H 2 production by dark fermentation using mixed cultures has been studied intensively
during the last two decades, and its feasibility has been demonstrated. Different substrates …

Anaerobic digestion (AD) is a multipurpose technology. One of the AD outcomes is biogas
that can be used to supply a local thermal demand, electricity generation or upgraded to fuel …

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 …

Recently, hydrogen gas is becoming the most prominent alternative fuel due to its clean and
environment-friendly nature. It only delivers water as a waste product during the operation …

The foreseeable increase of bioethanol production by distilleries will inevitably lead to an
important increase in production of the associated effluent, namely vinasse. Due to its high …

The contribution and insights of the immobilization technology in the recent years with
regards to the generation of (bio) hydrogen via dark fermentation have been reviewed. The …

Abstract pH is notably known as the main variable defining distinct metabolic pathways
during sugarcane vinasse dark fermentation. However, different alkalinizing (eg sodium …

An innovative application of the anaerobic structured-bed reactor (AnSTBR) in thermophilic
dark fermentation of sugarcane vinasse targeting biohydrogen (bioH 2) production was …

This study aimed to better understand the role of different microbial groups and the
determining fermentation pathways in a biohydrogen (bioH 2)-producing reactor fed with …

The major wastewater of ethanol production plants from sugarcane, ie, vinasse, is a severe
environmental pollutant and challenges sustainable cane-based biofuel production. The …