Task 43: Biomass Supply in a Nature Positive Circular Economy
Task 43 Publications
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Integrating bio-hubs in biomass supply chains: Insights from a systematic literature review
Apr 2025Integrating bio-hubs enhances sustainability and economic viability of bioenergy projects by improving resource utilization, reducing transportation emissions, and promoting local economic growth, though challenges related to land availability and biomass seasonality must be effectively managed. Read the report here
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Integration of Agricultural and Municipal Solid Waste in Biohubs in Canada
Apr 2025Canada’s dedication to transitioning to a low-carbon economy is essential in addressing the urgent challenges posed by global climate change and fulfilling international commitments to combat global warming. This shift not only tackles environmental issues but also aims to establish a sustainable economic framework that promotes innovation, job creation, and the advancement of the alternative […]
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Business Model for Bio-hubs in Canada and Australia
Apr 2025The International Energy Agency (IEA) Bioenergy Technology Collaboration Programme, under Task 43 (Sustainable Biomass Supply Integration for Bioenergy within the Broader Bioeconomy), aims to identify strategies to improve supply chain efficiencies of sustainably sourced biomass. In the previous triennium, IEA Bioenergy Task 43 implemented two SWOT analyses on comparing biomass supply via bio-hubs against the […]
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Residual biomass fuel projections for New Zealand; 2024 – Indicative availability by region and source TR2024-03
Oct 2024The goal of this report and the accompanying tables is to describe the woody biomass residue resources in New Zealand by volume, type, energy content, and region over time from 2024 to 2053 (~30 years). The focus is on existing resources derived from established forests, processing, residue streams etc. The estimated delivered costs of biomass […]
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Wildfire Resilience and Biomass Supply TR2024-02
Aug 2024The intensified fire season of 2023 in Canada and other countries necessitates urgent efforts to promote wildfire resilience while facilitating a sustainable and reliable biomass supply. Wildfire management involves prevention and mitigation treatments such as thinning, as well as post-fire harvest activities including the sustainable extraction of biomass from affected areas. However, the complexities and […]
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Environmental Sustainability Studies of Biohub Archetypes – A report for the IEA Bioenergy Intertask Project on Biohubs TR2024-01
Jan 2024TR2024-01
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Identifying key quality characteristics of woody biomass for bioenergy application: an international review
Jan 2024Access to published manuscript Summary Report
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Workshop Presentations: Wildfire Resilience and Biomass Supply (TR2023-05)
Oct 2023Dr. Yan Boulanger (NRCan, Canadian Forest Service): Climate Change Impacts on Wildfires on the Forest Sector in Quebec Dr. Cyriac Mvolo, Dr. Christian Hébert & Dr. Isabelle Duchesne (NRCan, Canadian Forest Service): Post-Fire Salvage Logging in Canada: Assessing the Economic Value of Burnt Trees for Different Industrial Sectors Sylvain Volpe (FPInnovations): Biomass Potential from Canadian […]
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Comparison of possible supply chains for forestry derived biomass for bioenergy in New Zealand TR2023-04
Oct 2023TR2023-04
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