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. Combining advanced materials with catalysis, structuring, and membrane processes offers a powerful tool for greener and more circular solutions to manage water-energy nexus and recover resources
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broad effort in materials physics and design, catalysis, quantum optics, sensing and communication, biophysics, plasma physics, continuum physics, radiation physics, and luminescence physics. Our research
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expand the ongoing research activities on the development of electrochemical sensors for fermentation systems. PhD scholarship in development of zeolite materials for catalysis – DTU Chemistry Kgs. Lyngby
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of Chemical and Biochemical Engineering, the CHEC Research Centre focuses on chemical engineering principles applied in combustion, harmful emission control, gasification, catalysis, continuous production