EuChemS Vice President Floris Rutjes participates in a panel debate at SusChem Stakeholder Event

EuChemS Vice President Floris Rutjes participated in the SusChem Stakeholder Event, highlighting the importance of targeted EU funding for advancing innovation and sustainability in the chemical sector.
Chiara Capodacqua,
EuChemS

On 7 November 2024, EuChemS Vice President Floris Rutjes participated in a panel discussion at the SusChem Stakeholder Event in Brussels, focusing on “What are the Chemical Sector’s Needs for Future Funding Programs?”

The event brought together key stakeholders from the chemical industry, academia, research technology organisations (RTOs), SMEs, and EU institutions, with a focus on advancing sustainability and fostering collaboration within the sector. Rutjes, alongside other industry leaders, discussed the future of research, development, and innovation (R&D&I) in the chemical sector. The panel addressed strategies for enhancing EU competitiveness by meeting the sector’s evolving funding needs. Emphasis was placed on the importance of targeted investments, technological advancements, and multi-stakeholder partnerships to drive long-term growth and sustainability.

In addition to the panel, the event featured two workshops focused on shaping the future of SusChem (the European Technology Platform for Sustainable Chemistry). The first workshop explored how SusChem’s community can strengthen links between European and national levels, while the second session examined R&D&I needs within the chemical sector.

The event also offered valuable networking opportunities, allowing participants to share insights and discuss strategies for achieving sustainability goals and promoting a circular economy within the European chemical industry, underscoring the importance of continued dialogue between industry leaders, policymakers, and researchers. As the EU works to meet its climate goals and transition to a greener economy, initiatives like SusChem play a critical role in shaping the future of sustainable chemistry.

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