The COVID-19 pandemic has challenged our model of face-to-face meetings. To adapt to the current situation, the Executive Committee has decided to transform the 28th European Biomass Conference and Exhibition in Marseille into a fully virtual meeting.
The virtual meeting will take place between 6 – 9 July 2020. Virtual sessions will allow for live interaction and will be available on-demand, for registered participants, in the weeks following the event.
We are absolutely convinced that e-EUBCE will prove to be as always an excellent tool for celebrating innovation and sharing best practices for our mutual social and economic development.
Join the debate – join the live discussions from all over the world
Network with your colleagues – browse the list of participants and click on their name to contact them
Visit the virtual exhibition hall – a journey through the exhibition booths where you can choose to explore any of the displayed material and information
Publish your research – in the Scopus indexed Conference proceedings and in the Peer Review publications
2 months of on demand access – to the platform after the event
Ready to Register...
It is our goal that this virtual, online-only event will continue to meet the needs of the biomass community and to ensure fruitful future support for the research and professional communities.
The EUBCE is working hard to make this online platform a relevant and effective communication channel, with positive effects reaching far beyond the event.
You can register today.
Why exhibit or sponsor?
Join the world’s first virtual exhibition specifically for the biomass and bioeconomy sector
Reach and engage potential worldwide customers across the globe to demonstrate your expertise and showcase your services to a global audience
Greater ROI with detailed data capture and attendee analytics ideal for “genuine” lead generation
Flexibility to manage your booth presence 24/7 in real time choosing either to operate in live or unattended mode, ensuring you never miss a delegate
Cost per lead is significantly lower than a conventional event
