Flow field design for zero-gap microbial electrolysis cells using synthetic and real wastewater

D Kim, N Yun, H Du, DAM Jimenez, R Rossi - Journal of Power Sources, 2025 - Elsevier
Increasing performance in microbial electrolysis cells (MECs) requires the development of
optimized reactor configurations with minimal internal resistance and capable to operate …

[HTML][HTML] Hydrogen production from wastewater using interdigitated printed electrode-based Single-Chamber microbial electrolysis cells

V Kumar, MP Behera, Y Lv, BP Kamarajan… - Materials & Design, 2024 - Elsevier
In the ever-increasing quest for alternative energy sources, hydrogen emerged as a
promising green option, but efficient and economical production and management have …

Enhancing energy recovery from expired rice wine via microbial electrolysis of supernatant and anaerobic digestion of concentrate after gravity settling

Y Choi, D Kim, J Cha, H Choi, G Baek, C Lee - Journal of Environmental …, 2024 - Elsevier
Makgeolli is a traditional Korean rice wine with a short shelf life, making the management of
expired makgeolli (EM) challenging. Meanwhile, its organic-and nutrient-rich nature renders …

Combining pre-fermentation and microbial electrolysis for efficient hydrogen production from food wastewater

J Cha, Y Choi, H Park, D Kim, G Baek, C Lee - Process Safety and …, 2024 - Elsevier
Energy-rich food wastewater (FWW) offers a sustainable feedstock for bioelectrochemical
hydrogen production. However, its complex characteristics and high suspended solids …

[HTML][HTML] Efficacious enrichment of butyrate-oxidizing exoelectrogens upgrades energy recovery in relevant bioelectrochemical systems

A Elreedy, D Härrer, R Ali, A Hille-Reichel… - … Technology & Innovation, 2024 - Elsevier
Energy recovery via bioelectrochemical systems (BESs) while treating organic wastes has
proven to be a promising technology. Organic waste hydrolysates are appealing feedstocks …