In situ biomethanation is an efficient technology that converts carbon dioxide (CO 2 ) in biogas into methane (CH 4 ) using hydrogen (H 2 ). However, high ammonia con
Food waste contains numerous easily degradable components, and anaerobic digestion is prone to acidification and instability. This work aimed to investigate the effect of adding yeast on biogas produc
Anaerobic digestion (AD) represents a high-efficiency approach for resource recovery from organic wastewater. The metabolic imbalance between different anaerobic microorganisms is the key limiting fac
batch tests were conducted in this study with the same pruning of green leaves concentration to clarify the role of GAC in enhancing anaerobic fermentation. The main objective of this research was to
In this study, the biomethane potential and prokaryotic community structure in the anaerobic digestion of swine manure under various ammonium concentrations were investigated using Miseq sequencing te
