Hydrogen is a promising, eco-friendly fuel for the future, especially when obtained from renewable sources such as anaerobic digestion (AD). After proving that biomass'composition is involved in the production of hydrogen, a comparison between single- and two-stage AD showed that the latter is not less convenient than the classical, single stage process. The addition of a further stage (microbial fuel cells) to AD reactors showed an interesting perspective for two-stage AD, which resulted in better total energy yields when compared to single-stage process. The process is feisable on full scale, but technical issues are to be solved in order to obtain better performances.

BIOHYDROGEN PRODUCTION BY DARK FERMENTATION: FROM LABORATORY TO FULL SCALE / E. Manzini ; tutor: F. Adani ; coordinatore: G. Zocchi ; supervisore: A. Schievano. DIPARTIMENTO DI SCIENZE AGRARIE E AMBIENTALI - PRODUZIONE, TERRITORIO, AGROENERGIA, 2014 Mar 05. 26. ciclo, Anno Accademico 2013. [10.13130/manzini-ester_phd2014-03-05].

BIOHYDROGEN PRODUCTION BY DARK FERMENTATION: FROM LABORATORY TO FULL SCALE.

E. Manzini
2014

Abstract

Hydrogen is a promising, eco-friendly fuel for the future, especially when obtained from renewable sources such as anaerobic digestion (AD). After proving that biomass'composition is involved in the production of hydrogen, a comparison between single- and two-stage AD showed that the latter is not less convenient than the classical, single stage process. The addition of a further stage (microbial fuel cells) to AD reactors showed an interesting perspective for two-stage AD, which resulted in better total energy yields when compared to single-stage process. The process is feisable on full scale, but technical issues are to be solved in order to obtain better performances.
5-mar-2014
Settore AGR/13 - Chimica Agraria
hydrogen ; anaerobic digestion ; biohydrogen
ADANI, FABRIZIO
ZOCCHI, GRAZIANO
Doctoral Thesis
BIOHYDROGEN PRODUCTION BY DARK FERMENTATION: FROM LABORATORY TO FULL SCALE / E. Manzini ; tutor: F. Adani ; coordinatore: G. Zocchi ; supervisore: A. Schievano. DIPARTIMENTO DI SCIENZE AGRARIE E AMBIENTALI - PRODUZIONE, TERRITORIO, AGROENERGIA, 2014 Mar 05. 26. ciclo, Anno Accademico 2013. [10.13130/manzini-ester_phd2014-03-05].
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/2434/233247
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