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 …

Biohydrogen production from industrial wastewater has been a focus of interest in recent
years. The in depth knowledge in lab scale parameters and emerging strategies are needed …

This two-phase, two-stage study analyzed production of biohydrogen and volatile fatty acids
by acidogenic fermentation of brewery spent grains. Phase-1 served to optimize the effect of …

The present study assessed the efficiency of utilizing mixed culture bacteria (MCB)
incorporated with individual nanoparticles (NPs), ie, hematite (α-Fe 2 O 3), nickel oxide …

Solid waste and wastewater from citrus processing are potential raw materials for obtaining
biofuels; however, the alternative of co-fermentation of these substrates has not been …

Biochar has been shown to benefit fermentative hydrogen production. However, the
influencing factors and key characteristics of its promoting function remained to be …

Using the right start-up strategy can be vital for successful hydrogen production from
thermophilic dark fermentation (55° C), but it needs to be affordable. Hence, three start-up …

By-products from sugarcane mills have a considerable energy potential, and therefore have
been studied aiming to generate biogas emphasising biohydrogen (bioH 2). Sugarcane …

Micro (nano) plastics is an emerging contaminant in wastewater that has showed significant
impacts on various biological treatment processes. Nevertheless, the underlying effects of …

The world's energy consumption is continuously increasing in developing and industrialized
nations. However, the rapid depletion of fossil fuels and climate change issues has directed …