Increased generation of food waste (FW) poses significant risks to the social environment,
and therefore it is critical that efficient technology be developed for effective waste …

To enhance hydrogen production efficiency and energy recovery, a sequential dark
fermentation and microbial electrochemical cell (MEC) process was evaluated for hydrogen …

The use of liquid fraction of pressed municipal solid waste (LPW) for hydrogen production
was evaluated via electrohydrogenesis in a single-chamber microbial electrolysis cell …

This study determined the effect of incorporating a microbial electrolysis cell (MEC) with an
anaerobic digester (AD) in a single chamber. The study evaluated three treatments: a …

To enhance hydrogen recovery from high-solid waste activated sludge (WAS), microbial
electrolysis cells (MECs) were used as an efficient device. The effects of WAS …

A novel bio-electrohydrolysis system (BEH) based on self-inducing electrogenic activity was
designed as a pretreatment device to enhance biohydrogen (H 2) production efficiency of …

In the process of fermentative bio-hydrogen production, organic matter is degraded into
volatile fatty acids and ethanol, and consequently thermodynamic constraints prevent the …

Cascade conversion methods are required to treat waste sludge (WAS) targeting at
abundant biomass embedded in its cells and extracellular polymer. Two limiting factors have …

The effects of microbial electrolysis cell (MEC) integration stage on two-stage anaerobic
digestion (TSAD) of food waste (FW) were studied via semi-continuous experiments. The …

To enhance resource recovery from food waste (FW), a semi-continuous experiment was
conducted to study simultaneous biohythane and volatile fatty acids (VFAs) production from …