Dark fermentation (DF) is one of the most promising biological methods to produce bio-
hydrogen and other value added bio-products from carbohydrate-rich wastes and …

The increase in biofuel production by 2030, driven by the targets set at the 21st United
Nations Framework Convention on Climate Change (COP21), will promote an increase in …

The present study investigated the influence of the hydraulic retention time (HRT) in
temperature-phase anaerobic co-digestion (TPAcD) for methane production. The reactors …

Biological means of hydrogen (H 2) production has attracted tremendous research and
development attention. Dark fermentation provides a possible way of producing H 2 from a …

Despite the high prevalence of lactic acid bacteria in dark fermentation (DF) processes, their
ecological role is not yet completely elucidated, preventing their systematic use as “helpers” …

In a context of growing importance of alternative carbon-low hydrogen production methods,
this review addresses aspects of fermentative biohydrogen (bioH 2) production from juice …

This study evaluated a novel three-stage process devoted to the cascade production of
lactate, biohydrogen and methane from tequila vinasse (TV), with emphasis on attaining a …

Dark fermentation (DF) systems usually exploit bioH 2 production aiming to improve the
energetic potential (EP) of anaerobic digestion (AD) schemes. In the case of sulfate-rich …

Recent studies have revealed gaps related to the bed purpose in fixed-film reactors and its
influence on biohydrogen (bioH 2) evolution via dark fermentation, given the pivotal role of …

The study aims to evaluate the biogas production and quality from four biomasses
(microalgae (MB), sorghum (S), corn stubble (CS), rapeseed oil (RO)) in a digestion process …