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a growing range of societal, environmental, and industrial applications. This is an invitation to grow as a scientific leader while making a lasting, positive impact in a field of global importance
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student we need. We aim to determine the potential for natural hydrogen generation in Greenland, which could be a sustainable alternative energy source for applications that are hard or impossible
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contain well-informed methodological considerations. To find out more about the department please go to https://www.cbs.dk/si . Project topics SI particularly invites for PhD project applications pertaining
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defined gas-liquid interface apparatus and other reactors to determine stability under a range of experimental conditions. Using the experimental data to develop a model describing the effect of conditions
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laboratories. Testing enzyme in defined gas-liquid interface apparatus and other reactors to determine stability under a range of experimental conditions. Using the experimental data to develop a model
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of antibiotics. Specifically, at DTU we will explore marine bacteria and determine if their antibiotic production can be elicited by relevant marine growth substrates and by co-cultivation mimicking their natural
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twins, energy islands, electrolyzers, and machine learning. Our team of 26 members from 13 different nationalities values diversity and includes experts in a broad range of scientific disciplines