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₄ separation. • Conduct process integration and multi-objective optimization of membrane properties, module geometry, and operating conditions. • Disseminate research outcomes through scientific publications
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materials, and membrane chemistry to develop the next generation of high-performance membranes and unlock new possibilities for advanced molecular separation and transport. Can you design the membrane
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to produce ultra-thin polymer-based membranes and fluidic chips with polymers of intrinsic porosity (PIMs), to study molecular and ionic permeation for ionic gating, ionic memory applications, and molecular
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Materials, Bioinspired Materials and Sustainable Materials. For more details, please view https://www.ntu.edu.sg/mse/research . We are looking for a Research Fellow to develop membrane catalysis technologies
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PhD in materials chemistry, membranes, polymer science and engineering related areas. The applicant should be capable of working under their own initiative and should be familiar with common laboratory
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, bases, and cleaning chemicals used throughout industry today? How do local pH conditions develop near electrodes and membranes in electrochemical systems, and how can they be controlled? In this PhD
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technology with a focus on the development and evaluation of processes for the circular utilisation of by-products from dairy production. The research includes membrane-based separation and concentration
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Osmosis (NF/RO) Membrane for Industrial Separation and Purification Application” Key Responsibilities: Integrating Machine Learning (ML) with Molecular Dynamics (MD) to predict phase-separation dynamics and
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. Separations consume 10-15% of the total energy used in the world, with novel membranes having the potential to make these separations 10x more energy efficient and save millions of tonnes of carbon dioxide
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their field (not including the years obtaining the PhD). The ideal candidate will have a strong publication record, including first-author papers, and demonstrated experience in membrane fabrication and