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>98% Na2SO4 rejection in crossflow filtration mode • Characterize membrane properties and structure using electron microscopy, XPS, FTIR, PALS, etc. • Evaluate membrane performance across diverse
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various applications like desalination, reclamation, filtration etc. Project management and collaboration with cross-functional teams, preparation of reports and publication in high-impact journals
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phototrophic microorganisms and assess their ability to remove organics and nutrients, and accumulate PHAs. The role will also involve the assessment of the use of coarse filtration as a solid-liquid separation
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. The role will also involve the assessment of the use of coarse filtration as a solid-liquid separation strategy for the implementation of photo-bioreactors. Your work will contribute to an international
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to grow phototrophic microorganisms and assess their ability to remove organics and nutrients, and accumulate PHAs. The role will also involve the assessment of the use of coarse filtration as a solid
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properties of these microorganisms into engineering applications. The role will also involve using coarse filtration (mesh or cloth filtration) as a solid-liquid separation strategy for the biomass recovery in
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for detection of micro and nanoplastics through various filtration procedures Analysis of micro and nanoplastics utilizing state-of-the-art imaging techniques such as microRaman, microFTIR, Transmission and
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using various degradation techniques including thermal, UV degradation and cryo-milling Separation techniques include tangential flow filtration, size exclusion and asymmetric flow field flow
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, Water-Process Engineering, Membrane Materials and Processes, or a closely related discipline. Relevant experience in desalination and/or filtration systems, at laboratory, pilot, or industrial scale. A