The path to climate-neutral aviation by 2050 hinges on the rapid development and scaling of sustainable fuels and chemicals. This year, the 34th European Biomass Conference and Exhibition (EUBCE 2026) in The Hague, served as a critical convergence point for the researchers, policy-makers, and industry leaders driving the global bioeconomy forward. Because scaling low-carbon industrial solutions requires turning innovative concepts into tangible infrastructure, this event was the perfect forum to address the technical hurdles of next-generation bio-based fuels and chemicals.
Recently, Microinnova reached a major milestone in this effort by designing, constructing, and delivering a state-of-the-art turnkey continuous flow processing facility for SAF research to the Technical University of Leoben, spanning an entire university building. This pilot plant is engineered to accelerate the development of low-carbon aviation fuels, providing researchers with the robust, flexible continuous process technology required to scale these critical operations efficiently. Our work with TU Leoben highlights the concrete progress and real-world engineering needed to make sustainable aviation a reality.
Microinnova’s presentation on “Future Manufacturing Plant Design for SAF and other Molecules: Digital, Autonomous, Flexible and Cost Efficient” was a great starting point for discussions to realize innovative processes based on biomass using modular plant technology or bespoke plants. The demand for these kinds of plants is high to move towards a sustainable future.
If you didn’t catch us at the event, reach out here.