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Professor Andy Sederman is a prominent academic in the field of Chemical Engineering and Biotechnology, specializing in magnetic resonance methods applied to process and reaction engineering. His research focuses on understanding multi-component reactions and diffusion flow processes through the development and application of ultra-fast magnetic resonance techniques. He aims to enhance the fundamental understanding of fluid dynamics, single- and two-phase flows in trickle bed reactors, which are vital in various industrial applications. His innovative use of non-invasive ultra-fast MR imaging allows for quick, motion-sensitive images that significantly improve process analysis. In recent years, Professor Sederman's work has achieved a three orders of magnitude reduction in typical image acquisition times, thus allowing for more effective monitoring of local particle levels and chemical compositions within reactors. He actively collaborates with other research groups, particularly in the area of combustion, to advance the understanding of phase distributions and flow conditions in complex systems. Prof. Sederman’s contributions are not only noteworthy for their technical sophistication but also for their application to practical industrial challenges.
Standard postgraduate requirements for Department of Politics and International Studies (POLIS) and related humanities departments.