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New Frontiers in Anaerobic Digestion (AD) Processes
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This Special Issue explores recent developments and advanced concepts related to the valorisation of organic wastes and other biomass through the application of anaerobic digestion (AD). Biological phenomena, the efficiency of the AD process, the viability of full-scale AD installations, the integration of hydrogen and biomethane concepts, and biorefineries are some of the themes covered. While AD is addressed under different perspectives, the results all strengthen AD to fulfil its important role as a sustainable and highly versatile technology. Further research and development needs are also presented.
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Keywords
- agricultural waste
- agricultural wastes
- ambient temperature
- ammonia
- anaerobic digestion
- anaerobic digestion costs
- anaerobic membrane bioreactors
- batch test
- biobased products
- biochemical methane potential
- bioenergy potential
- biogas
- biogas production
- biogas upgrading
- biogas yield models
- Biohydrogen
- biomethanation
- biomethane
- biomethane potential
- biomethane production
- black soldier fly
- BMP tests
- Brexit
- cattle manure
- citrus industry
- CO2 biomethanisation
- CO2 partial pressure
- counter-ions
- crop material
- CSTR digestion
- decision trees
- deep learning
- economic viability
- energy crops
- Energy security
- Environmental science, engineering & technology
- feed-in tariff
- gas–liquid mass transfer
- Gaussian process
- Hermetia illucens
- History of engineering & technology
- Hydrogen
- hydrothermal pretreatment
- in-situ
- in-situ biomethanisation
- industrial solid citrus waste
- Inhibition
- insect frass
- kinetics
- mean cell residence time
- membrane fouling
- Membrane separation
- Methane
- methane yield
- mixed matrix membranes
- n/a
- Nutrients
- pH change
- Polyhydroxyalkanoates
- power-to-gas
- Proteins
- RBP test
- régression
- renewable heat incentive
- salts
- soft sensor
- Technology, engineering, agriculture
- Technology: general issues
- thermal rearrangement
- UK policy
- United Kingdom policy
- upgrading technologies
- volatile fatty acids
- wastewater treatment
- wheat straw
Links
DOI: 10.3390/books978-3-0365-7998-6Editions