Premier, Giuliano C. and Kim, J.R. and Massanet-Nicolau, S. and Kyazze, Godfrey and Esteves, Sandra and Penumathsa, Bharat K.V. and Rodríguez, Jorge and Maddy, J. and Dinsdale, Richard M. and Guwy, Alan J. (2013) Integration of biohydrogen, biomethane and bioelectrochemical systems. Renewable Energy, 49 . pp. 188-192. ISSN 0960-1481
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Official URL: http://dx.doi.org/10.1016/j.renene.2012.01.035
Anaerobic bioprocesses such as Anaerobic digestion (AD), fermentative biohydrogen (BioH2), and Bioelectrochemical system (BES), converting municipal, agro-industrial wastes and crops to energy have attracted accelerating interest. Anaerobic digestion (AD) however, still requires optimisation of conversion efficiency from biomass to methane. Augmenting methane energy production with simultaneous BioH2 and bioelectrochemical stage(s) would increase process efficiencies while meeting post treatment effluent quality. Pre-treatment of feedstock increase bacterial accessibility to biomass, thus increasing the conversion yield to target product, but an alternative is separating the acidogenic/hydrolytic processes of AD from methanogenesis. Acidogenesis can be combined with BioH2 production, prior to methanogenesis. Depending on operating conditions and without further treatment after digestion, the methanogenic stage may discharge a digestate with significant organic strength including volatile fatty acids (VFAs). To meet wastewater discharge consents; adequate use of digestates on land; to minimise environmental impact and; enhance recovery of energy, VFAs should be low. Concatenating bioelectrochemical systems (BES) producing hydrogen and/or electricity can facilitate effluent polishing and improved energy efficiency. Various configurations of the BioH2, methanogenesis and BES are plausible, and should improve the conversion of wet biomass to energy.
|Research Community:||University of Westminster > Life Sciences, School of|
|Deposited On:||18 Oct 2012 16:04|
|Last Modified:||19 Dec 2012 13:53|
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