Do you have a strong ambition to develop polymer materials that contribute to a circular economy? Do you like working together in a large, multidisciplinary team to tackle an urgent societal challenge? And do you enjoy using organic chemistry to make new polymers with unexplored properties?
Then we are looking for you! We have a PhD position available in which you can develop polycarbonate polymers with dynamic-covalent functionalities that enable them to become better recyclable. For a recently awarded research grant by the Netherlands Organisation for Scientific Research (NWO), we are looking for a PhD student to come and join our consortium. This DynaBranch consortium consists of partners from Wageningen University, Eindhoven University of Technology, Avans University of Applied Sciences, with SABIC as industrial partner. The aim of the program is to increase the recyclability of an important class of engineering plastics: polycarbonates. For this, we will (chemically) modify polycarbonates by dynamic-covalent chemistry. These new polymers will be combined with existing polycarbonate (as part of a recycling stream) to achieve (re)processing that is compatible with existing infrastructure. The overall project will cover topics from organic/polymer synthesis, polymer processing and characterisation, ageing and recycling studies, as well as socio-economic analyses related to the acceptance of these new materials.
For this consortium we are now recruiting a PhD student in the Dynamic Polymers group of Maarten Smulders at Wageningen University. As PhD student, you will focus on how to integrate dynamic-covalent motifs in polycarbonates and characterise these newly developed polymers (additives). Specifically, you will unravel the dynamic behaviour of these new materials, including also as function of temperature. Moreover, the compatibility of the these newly developed ‘dynamic’ polymers with commercial polycarbonates will be explored. You will work in close collaboration with a second PhD student working in the group of Hans Heuts at Eindhoven University of Technology, and you will also spend time in Eindhoven. Finally, you will also work together with the other partners for further material characterisation, scale-up studies and industrial implementation.
You will work here The research is embedded within the chair
Organic Chemistry, which is led by Prof. Han Zuilhof. You will be member of the Dynamic Polymers group, which is led by
Dr. Maarten Smulders. You will be co-supervised by Dr. Hans Heuts (Eindhoven University of Technology).