Core theme across ETIP Bioenergy-SABS, ETIP-B-SABS 2, Heat-To-Fuel, BIOFIT, and BRISK II — covering bioenergy policy platforms, biorefinery processes, and retrofitting.
BEST - BIOENERGY AND SUSTAINABLE TECHNOLOGIES GMBH
Austrian bioenergy research SME specializing in biomass conversion, biorefinery technologies, and renewable heat integration for industrial processes.
Their core work
BEST is an Austrian research centre specializing in bioenergy conversion technologies, biomass processing, and the integration of renewable heat into industrial processes. They develop and test biorefinery concepts — converting organic waste streams into advanced biofuels — and work on solar thermal solutions for industrial applications, particularly in the food and agro-processing sectors. As an SME-classified research organization, they bridge the gap between laboratory research and industrial-scale deployment of sustainable energy technologies.
What they specialise in
Heat-To-Fuel focuses on combining hydrothermal liquefaction and Fischer-Tropsch synthesis; BIOFIT addresses retrofitting existing industrial sites for bioenergy.
SHIP2FAIR targets solar heat for industrial processes in the food and agro-food sector, with expertise in thermoeconomic analysis and process control.
ROMEO project focused on reactor optimization through membrane-enhanced operation, indicating competence in advanced chemical engineering.
BRISK II — their largest funded project (EUR 763K) — provides shared research infrastructure for biofuels testing and knowledge exchange across Europe.
How they've shifted over time
BEST's early H2020 involvement (2015–2016) centered on membrane reactor optimization and bioenergy policy coordination through the European Technology and Innovation Platform. From 2017 onward, their work shifted toward applied industrial integration — biorefinery waste-to-fuel conversion, solar thermal for food processing, and retrofitting existing plants for bioenergy. This trajectory shows a clear move from foundational research and policy engagement toward practical deployment of renewable energy in industrial settings.
BEST is moving from bioenergy research toward applied integration of renewable heat in food, agro-industry, and industrial retrofitting — expect them to seek partners with manufacturing and process engineering capabilities.
How they like to work
BEST operates exclusively as a project participant — they have not coordinated any of their seven H2020 projects, suggesting they contribute specialized technical expertise rather than leading consortium management. With 72 unique partners across 18 countries, they maintain a broad and diverse European network, indicating openness to new collaborations. Their mix of Coordination and Support Actions (3) alongside Research and Innovation Actions (3) shows they are comfortable in both technical delivery and strategic coordination roles within larger teams.
BEST has built a wide network of 72 unique partners across 18 countries, reflecting strong pan-European connectivity. Their Austrian base and energy-sector focus likely connect them closely to Central and Western European research and industrial clusters.
What sets them apart
BEST combines bioenergy expertise with practical industrial process integration — a relatively rare combination that lets them work across the full chain from biomass conversion to factory-floor heat supply. Their involvement in both EU-level bioenergy platforms (ETIP) and hands-on technology projects (SHIP2FAIR, BIOFIT) means they understand both the policy landscape and the engineering realities. For consortium builders, they offer a technically competent Austrian partner with deep bioenergy credentials and growing capability in renewable industrial heat.
Highlights from their portfolio
- BRISK IILargest single funding (EUR 763K) — a major European research infrastructure project for biofuels knowledge sharing, indicating BEST's role as a recognized infrastructure contributor.
- SHIP2FAIRRepresents BEST's strategic expansion into solar thermal for the agro-food sector, combining renewable energy with industrial process optimization.
- Heat-To-FuelAmbitious biorefinery concept combining hydrothermal liquefaction and Fischer-Tropsch synthesis to convert organic waste into second-generation biofuels.