“Intelligent Future Forestry” (iFF)

This project aims to develop a proof-of-concept for a climate-adaptive forestry model that integrates Continuous Cover Forestry and Mixed Forestry with autonomous biomass collection and valorization of forest residues through a biorefinery concept.

The collaboration between LTU’s Biochemical Process Engineering and Machine Design groups will investigate how residual biomass from mixed forest management activities—such as bark, branches, and small-diameter wood typically left unused after logging or thinning—can be selectively collected and converted into high-value bio-based products, including biomaterials, biofuels, and platform chemicals. The Machine Design group will develop a simulation framework for autonomous systems operating in uneven-aged, mixed-species forests, while the Biochemical Process Engineering group will perform lab-scale experiments on biomass conversion. The outcomes will serve as a foundation for future cross-disciplinary research and funding proposals in sustainable forestry and circular bioeconomy. It directly supports SUN’s mission to promote innovative natural resource use for sustainability transitions and strengthens LTU’s contribution to climate-resilient forestry research.