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EUBCE 2026 - Manjola BANJA - Climate Performance of Methane Emissions from the EU27 Small Scale Heating Sector Across Bioenergy Pathways

Climate Performance of Methane Emissions from the EU27 Small Scale Heating Sector Across Bioenergy Pathways

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Biofuels and GHG implications

Climate Performance of Methane Emissions from the EU27 Small Scale Heating Sector Across Bioenergy Pathways

Short Introductive summary

Climate performance of methane emissions from the EU27 small scale heating sector across bioenergy pathways Methane is a key short-lived climate forcer that strongly shapes the near-term impact of bioenergy systems. This study quantifies the climate performance of methane emissions from the EU27 small-scale heating sector, comparing major bioenergy carriers and combustion technologies. Using the EDGAR inventory, methane intensities were assessed under both short- and long-term climate metrics. While most Member States still estimate methane emissions from biomass combustion using Tier 1 emission factors that do not distinguish between appliance types, this study introduces a technology-specific approach.

Presenter

Manjola BANJA

Joint research Centre, ITALY

Biographies and Short introductive summaries are supplied directly by presenters and are published here unedited


Co-authors:

M. Banja, Joint research Centre, Ispra, ITALY
M. Crippa, Joint research Centre, Ispra, ITALY
D. Guizzardi, Joint research Centre, Ispra, ITALY
M. Muntean, Joint research Centre, Ispra, ITALY
F. Pagani, Joint research Centre, Ispra, ITALY

Session reference: 2CV.10.13