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students an exciting opportunity to perform cutting-edge research on nanostructured gas sensors to explore interfacial phenomena and new materials. You will join an inclusive, diverse, and supportive working
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optimization in the field of hydrogen production via methane pyrolysis for decarbonization of industrial high-temperature processes with potential for negative carbon emissions. Your tasks Planning, execution
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. Your tasks The research project focuses on understanding charge and mass transport in gas diffusion electrodes for CO2 reduction. Your tasks will include: Developing innovative gas diffusion electrode
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laboratories, as available instruments (e.g., gas chromatography or mass spectrometry) are bulky, costly and have to be operated by trained personnel. Project background Chemo-resistive gas sensors based
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laboratories are fully equipped for cloning, bacterial cultivation, protein purification under anoxic conditions, anoxic electrochemistry and gas chromatography. The successful candidate will also benefit from
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as well as environmental implications. Aiming to reduce greenhouse gas emissions, several political institutions have launched strategies to foster the use of sustainable fuels and platform chemicals
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. Aiming to reduce greenhouse gas emissions, several political institutions have launched strategies to foster the use of sustainable fuels and platform chemicals (SFPCs), i.e. carbon-free fuels (e.g