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, numerical simulators with coupled physics (flow/reactive/geo-mechanics/thermal) have been developed and often applied to predict the long-term fate of the injected carbon dioxide to ensure its secure
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competitive candidates eager to pursue innovative research addressing fundamental questions and developing cutting–edge technologies for application in marine systems. We are especially interested in
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holding a PhD in chemical, environmental or process engineering, to apply for a full-time post-doctoral fellowship position in the field of water desalination, focusing on the development of an artificial
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innovative lab at KAUST which aims to develop gene delivery viral vectors by teaming up with diverse researchers at the university to support their research programs. Applicants are required to have prior
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in KAUST with a core team of 19 scholars. Officially named Oxide and Organic Nanomaterials for Energy and Environment Laboratory (ONE Lab), we focus on nanomaterials design and development
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is to develop a modeling framework including the use of Random-Walk method to predict NMR measurements, pore-scale finite-element modeling on 3D digital models, generated from CT-images to predict
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integrate complex flow on Discrete Fracture Networks (DFN). The objective of this project is to develop a tool to generate DFN models amenable for multiphase flow, and scale up the model to be usable with