Three early-career researchers have joined the C1_QSPR project, bringing expertise in catalyst modelling, synthesis and experimental validation. Their work supports the development of QSPR-based tools to predict catalyst performance and accelerate polymer innovation.
CASAFA explores how deep learning and GPC-IR analysis can help predict fouling in polyolefin reactors — before it impacts performance. A new step towards smarter, more stable polymer production.
At Nationaal Chemisch Erfgoed 2025, DPI CTO Rein Borggreve made a compelling case for long-term investment in research and innovation.
Prof. Dr. Costantino Creton, our esteemed Scientific Advisor, received the 2025 Medema PTN Lecture Award.
In June, the DPI community came together for the Spring Meeting 2025, the first edition under our renewed way of working.
Ronald Korstanje now leads the Circular Plastics Initiative (CPI) from ISPT. Though no longer part of DPI, we continue working closely together to advance large-scale circular solutions for plastics.
A €23 million pilot project led by industry and academia aims to scale up BioBTX’s ICCP technology, converting plastic waste and biomass into circular chemical building blocks.
Together with DPI, Teijin Aramid achieved a major breakthrough in aramid fibre performance. Fundamental research provided deep molecular insights that led to stronger, more durable materials.
Developing predictive models for C1-symmetric catalysts to improve catalyst selection in ethylene copolymerisation.
Dr. Maximilian Werny receives the DPI Golden Thesis Award 2024 for his outstanding research on olefin polymerization catalysts, bridging fundamental science and industrial application.