2015
DOI: 10.1016/j.ijhydene.2015.06.003
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Sequential fermentative and phototrophic system for hydrogen production: An approach for Brazilian alcohol distillery wastewater

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Cited by 34 publications
(10 citation statements)
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“…The maximum amount of produced hydrogen (0.88 L H 2 /L medium ) was observed when 75% v/v WTL was introduced to the medium, which represented 70% of hydrogen production in standard medium (1.2 L H 2 /L from 7g glucose/L). Although four different distillery wastewaters were used in this study, only WTL gave This showed that not all distillery wastewaters are a good substrate for biohydrogen production, because they can contain toxic compounds such as phenols and melanoidins, which inhibit dark fermentative bacteria [17,20].…”
Section: Hydrogen Production In Dark Fermentationmentioning
confidence: 99%
See 1 more Smart Citation
“…The maximum amount of produced hydrogen (0.88 L H 2 /L medium ) was observed when 75% v/v WTL was introduced to the medium, which represented 70% of hydrogen production in standard medium (1.2 L H 2 /L from 7g glucose/L). Although four different distillery wastewaters were used in this study, only WTL gave This showed that not all distillery wastewaters are a good substrate for biohydrogen production, because they can contain toxic compounds such as phenols and melanoidins, which inhibit dark fermentative bacteria [17,20].…”
Section: Hydrogen Production In Dark Fermentationmentioning
confidence: 99%
“…These wastewaters originated from different stages of ethanol production based on wheat and maize. Many publications have presented the production of hydrogen from distillery wastewaters [17][18][19][20], but none have compared different types of distillery wastewaters. We would like to stress there have so far not been papers describing systems as mentioned above.…”
Section: Introductionmentioning
confidence: 99%
“…Diversos autores têm avaliado processos para obter maior rendimento dos gases hidrogênio (H 2 ) e metano (CH 4 ) (LEITE et al, 2015;REIS et al, 2015;LAZARO;SANTOS et al, 2014;BONOMI, 2015;FERRAZ JR. et al, 2014;POMPERMAYER;PAULA JR., 2000). Embora não reduza o alto teor de nutrientes, principalmente do potássio, a geração de energia proveniente da biodigestão da vinhaça é apresentada como alternativa para o seu tratamento no Brasil.…”
Section: Resíduos Da Cogeração De Energia Elétricaunclassified
“…eletrólise da água, reforma do CH 4 , gaseificação do carvão, dentre outros) requerem elevadas quantidades de energia, bem como na maioria dos casos (>90%) são utilizados combustíveis fósseis como matérias-primas, tais como o gás natural e o carvão (Bartels et al, 2010;Ghimire et al, 2015;Lazaro et al, 2015).…”
Section: Separação De Fasesunclassified