The thermochemical conversion of solar power to energy carriers provides an attractive pathway to energy storage. The present study aims at demonstrating the solar-driven thermochemical processing of a lignin-rich residue derived from a second-generation bioethanol production process. The influence of operational conditions on the quality of the torrefied biomass has been assessed.
Torrefaction of a lignin-rich residue in a solar fluidized bed reactor / Tregambi, C.; Montagnaro, F.; Salatino, P.; Solimene, R.. - (2018). ( Joint Meeting of the German and Italian Sections of The Combustion Institute Sorrento 23-26 maggio 2018).
Torrefaction of a lignin-rich residue in a solar fluidized bed reactor
C. Tregambi
;F. Montagnaro;P. Salatino;
2018
Abstract
The thermochemical conversion of solar power to energy carriers provides an attractive pathway to energy storage. The present study aims at demonstrating the solar-driven thermochemical processing of a lignin-rich residue derived from a second-generation bioethanol production process. The influence of operational conditions on the quality of the torrefied biomass has been assessed.File in questo prodotto:
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