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research with product design, business models, and governance, CIVIC-4CE brings all actors in society together to build a practical and lasting transition toward a circular system that reduces waste and
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dispose of all waste materials in an appropriate manner. • Maintain chemical inventories and read and maintain appropriate Material Data Sheets and safety files. • Adjust, calibrate, and perform minor
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will develop genetic engineering platforms for diverse non‑model microbes, including aerobic and anaerobic community members for microbiome engineering and organisms capable of converting waste plastics
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. You will be part of a team doing research helping to address the escalating issue of clinical waste. The project is called The Upcycled Clinic: A global ethnography of material creativity in
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to industrial applications. TexAI is conducted in close collaboration with a broad network of industrial partners and aims to create concrete solutions that can contribute to reduced textile waste, more efficient
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efficiency and high energy demand when dealing with real PFAS-contaminated waste streams, as well as low operational feasibility (e.g., they require high temperatures and pressures, and are difficult
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innovation action with research activities led by dr. Luis Diaz Allegue and prof. Siegfried Vlaeminck. This international multi-partner project will develop a near-zero-waste biorefinery using microalgae and
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waste. The projects are highly collaborative and multidisciplinary with excellent opportunities for advanced training and scientific development. Interested candidates will possess significant experience
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work on: Designing and optimizing extraction processes for vanadium from primary and secondary sources (e.g., slags and industrial wastes). Developing purification pathways to produce battery-grade
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innovation process in the medical technology field. You will be part of a team doing research helping to address the escalating issue of clinical waste. The project is called The Upcycled Clinic: A global