Core contributor to URBIOFIN (MSW to bioethanol/bioethylene/PHA) and DEEP PURPLE (urban bio-waste to biopolymers and fertilizers).
FUNDACION UNIVERSIDAD DE VALLADOLID
Spanish university foundation channelling University of Valladolid expertise into urban-waste biorefineries, bioplastics and nutrient recovery for industrial H2020 demonstrators.
Their core work
The Fundacion Universidad de Valladolid is the research-management arm of the University of Valladolid, channeling academic expertise into applied industrial projects. In its H2020 work it has contributed process-engineering and bioprocess knowledge to biorefinery demonstrations that turn municipal solid waste and urban bio-waste into bioethanol, biopolymers (PHA), volatile fatty acids, biomethane and fertilizers. They operate at the laboratory-to-pilot interface, helping industrial consortia design, test and scale waste-valorisation processes at semi-industrial scale. Their value lies in rigorous process know-how combined with access to university infrastructure and researchers.
What they specialise in
URBIOFIN and DEEP PURPLE both target volatile fatty acid, PHA and biomethane production from mixed organic waste streams.
Phosphorus recovery and fertilizer production feature in DEEP PURPLE; biofertiliser output is part of URBIOFIN.
Contribution to CoPro on improved coordination and efficiency of production in process industries.
URBIOFIN explicitly demonstrates an integrated biorefinery at semi-industrial scale, the type of step-change they support.
How they've shifted over time
With only three H2020 projects, the trajectory is short but consistent: an early foothold in process-industry efficiency (CoPro, 2016) broadened into waste-based biorefineries from 2017 onwards. URBIOFIN (2017) brought in municipal solid waste, bioethanol and PHA, while DEEP PURPLE (2019) deepened the focus on photobiorefineries, biopolymers and nutrient recovery from sewage. The direction is clearly toward circular-economy bioprocessing of urban waste rather than generic process efficiency.
They are moving deeper into integrated urban-waste biorefineries and nutrient recovery, making them a sensible partner for circular-economy and waste-to-product consortia rather than for classic industrial automation work.
How they like to work
In H2020 they appear exclusively as a third party — the affiliated foundation through which University of Valladolid researchers are attached to larger industrial consortia rather than as a direct beneficiary. They have worked across 55 partners in 13 countries, which suggests a hub-style presence inside sizeable, industry-led demonstration projects. Expect them to act as an academic contributor embedded in a larger team, not as the lead organiser.
They have touched a relatively wide network — 55 unique partners across 13 countries — through just three demonstration projects, indicating participation in large pan-European consortia. Spanish coordination is likely, but collaborators span Western and Southern Europe.
What sets them apart
Valladolid has a strong Spanish tradition in chemical and environmental engineering, and this foundation is the channel that plugs those university groups into industrial H2020 demonstrations. Unlike standalone research institutes, they come packaged with university labs, doctoral researchers and regional industrial links in Castilla y León. For a consortium needing a credible academic partner on urban-waste valorisation or bioprocess scale-up in Spain, they are a natural first call.
Highlights from their portfolio
- URBIOFINFlagship semi-industrial demonstration of a biorefinery that turns municipal solid waste into bioethanol, bioethylene, PHA, biomethane and biofertiliser — the clearest showcase of their waste-to-product expertise.
- DEEP PURPLEAmbitious photobiorefinery project converting diluted urban bio-wastes and sewage into biopolymers, fertilizers and chemical precursors, showing a move into purple-bacteria and nutrient-recovery technologies.
- CoProTheir only non-biorefinery project, linking them to process-industry coordination and efficiency — a useful bridge for partners needing both bioprocess and industrial optimisation know-how.