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SusPhos Kick-off

SusPhos Kick-off. J. Chris Slootweg. Short introduction. Training network of multidisciplinary scientists ec.europa.eu/ mariecurieactions Public awareness on chemistry to preserve phosphorus from depletion www.phosphorusplatform.org. Valorisation. Lab. Market. Full Network.

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SusPhos Kick-off

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  1. SusPhosKick-off J. Chris Slootweg

  2. Short introduction • Training networkof multidisciplinaryscientistsec.europa.eu/mariecurieactions • Public awarenessonchemistry to preserve phosphorusfromdepletion • www.phosphorusplatform.org

  3. Valorisation Lab Market

  4. Full Network • 14 broadlyorientedresearchers (12 ESRs/2 ERs) • 9 Academia • Role of academia • 3 chemicalcompanies • Role of industry

  5. Academia • ConsiglioNazionaledelleRicerche, IstitutodiChimicadeiCompostiOrganometallici (CNR), Florence • Universität Leipzig (UL) • FreieUniversität Berlin (FUB) • The University Court of the University of St Andrews (USTAN) • University of Bristol (UB)

  6. Academia • FundacióInstitutCatalàd’InvestigacióQuímica (ICIQ) • CNRS:Ecole Polytechnique, Laboratoire Hétéroéléments et Coordination (DR5) Laboratoire Hétérochimie Fondamentale et Appliquée (DR14) • EidgenössischeTechnischeHochschule Zürich (ETHZ) • VU University Amsterdam

  7. Companies • DSM InnovativeSynthesis • Arkema Vlissingen • Magpie Polymers

  8. ExternalAdvisory Board • Prof. Dr. G. Bertrand, UC San Diego • Dr. KlemensMassonne • Dr. Alexander van der Made

  9. Management Office SusPhos Project Manager Marissa de Boer marissa.de.boer@vu.nl Financial Officer André van der Wal a.vander.wal@vu.nl

  10. Recruitment • First day of the month !! • All ERSshave to beappointed in the first 9 months • EURAXESS jobs portal – mandatory!! • 40% women

  11. Fellows • Dual mentor programme • 2 supervisors; onefromacademia and onefromindustry • PersonalCareerDevelopment Plan • Within 3 monthsafterrecruitment to the supervisory board • Annually

  12. Finances • Fellows • Living allowance (salary) costcategory 1 • Mobilityallowancecostcategory2 • Research, Training & Networkingcategory 3 • fee forSusPhos training and conferences • Managementcostcategory4 • Overheads (10%) costcategory 5

  13. ICPC 2014 • ICPC 2012 Rotterdam, the Netherlands • ICPC 2014 Dublin • Marie Curie sessionwithlectures of MC fellows

  14. Knowledge transfer • LinkedIngroupSusPhos is alreadyavailable • Shared document network is in the pipeline • www.susphos.eu

  15. Horizon 2020 Summary: compare FP7 - Horizon 2020

  16. Horizon 2020 • Priority 1: Excellent Science • Brings together 4 successful parts of FP7 • ERCbln € 13.268 • Future and Emerging Technologiesbln€ 3.100 • Marie Curie actionsbln € 5.572 • Infrastructuresbln€ 2.478 Why: • World class science is the foundation of tomorrow’s technologies, jobs and wellbeing • Europe needs to develop, attract and retain research talent • Researchers need access to the best infrastructures

  17. Horizon 2020 • Priority 2: Industrial Leadership • Succeeds parts of FP7 Cooperation • Key Enabling Technologies • Follows up on a.o. KBBE, nanotechnologies, advanced materials, space • Designed to target SME’s • Supports each stage of innovation chain Why: • Strategic investments in key technologies underpin innovation across existing and emerging sectors • Europe needs to attract more private investment in research and innovation • Europe needs more innovative SMEs to create growth and jobs

  18. Horizon 2020 • Priority 3: SocietalChallenges • Succeeds FP7 Cooperation • Solving important global challenges dependent on innovation • Breakthroughs depend on multidisciplinary collaborations, including Social sciences and Humanities • Entire innovation chain; from research to demonstration and scaling up • Transnational and Transsectoral collaboration Why: • Concerns of citizens and society/EU policy objectives cannot be achieved without innovation • Breakthrough solutions come from multi-disciplinary collaborations, including social sciences & humanities • Promising solutions need to be tested, demonstrated and scaled up

  19. Horizon 2020 • Priority 3: SocietalChallenges • Health, demographic change and wellbeing bln € 8 • Food security, agriculture, bioeconomybln€ 4 • Secure, clean and efficient energy bln € 6 • Smart, green and integrated transport bln € 7 • Climate action, resource efficiency • and raw materialsbln € 3 • Inclusive, innovative and reflective societies bln € 4 • Secure societies – protecting freedom and security ? • All disciplines are mainstreamed into these • seven grand societal challenges

  20. Annex 1 • Our GUIDEBOOK! • Anymodification of Annex 1 needs to bearrangedwith the PO Louise Byrne

  21. Objectives per Research Sub-programme Work Package 1 The development of straightforward bulk-scale protocols for the eco-friendly and efficient conversion of elemental forms of phosphorus into essential phosphorus building blocks, thereby eliminating unnecessary P-containing waste at the outset.

  22. Objectives per Research Sub-programme Work Package 2 The development of efficient recycling schemesto facilitate the sustainable use of phosphorus in the industrial chemistry, prohibiting the undesirable incineration of phosphine oxides at the multitonnescale produced annually in Europe by Wittig and Mitsunobu reactions.

  23. Objectives per Research Sub-programme Work Package 3 The development of highly efficient methodologies for the application of phosphorus in catalytic systems and smart materials, such as an economically viable catalytic Wittig and Mitsunobu reaction with a closed-loop PO reduction protocol and P based polymers and nanoparticles for electronic, catalytic, and biomedical applications, which will all have tremendous impact on the phosphorus supply.

  24. Objectives per Research Sub-programme Work Package 4 The process intensification, scale-up and valorisation of the new synthetic designs, catalytic systems and recycling methods developed in WP1–3 for industrial use, and the development of efficient methods to transfer the newly generated knowledge and technology to the market.

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