Room: Auditorium
Date: Thursday, 27 June 2024
Time: 13:45 - 14:45 CEST
Session code 4DO.7
Optimising the biogas process
Carbon Footprint of Innovative Biomethane Production Pathways: The BIOMETHAVERSE Project
Short Introductive summary
With this work we provide a first assessment of the potential GHG emissions reduction achievable by the technologies developed within the Biomethaverse project (In-situ and Ex-Situ ElectroMethanoGenesis; Ex-situ Thermochemical/catalytic Methanation; Thermochemical/catalytic upgrading of biogas using renewable hydrogen; Ex-Situ Biological Methanation; Ex-Situ Syngas Biological methanation; In-situ Biological Methanation). The technologies considered are at the boundary between a biofuel and a Renewable Fuel of Non Biological Origin (RFNBO), and in some cases it will be extremely difficult to differentiate the amount of biomethane (produced with anaerobic digestion) and synthetic methane (RFNBO produced thanks to the provision of power or hydrogen). The methodology will therefore explore both the approaches defined for the in the recently published delegated acts for RFNBO and RCF, but also the methodology set in the Renewable Energy Directive for gaseous biofuels.
Presenter
Alessandro AGOSTINI
ENEA Research Centre, TERIN Dpt., ITALY
Presenter's biography
PhD Alessandro Agostini is an environmental scientist. He is currently Head of the Sustainability of Energy Technologies unit in the Energy Technologies and Renewables department (TERIN-STE) in ENEA. He has 25 years of experience in assessing the sustainability of energy technologies.
Biographies and Short introductive summaries are supplied directly by presenters and are published here unedited
Co-authors:
C. Carbone, ENEA, Rome, ITALY
A. Giaconia, ENEA, Rome, ITALY
C. Bassano, ENEA Research Centre, Rome, ITALY
G. Sacchi, Politecnico di Torino, ITALY
G. Papa, ENEA Research CentreEuropean Biogas Association, Brussels, BELGIUM
Session reference: 4DO.7.3