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selectivity at charged interfaces in environmental technologies, including electrochemical systems, membrane processes, adsorption and ion-exchange materials. You will be supervised by Dr. Jouke Dykstra and Dr
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effluent. Previous research at TU Delft and elsewhere has shown fast kinetics and high adsorption capacity for OMPs on zeolites in water with competing ions and small organic compounds. Granular zeolites
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selective than activated carbon for OMP removal in treated effluent. Previous research at TU Delft and elsewhere has shown fast kinetics and high adsorption capacity for OMPs on zeolites in water with
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of Materials Design and Innovation Posting Number R260134 Posting Link https://www.ubjobs.buffalo.edu/postings/64174 Employer Research Foundation Position Type RF Professional Job Type Full-Time Appointment Term
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, and porosity analysis to link material architecture to adsorption performance. Within our research group the successful candidate will be responsible for: Experimental Research perform comprehensive
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the development of circular, low-carbon industrial value chains. UTC/TIMR The TIMR research unit (UTC-ESCOM- https://timr.utc.fr/ ) aims to develop knowledge and know-how for the transformation processes
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PhD Position in Engineering Materials Project: Development and Characterization of Advanced Sorbents
, ion-exchanged zeolites, and MOF-based hybrid composites with improved adsorption selectivity, moisture stability, and low-temperature regeneration capability. The work will include investigation
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The University of North Carolina at Chapel Hill | Chapel Hill, North Carolina | United States | 3 months ago
batch adsorption experiments, packed-bed column testing, sorbent regeneration and mathematical modeling of separation systems is also desirable. Create a Job Match for Similar Jobs About The University
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. Lead the design, development, and validation of lab-scale modular prototypes to screen hydrogen adsorption/desorption efficiency. Oversee the safe operation and maintenance of high-pressure and cryogenic
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-FTIR experiments to follow adsorption, chemical reactions, peptide uptake and release, and amyloid-like fibril formation under controlled liquid and gas/vapour conditions. Quantify reaction kinetics