollutants on contaminated biomass were investigated with FT- MIR-ATR. Gasification technology significantly limited emission of unburned compounds during combustion. Combustion process of 5 tree wood parts was evaluated. NOx emissions were almost stable. Comparisons with the emission values from different types of burners were done. VOCs from combustion and fermentation of biomass stocks were measured
2010
3rd International Symposium on energy from biomass and waste
Venice
September 2010
Proceedings of 3rd International Symposium on energy from biomass and waste
CISA, Environmental Sanitary Engineering Centre
1
14
9788862650083
Negri M.; Baggio P.; Boschetti A.; Scotoni M.; Palubicki B.; Lazzari G.; Sandak J.; Sandak A; Fellin M.; Pieratti E.; Antolini D.; Ognibeni J.
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/2318/135989
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