Hoe ontwikkel je een regionale economy?

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2 Hoe ontwikkel je een regionale economy? Model van 5 elementen Excellent Science World leading and accessible positions in sciences People make the difference Attracting world class scientists and talented students Unique Technology Platforms/Infrastructure Providing scientists excellent and unique R&D infrastructure Driven by global challenges and industry needs Challenges from industry within the context of the global challenges Transfer knowledge into value With focus on business by valorization & well developed startup ecosystem 2

3 Bright Future Cross-Overs Agri-food Materialen Moleculaire Engineering Biomedical Materials Regenerative Medicine Biobased Materials Health Smart Services Big Data Information - Intelligence Servitization Bright Design Partners: Government Knowledge Institute Industry Triple Helix Approach 3

4 Open Innovation Campus (20 ha) 74 companies/knowledge institutes 1700 employees (end 2015) Managed by bv/ Vastgoed cv Shareholders: Province of Limburg, DSM (NL) and Maastricht University Chemelot Industrial Park Industry Park (800 ha) 77 companies 4900 employees Managed by DSM (NL) 7 MISSIE Bijdragen aan wereldwijde uitdagingen via versterking van regionale kennis- en maakeconomie, internationale concurrentiekracht en innovatievermogen, alsmede de groei van directe en indirecte banen. Daarvoor creëren wij een omgeving waarin mensen kunnen excelleren. VISIE wordt internationaal gezien als de place to be waar de combinatie van unieke kennis van onze mensen op het gebied van performance materialen en chemie, zorgt voor mondiale doorbraken en oplossingen op het gebied van duurzaamheid en gezondheid. AMBITIE Het realiseren van een wereldwijde reputatie als open innovatie ecosysteem voor toptalent en topindustrie met 2900 kenniswerkers en 1000 studenten in 2023 op 4

5 Bright Design of Campus (Buck Model) 5

6 Presence of knowledge-based organizations Corporates Startups Isobionics Biotechnology SMEs Education Partners Scientific Centers Bright Design of Campus 6

7 R&D FACILITIES Real Estate Center Court Central Facilities/Multi Tenant Start H Completion summer m2 central facilities, offices & labs 52 M (subsidies ca. 12 M ) 14 7

8 Pilot- and miniplants Pilot plants: Knowledge -> valorisation Strong position: permits, utilities Projects: Multipurpose pilotplants Biobased Clean room facilities Additive Manufacturing (3D printing) Central gas purification unit (polyolefins) 15 Biobased 2015 pilot 2015/6 Center Court 2015/6 DSM 2014 Starters Facility Pilot Area 2015 Gas Purification Unit 2015/6 4 pilot plants Lanxess Biomedical Facility SABIC

9 Bright Design of Campus Institutes and Programs Roadmaps OP-ZUID: - Biobased - Materials - RegMed/Biomedical 9

10 Knowledge areas Programs AMI Biobased Materials Chemelot InSciTe Materials Center Plant/vegitation as > Biomedical Materials > Advanced Polymer chemicals and materials Blocks direct source for > Biobased Building Maastricht University, TU/e, Maastricht University Chemelot Campus RWTH Aachen Materials and Processing Enabling Technologies M4I LINK Enabling Technologies Chemical imaging Instutue fortechnologyinspired Regenerative Medicine (MERLN) > Advanced analytical infrastructure > Eindhoven and University, DSM, Maastricht Health Campus TNO, technology platform: > Electron microscopy Chemelot Maastricht University, Maastricht Health logies, Campus, Campus Enabling Techno- Province of Limburg 3D printing - ecosystem 18 companies and institutes 13,5 M projects and infrastructure 35 employees involved 17 PhD positions 64 companies and institutes with contacts and projects 7 print technologies 19 3D printers 10