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, electrical conductivity, and cation exchange capacity (CEC). d) Knowledge of pollutant adsorption processes in liquid and gas phases, including experience in conducting batch and continuous flow tests, as well as in
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filtration process can be modeled with specialized software like Aspen Adsorption or our in-house code Ruptura, while breakthrough and loading experiments can be run in our labs. In the project, we will
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associations (adsorption, co-precipitation, complexation). An innovative experimental imaging approach to monitor these physicochemical conditions and their impact will be tested. Cultivation of sorghum in
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be involved in quantifying the adsorption of biomolecules on polymeric coatings using Quartz Crystal Microbalance with dissipation monitoring to model plaque build-up in coronary blood vessels. Other
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that align with our group's general interest are possible. See our website for more details: https://peltierlab.sites.northeastern.edu/ . REQUIRED QUALIFICATIONS Applicants must be highly motivated and have a
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on physical sorption (solid adsorption or liquid absorption), which offer lower storage densities than chemical sorption. The principle of an open, atmospheric-pressure thermochemical reactor using solid
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analysis using advanced instrumental methods. The project will also include collaboration with researchers who model adsorption processes at the molecular level. The position is part of the research group
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and testing of innovative membrane materials for water recovery, adsorption processes, ion exchange and solvent extraction. Ultimately, the candidate will develop and test hybrid systems using
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interest are possible. See our website for more details: https://peltierlab.sites.northeastern.edu/. REQUIRED QUALIFICATIONS Applicants must be highly motivated and have a Ph.D. in chemistry, chemical
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adsorption and will be performed in the research group of prof. Van Speybroeck. To pursue excellence, we will strongly encourage interactions within our multidisciplinary team and our established network