Neste Veturi R&D program

Innovation Pit Stop - Neste Veturi Final Event
Neste has been hosting an Innovation Pit Stop event to celebrate the joint achievements of the Neste Veturi program, which focused on developing scalable raw materials and technology solutions over the past 5 years for mitigating climate change and accelerating a shift to a circular economy. The event highlighted the importance of collaboration and provided opportunities for networking and future partnerships.
Thank you for your participation!
Agenda
Ready, set, go - Opening words, safety and agenda
Neste Veturi Journey - Teija Laitinen, Neste (download PDF)
Neste Veturi Impact - Lars Peter Lindfors, Neste (download PDF)
Powering Decarbonisation: Fueling Sustainable Backup Power for Data Centers - Michael Stipa, Rolls-Royce Solutions (download PDF)
The Tectonic Shifts that are Shaping our Tomorrow - Sari Arho Havrén, Business Finland
Fueling break- Coffee, snacks and networking
Highlights from Neste Veturi program:
Lignocellulose: Significant progress towards unlocking a vast new feedstock pool, Juha-Erkki Nieminen, Neste (download PDF)
Neste Veturi Journey RH2 and PtX, Outi Ervasti, Neste (download PDF)
Scaling Waste Plastics Chemical Recycling from Lab to Commercial Reality, Jarmo Kela, Neste (download PDF)
Highlights of the ecosystem projects:
GreenAro - Sustainable Routes to Green Aromatics, Professor Juha Lehtonen VTT (download PDF)
e-propane - Proof of concept for a direct CO2-to-propane conversion via genetically engineered microbes, Associate professor Silvan Scheller University of Aalto (download PDF)
HUG - Hydrogen Underground, Senior scientist Pasi Valkokari VTT (download PDF)
Bio4All - from biomass residues through liquefaction to fuels, Research scientist Elmeri Pienihäkkinen VTT (download PDF)
FinBioFAB - The Finnish BioFoundry for Advanced biomanufacturing, Research professor Yvonne Nygård VTT (download PDF)
Driving forward
Meet & mingle with the drivers (of change) - Networking cocktail with thematic discussions
Neste Veturi tackling climate crisis: Novel sustainable & scalable solutions for transportation and chemicals
Neste is targeting to become a global leader in renewable and circular solutions. Our innovation activities focus on renewing the existing businesses and developing new raw materials and technology solutions for transportation fuels as well as chemicals and polymers..
In the Neste Veturi R&D program we develop sustainable fuels and chemicals from renewable and circular raw materials that have been difficult to utilize so far. New solutions decrease the use of crude oil and tackle climate change. Focus areas of Neste Veturi include:
forestry residues
municipal solid waste
microalgae
liquefied waste plastics
carbon dioxide and hydrogen
novel vegetable oils
catalysis
The development work is supported by Business Finland. Veturi instrument of Business Finland aims to increase research, development and innovation (RDI) in Finland very significantly by supporting leading companies to develop new business and build RDI ecosystems. More information on the Veturi instrument can be found here.
Call for collaboration
Development of new solutions enables collaboration and Neste works closely with companies, research institutes and universities. We are looking for curious-minded research partners to co-develop fuels and chemicals from scalable renewable and circular raw materials with us. The collaboration can be realized in the form of e.g. bilateral collaboration or consortium research.
We are happy to share with you the overview of the Neste Veturi R&D program including also the topics where R&D collaboration is looked for.
Join us in creating a healthier planet for our children!
We are happy to collaborate! Please contact us if you have ideas on any R&D collaboration, questions or other inquiries related to the Neste Veturi topics.
For more information, please contact:
We are actively co-developing new solutions with our partners in the following Veturi ecosystem R&D projects:

Other projects:
1) SugarCatalyst: Catalytic conversion of lignosugars to chemicals and fuels, 2) CO2 capture: Direct and reversible CO2 capture from air using superbases
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