Postdoc or scientist in the field of secondary raw materials for the energy and digital transitions (80 - 100%)
Materials science and technology are our passion. With our cutting-edge research, Empa's around 1,100 employees make essential contributions to the well-being of society for a future worth living. Empa is a research institution of the ETH Domain.
Stabilizing the climate requires an urgent transition to renewable energy systems, inducing a large increase in material demand. Additionally, the ongoing digitalization of our societies competes for similar materials, increasing the pressure on global supply chains. The availability and accessibility of secondary raw materials, as well as implementing circular strategies such as reuse or refurbishment, can help to reduce supply bottlenecks and thus accelerate the transition
Map the potential of secondary raw materials available in the urban mine by characterizing stocks in terms of quantity, quality, and locality Contribute to the collection, updating, and consolidation of data required to assess the secondary raw materials potential and characterise stocks and flows e.g. of end-of-life vehicles, waste batteries and waste electrical and electronic equipment Develop a model to investigate the potential dynamic supply of secondary raw materials based on future sources and technologies and explore the possible effects on the transition pathways Coordinate and further develop conceptual frameworks and methods to harmonize datasets for secondary raw material stocks and flows Coordinate and manage Empa's contribution to two Horizon Europe projects on this topic Your profile
Stabilizing the climate requires an urgent transition to renewable energy systems, inducing a large increase in material demand. Additionally, the ongoing digitalization of our societies competes for similar materials, increasing the pressure on global supply chains. The availability and accessibility of secondary raw materials, as well as implementing circular strategies such as reuse or refurbishment, can help to reduce supply bottlenecks and thus accelerate the transition
Map the potential of secondary raw materials available in the urban mine by characterizing stocks in terms of quantity, quality, and locality Contribute to the collection, updating, and consolidation of data required to assess the secondary raw materials potential and characterise stocks and flows e.g. of end-of-life vehicles, waste batteries and waste electrical and electronic equipment Develop a model to investigate the potential dynamic supply of secondary raw materials based on future sources and technologies and explore the possible effects on the transition pathways Coordinate and further develop conceptual frameworks and methods to harmonize datasets for secondary raw material stocks and flows Coordinate and manage Empa's contribution to two Horizon Europe projects on this topic Your profile
- PhD in environmental engineering, industrial ecology or similar
- Experience in modelling and evaluating the socio-economic metabolism, for example with material flow analysis or life cycle assessment
- Knowledge and experience in waste treatment and recycling processes and technologies
- Experience in scientific writing and publishing
- Excellent communication and collaboration skills and fluency in English (both written and oral)
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