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the Department of Chemistry at Aarhus University to engage in cutting edge systems-level research in metabolic dynamics and plasticity of acetogens during gas fermentation! This Novo Nordisk Foundation-funded
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scalable gas hydrate–based carbon capture technologies. HyperCap combines synthetic chemistry, thermodynamics, and process engineering to advance carbon capture solutions toward pilot-scale demonstration
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of the basic working principles the technology Quantification of reaction rates and conversion efficiencies for different redox chemistries tested in proof-of-concept setup. Address and solve technical
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of Chemistry, and the group of Prof. Hobolth at the Department of Mathematics. A second postdoc with expertise in stochastic processes and statistical methods will be part of the project and you are expected
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techniques. The nanocrystals will typically be synthesized using scalable and green solvothermal methodology. The candidate must have a strong background in materials chemistry with experience in nanocrystal
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part of the team of Prof. Alfred Spormann in the Department of Chemistry at the NNF CO 2 Research Center (CORC) to engage in cutting edge systems-level research in microbial C1-6 metabolism! Starting
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regional hospitals in the Central Denmark Region. We have approx. 30,000 square metres of modern research facilities for experimental surgery and medicine, animal facilities and also advanced scanners at our
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the interfacial organic layer at the electrode surface to promote the selective reduction of CO₂ to syngas, ethanol, or ethylene. In addition, the scale-up of the most promising processes will be done using
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The Goesten Group at the Department of Chemistry, Aarhus University, is seeking a candidate for a 12 months fulltime postdoctoral position, co-supervised by Prof. Yong Chen and Prof. Jill Miwa
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We invite applications for a 24-month postdoctoral scientist position to join our team within the project ReFuel: Harnessing archaeal processes to capture carbon dioxide into alkanes as renewable