The preliminary results of a yet-to-be-published study suggest that the utilization of forest residues for bioenergy in Europe will have a positive climate effect until 2050. The report takes into account the fact that these residues would otherwise be left in the forests and would decay. Taking into consideration decay shows that bioenergy from forest residues is not only carbon neutral but has a substantial positive effect in terms of climate protection.
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The yet-to-be-published study assessing the greenhouse gas (GHG) effects of bioenergy use from forest residues, is being conducted by Professor Hubert Röder, Chair for Sustainable Business Economics, Hochschule Weihenstephan-Triesdorf (HSWT) / TUM Campus Straubing) in Germany.
The full results of the study are expected to be published in early 2023.
Forest residues include all harvesting residues and natural losses due to mortality, insects, and storms, excluding residues in the soil (roots and stumps) or in leaf and needle litter.
This low-quality wood, containing both coarse and fine woody debris, is not suitable for other uses in the wood industry.
Offers a win-win-win scenario
Preliminary results from the study suggest that by using these forest residues for forest chips for bioenergy in Europe, approximately 5.6 billion tonnes of carbon dioxide equivalent (CO2eq) can be avoided cumulatively from 2020 to 2050 while safeguarding biodiversity and forest health.
This amount of savings from using residues is eight times the emissions of road transport in the EU27 in 2020.
The calculation is based on the use of forest residue chips in Europe, which would avoid 2.8 billion tonnes of CO2eq by 2050, using residues equal to 10 percent of the growing stock left in the forest to safeguard biodiversity.
The utilization of forest residues offers a win-win-win scenario because it delivers a positive contribution to the energy transition, climate protection, and biodiversity.
Therefore, it should be classified as eligible for state funding in Europe.
There is still big potential in using primary woody biomass for energy. It is mainly a by-product of smart and sustainable forest management that aimed to produce high-quality timber. If the residues are not used they will rot in the forest – without replacing fossil fuels and creating income from sustainable forest management practices. In other words, this is a lose-lose-lose situation for the energy transition, the transition to climate-resilient forests, and climate change mitigation, commented Professor Hubert Röder, author of the study.
The results of the study further highlight the synergies with negative emissions technologies like bioenergy with carbon capture and storage (BECCS) or biochar, as well as with hydrogen.
Such additional benefits open the door for future smart climate and energy-friendly projects in the medium term.
We are in both an energy and a climate crisis at the same time that millions of tonnes of forest residues decay in our forests and function as breeding material for bark beetles and as tinder for forest fires. Forest residues could instead replace fossil fuels! The longer the phase-out of fossil fuels is held back, the lower the chances for becoming climate-neutral by 2050. The use of forest residues is an integral part of sustainable forest management – helping to maintain the high level of stored carbon in our forests and acting as the main renewable energy source of Europe, said Christoph Pfemeter, President of Bioenergy Europe.
