Biogas production is a well-established technology primarily for the generation of renewable
energy and also for the valorization of organic residues. Biogas is the end product of a …

Biogas plants can effectively treat organic wastes from various sources and recover energy
from biomass for commercial use. However, anaerobic digestion (AD) can suffer from …

Exposure of a small amount of oxygen/air (microaeration) has been reported to benefit the
anaerobic digestion (AD) process in enhancing hydrolysis, improving methane yield …

Anaerobic co-digestion (AcoD) offers several merits such as better digestibility and process
stability while enhancing methane yield due to synergistic effects. Operation of an efficient …

Food waste (FW) is rich in biomass energy, and increasing numbers of national programs
are being established to recover energy from FW using anaerobic digestion (AD). However …

Short-chain fatty acid (SCFA) degradation is an important process in methanogenic
ecosystems, and is usually catalyzed by SCFA-oxidizing bacteria in syntrophy with …

Anaerobic digestion enables waste (water) treatment and energy production in the form of
biogas. The successful implementation of this process has lead to an increasing interest …

Anaerobic digestion (AD) is an appropriate process for bio-energy (biogas) production from
waste and wastewater receiving a high level of attention at both academic and industrial …

Anaerobic digestion has received significant attention in recent years due to dual benefits of
waste diversion from landfill and bioenergy recovery. Among various temperature regimes …

Anaerobic digestion is widely used for the treatment of wastewater for its low costs and
bioenergy production, but the performances of anaerobic digestion often need improving in …