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EUBCE 2026 - Wolfdietrich PEIKER - Availability of Residual Biomass in Developing Countries for Renewable Energies and Negative Emissions

Availability of Residual Biomass in Developing Countries for Renewable Energies and Negative Emissions

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Biomass supply from agriculture, forestry, and sustainable cropping systems

Availability of Residual Biomass in Developing Countries for Renewable Energies and Negative Emissions

Short Introductive summary

Solid residual biomass is suitable for various climate protection applications that are essential for achieving the 1.5-degree target. This raises the question of how much residual biomass is actually available for climate protection. To date, no quantitative analysis using comprehensive criteria for environmental and social compatibility exists. This study addresses that gap. In order to operationalise the concept of sustainability, the study derives a set of criteria from the United Nations Sustainable Development Goals. The empirical section consists of two parts: in the first part, we apply those criteria to different types of solid residual biomass in a general qualitative assessment. In the second part, we use interviews conducted by ourselves and external studies to estimate quantities of sustainable biomass, creating a comprehensive quantitative structure for numerous countries of the Global South and types of residues. Our analysis finds that 420 million tonnes of this residual biomass can be used in an environmentally and socially responsible manner.

Presenter

Moderator portrait

Wolfdietrich PEIKER

atmosfair, GERMANY

Presenter's biography

Wolfdietrich Peiker studied geography at Humboldt University of Berlin and did a PhD in economic geography afterwards. Now, he is working for the German climate action NGO atmosfair where he conducted a comprehensive study on sustainable biomass residues in the Global South.

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


Co-authors:

W. Peiker, atmosfair, Berlin, GERMANY
D. Brockhagen, atmosfair, Berlin, GERMANY

Session reference: 1BV.4.24