![]() With a PhD or equivalent in Chemistry, you should be able to demonstrate knowledge and experience relating to recycling technology around critical metals. This will involve working collaboratively and independently as part of the research team to achieve defined milestones and produce high quality research as part of a wider programme. In this role, you will undertake sample preparation, testing and analysis using a variety of electrochemical, thermal, mechanical, spectroscopic and microscopic techniques. The project will also use life cycle analysis and technoeconomic analysis to assess the impact of the techniques developed compared to conventional technology. The project will use a variety of green solvent systems and dissolution methods such as electrocatalysis to delaminate layered structures such as printed circuit boards and battery electrodes. This includes aspects such as reversible adhesives and design for disassembly. This project will investigate novel methods for recycling materials trying to develop selective dissolution and recovery methods as well as working with manufacturers on device design to make them easier to recycle. ![]() Their rarity coupled with their high value makes them important elements to recycle. We are looking for a Research Associate to join one of our research groups with a project on recycling critical metals.Įlements such as Co, Ni, Au, PGMs, REE, Se and Te are found throughout devices such as mobile phones, batteries, solar cells, magnets, printed circuit boards and fuel cells. ![]()
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