Framework - project: <span>Biomass based energy intermediates boosting biofuel production</span>

BioBoost Navigator

The conversion technologies Fast Pyrolysis, Catalytic Pyrolysis and Hydrothermal Carbonisation studied in the BioBoost project apply a broad feedstock spectrum of lignocellulosic fuels from dry to wet. Suitable biomasses occur in various waste and residue …

BioBoost Geoportal

The Geoportal presents the analysis of the biomass potential in the EU-27 with their possible use for energy purposes. Estimates were made for spatial unit’s NUTS-3. The web application allows interactive browsing the spatial data …

BioBoost Logistic Model

The BioBoost project focusses on the de-central conversion of biomass to intermediate energy carriers which are subsequently processed in central plants. For the evaluation and optimization of the logistic processes in this scenario, a logistics …

Feedstock costs

The conversion technologies Fast Pyrolysis, Catalytic Pyrolysis and Hydrothermal Carbonisation studied in the BioBoost project apply a broad feedstock spectrum of lignocellulosic fuels from dry to wet. Suitable biomasses occur in various waste and residue …