Substitute Natural Gas from Waste. Technical Assessment and Industrial Applications of Biochemical and Thermochemical Processes

Table of Contents

1. The role of waste and renewable gas to decarbonize the energy Sector 2. Waste as a feedstock: technical information and commercial Availability 3. Waste collection, sorting, and pretreatment 4. Storage and feedstock preparation 5. Anaerobic digestion: an engineered biological process 6. Organic waste streams upgrading for gasification process Optimization 7. Waste gasification processes for SNG production 8. Gas cleaning for waste applications (syngas cleaning for catalytic synthetic natural gas synthesis) 9. Methane Synthesis 10. Membranes utilization for biogas upgrading to synthetic natural gas 11. Methane from waste: thermal and biological technologies compared under a life cycle assessment perspective 12. Bio-synthetic natural gas for heating and transport applications: the UK case 13. Biomass anaerobic digestion and gasification in non-OECD countries-an overview 14. Scandinavian biogas sodertorn-Sweden 15. Production of biogas/bioSNG from anaerobic pretreatment of milk-processing wastewater 16. Examples of thermochemical and biological treatment technologies for sustainable waste management in China 17. The GoBiGas plant 18. The GoGreenGas case in the UK

Authors

Massimiliano Materazzi Research Fellow and Lecturer, University College London, UK. Massimiliano Materazzi is a Research Fellow of the Royal Academy of Engineering and lecturer of Fluid-particle-Systems and Sustainable Energy at University College London. He is also a Chartered Chemical Engineer and Fellow of the IChemE. Dr. Materazzi is a technology developer of advanced thermal processes for waste treatment and biofuel synthesis and has published several articles on peer-reviewed scientific journals and international patents. Pier Ugo Foscolo Professor, Department of Industrial Engineering, University of L'Aquila, Italy. Pier Ugo Foscolo is a Professor at the Department of Industrial Engineering of the University of L'Aquila, Italy. In his 40 years of experience in research about fluidization dynamics and chemical reaction engineering, he has been scientific coordinator of EU funded projects on gasification of biogenic feedstocks and syngas catalytic conditioning. He has also authored or co-authored more than 100 papers on peer reviewed scientific journals and several international patents. Professor Foscolo is co-author of the recent book Advanced Biomass Gasification: new concepts for efficiency increase and product flexibility, published by Elsevier in 2015, as well as member of the Working Party on Chemical Reaction Engineering of the European Federation of Chemical Engineering and member of AIChE.