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to actively shape the energy transition and write your thesis in this field? With us, you will find the experts and the environment to realize these goals. As part of the master's thesis, the aim is to
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the opportunity to get to know our innovative prototypes as part of the preparation for national and international trade fairs. Afterwards, there is the possibility to design, construct and build up a new
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studies. The project is being carried out in close collaboration with the MEDIS Research Unit at INRAE (Clermont-Ferrand, France). Therefore, travel to the project partner is an integral part of
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. Stephanie Schüller's research group at the University of East Anglia (UEA), Norwich, UK. A multi-month research stay at UEAfor specialized training on chicken organoid models is an integral part of this PhD
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-aachen.de. This position is available on a part-time basis upon request. We wel-come applications from all qualified candidates, regardless of gender. RWTH Aachen University is recog-nized as a family
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part of the large portfolio of EMBL’s experimental services and core facilities (https://www.embl.org/services-facilities/ ). It provides cutting-edge services in the areas of next generation sequencing
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our environment. Chemical recycling it to obtain constituent monomers and/or other valuable chemicals renders these waste streams as a valuable feedstock for the chemical industry and paves way towards
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Masterthesis: Evaluating Techno-Economic Feasibility of Chemical Recycling (Solvolysis) for Industry
Chemical recycling offers a promising alternative to depolymerise plastic waste into its constituent monomers; thereby, reducing our dependence on fossil-based feedstock. This approach is suitable
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Chemical recycling offers a promising alternative to depolymerise plastic waste into its constituent monomers; thereby, reducing our dependence on fossil-based feedstock. This approach is suitable
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Chemical recycling offers a promising alternative to depolymerise plastic waste into its constituent monomers; thereby, reducing our dependence on fossil-based feedstock. This approach is suitable