
Semester Projects
LFIM (Laboratory for Functional Inorganic Materials)
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Designing and synthesizing new materials (e.g. MOFs, zeolites, laminates) for carbon capture
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Exploring adsorbent heating and regeneration methods (e.g. heating of adsorbent cylinders)
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Process design and modeling for direct air capture
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Techno-economic analysis (TEA) and life cycle assessment (LCA) of capture technologies
LAS (Laboratory of Advanced Separations)
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Improving the performance of graphene membranes for carbon capture
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Designing and assembling a point-source capture system (flue gas extraction, heat exchangers, condensers, and blowers)
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Developing user-friendly software interfaces to monitor and control carbon capture demonstrators
LMS (Laboratoire de Mécanique des Sols)
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Designing and maintaining a website to communicate project results
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Simulation studies at the metric scale to model CO₂ injection and storage
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Laboratory experiments to study CO₂ interactions with geological materials
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Informatics projects for data management, analysis, or visualization