To enhance energy production from methane or resource recovery from digestate,
anaerobic digestion processes require advanced instrumentation and control tools. Over the …

The versatility of anaerobic digestion (AD) as an effective technology for solving central
challenges met in applied biotechnological industry and society has been documented in …

Over the last 40 years many different control methodologies for substrate feed control of
anaerobic digestion processes have been proposed in order to increase plant efficiency and …

Anaerobic digestion plants are highly efficient wastewater treatment processes with inherent
energy production. Despite these advantages, many industries are still reluctant to use them …

Advanced dynamic anaerobic digestion models, such as ADM1, require both detailed
organic matter characterisation and intimate knowledge of the involved metabolic pathways …

The continual generation and discharge of waste are currently considered two of the main
environmental problems worldwide. There are several waste management options that can …

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 …

Highlights•AD instability is a crucial operational challenge for biogas production.•Process
monitoring can provide stable and efficient biogas production.•Recent and effective AD …

Although anaerobic digestion (AD) is a rather mature technology, poor anaerobic digester
performance and system failure are still frequent around the world. Most of these problems …

High rate anaerobic treatment reactors are able to uncouple solids and liquid retention time,
resulting in high biomass concentrations. Principal advantages of anaerobic treatment …