“Chemistry makes the difference” Top sector Chemistry: catalyzing chemical innovations Jan-Hein Chrisstoffels Innovation Counsellor, Embassy of the Kingdom of the Netherlands, Tokyo 23 June 2015, Tokyo 1
Chemical industry Netherlands – #3 in Europe Shell Akzo-Nobel DSM Port of Rotterdam Teijin, Shin-Etsu , Exxon… University of Delft University of Twente University of Eindhoven
Top sectors in The Netherlands and the golden triangle 9 top sectors appointed by the government Areas of economic excellence of The Netherlands (ecosystems) With a production of 96 billion the chemical sector represents nearly 8 percent of the Dutch economy (CBS, 2012). The production and added value grow in the chemical sector clearly stronger than average in the Netherlands and the most of all top sectors Innovation expenses top sector Chemistry: approx 1.5 billion euro, 2nd after HTSM (5 Billion) Golden triangle model; stimulating PPPs through TKI premium 3
Topsector Chemistry – Visions innovation 4
Top sector Chemistry: Public Private Partnerships Innovation Structure of cooperation between Industrial and Knowledge partners • Successful for funding research projects • Governmental support in funding • Vehicle to tap into European funding • 5
Transition: towards one model for Partnership (with four main research themes) 2015 and beyond TKI BIOBASED Governance 6
TKI Chemistry: executive organization of the Top sector Chemistry 7
Partnerships are open to international players COMPANIES KNOWLEDGE INSTITUTES AFP Holland • • ECN Akzo Nobel • Albemarle • • NKI • Avantes • Pivot Park • Avantium • Avebe • TNO • Corbion • FBR • BASF • Danone • Dow UNIVERSITIES • Amsterdam • DSM • Delft • Friesland Campina • Lionix • Eindhoven • Micronit • Groningen Okklo • Strategy Board consists of the chairs Philips • • Leiden • Sabic and vice chairs of the Program Councils • Nijmegen • Rotterdam • Shell Synbra • • Twente Synthon • • Utrecht Unilever • Draft roadmaps: June 2015 • Wageningen 8
Top sector chemistry: Leading topics in Innovation • Chemistry of Life • Chemical Conversion, Process Technology & Synthesis • Chemical Nanotechnology & Devices • Chemistry of Advanced Materials 9
Chemistry of Life • Molecular entities, devices and approaches for understanding, monitoring and improving personalized health • Molecular entities, devices and approaches for understanding, monitoring and improving food security • Create a deeper understanding of the building blocks of life and developing enabling technologies 11
Dr Oliver May (DSM), chair Prof. Dr Arnold Driessen (RUG), vice chair Dr Robert van den Berg (TNO) Dr Marco Giuseppin (AVEBE) Prof. Dr Harry Gruppen (WUR) Dr Leendert Wesdorp (Unilever) Prof. Dr Albert Heck (UU) Prof. Claire Wyman (EUR) Prof. Dr Jan Knol (Danone) Prof. Dr Huib Ovaa (NKI) Prof. Dr Hermen Overkleeft (UL) Prof. Dr Stan van Boeckel (Pivot Park) Prof. Dr Martine Smit (VU) Dr Martin Wijsman (FrieslandCampina) Dr Daniel Zollinger (Okklo Life Sciences)
Chemical Conversion, Process Technology & Synthesis Ambition: complete the transition from our fossil resource dependent economy to a circular low-carbon economy that relies on sustainable and abundant resources: • Making Molecules Efficiently • Making Molecules from Biomass • Making Functional Molecules. Process intensification 14
Oil & Gas Biomass Solar fuels
Dr Eelco Vogt (Albemarle), chair Prof. Dr Hans Kuipers (TU/e), vice chair Dr Rinus Broxterman (DSM) Prof. Dr Gerrit Eggink (WUR) Dr Syuzanna Harutyunyan (RUG) Prof. Dr Emiel Hensen (TU/e) Dr Piet Huizenga (Shell) Ir. Peter Jansen (Corbion) Dr Ed de Jong (Avantium) Prof. Dr Bert Klein Gebbink (UU) Prof. Dr Mark van Loosdrecht (TUD) Prof. Dr Floris Rutjes (RUN) Drs. Martin Scheepers (ECN) Dr Robert Terörde (BASF) Dr Dirk Verdoes (TNO) Dr Ton Vries (Syncom)
Chemical Nanotechnology & Devices Roadmap with a focused and prioritized program comprising: ‐ (bio)sensors, ‐ micro/nanofluidics, ‐ flow-(micro)reactors, ‐ analytical technologies with ultimate (chemical, spatial & temporal) resolution ‐ third generation solar cells Microreactor for synthesis-on-chip 17
Artist’s impression of microengineered iPSC-derived blood vessel structure Solar cell roll to roll production Bio-active sensing
Ir. Benno Oderkerk (Avantes), chair Prof. Dr Albert van den Berg (UT), vice chair Prof. Dr Arian van Asten (NFI, UvA) Dr Marco Blom (Micronit) Prof. Dr Volker Hessel (TU/e) Prof. Dr Maarten Honing (DSM) Prof. Dr Michiel Kreutzer (TUD) Ir. Henk Leeuwis (LioniX) Dr Michiel Oderwald (TNO) Prof. Dr Menno Prins (Philips) Dr Bennie Reesink (BASF) Prof. Dr Alan Rowan (RU) Prof. Dr Karin Schroën (WUR)
Chemistry of Advanced Materials • Materials with added functionality. • Thin films and coatings • Materials for sustainability Self Healing Paint 20
Material selection chart as introduced by Michael Ashby, allowing the user to find the right material for the right job.
Prof. Dr Rolf van Benthem (DSM/TU/e), chair Prof. Dr Andries Meijerink (UU), vice chair Dr Keimpe van den Berg (AkzoNobel) Dr Pascal Buskens (TNO) Prof. Dr Jeroen Cornelissen (UT) Prof. Dr Theo Dingemans (TUD) Ir. Harold Gankema (AFP Holland) Dr Jacco van Haveren (FBR) Prof. Dr René Janssen (TU/e) Prof. Dr Katja Loos (RUG) Dr Jan Noordegraaf (Synbra Technology) Dr Matthijs Ruitenbeek (DOW) Dr Jaco Saurwalt (ECN) Dr Rolf Scherrenberg (SABIC)
Top sector Chemistry: Chemical Nanotechnology & Devices Catalyzing chemical innovations for a future tomorrow 23
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