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Field
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membrane-based filtration and chromatography processes. Design separation processes for selected antibodies and small particles. Apply and optimize ultrafiltration to reach final concentration goals. Perform
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split water into protons and hydroxyl ions allowing the industrial on-site production of e.g. acid and base. At Wetsus we are developing many novel processes requiring bipolar membranes: e.g., producing
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the development of advanced membrane materials for selective separation of nutrients, metals, and key contaminants. The successful candidate will Lead the design, development, and implementation of a
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of hydrodynamics in membranes, (ii) consideration of solvent separation, (iii) study of hydrodynamic changes with crystal (solid) generation, and (iv) predictions of process performances. The first three steps
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Applicants are invited to apply for a fully funded PhD position (UK home fees only) at the Institute of Microbiology and Infection (IMI), University of Birmingham to work on a project aiming to
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biorefinery streams. Specifically, the PhD student will work on the preparation of so polyelectrolyte multilayer membranes that can effectively separate desired organic molecules from salts, while
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experimentalists. It is planned that the numerical simulations will help advance our understanding of these membrane wetting dynamics. The PhD research fellowship will be part of the group of Prof. Andreas Carlson
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criteria: - Hold a PhD in chemical sciences. - Possesses significant publications in the field of membranes and membrane separation techniques. - Has good experience in instrumental methods (SEM, AFM
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Vacancies PhD position on: Understanding and controlling membrane fouling in biorefinery applications Key takeaways Within Membrane Surface Science (MSuS) and Membrane Process Technology (MPT), both
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to the cephalosporin class, in Gram-negative bacteria. The idea is to use oligonucleotides (ON) targeting the gene of beta-lactamase, this enzyme inactivating the antibiotic. The project encompasses various items: (i