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and experimental studies, as well as developing innovative methodologies to characterize and predict fluid flow behavior, including fluid-rock interactions and chemical reactions. Geothermal energy
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-driven science and engineering in materials, energy, and chemical processes Ideal candidates should demonstrate a readiness to address these topics through a multi-disciplinary approach and to engage with
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We are seeking applicants for a faculty position with a specialization relevant to one or more energy geo-storage technologies, including CO2 sequestration, and underground gas storage for natural
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development using experimental and modeling methods. Experience is required in surface heat conversion in particular low-enthalpy energy (temperature <200C), thermal exploration, reservoir characterization
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Engineering. Succesful candidates will have a broad understanding of the sustainability challenges, including but not limited to: clean hydrogen renewable energy energy storage (batteries, thermal, and chemical
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) Health & Wellness 2) Sustainable Environment & Essential Needs 3) Energy & Industrial Leadership 4) Economies of the Future For further insights into KAUST's strategy, please refer to
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Needs 3. Energy & Industrial Leadership 4. Economies of the Future For a comprehensive understanding of KAUST's strategic vision, please refer to the following link: [KAUST Strategy](https
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Energy flow between open ocean and coastal habitats Biogeochemical applications for tracing energy flow, establishing climate proxies, and reconstructing environmental conditions Functional oceanography
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relating to energy production, water purification, and environmental protection. The ChemS Program is concerned with chemistry in all its facets including those addressed in KAUST Research Centers
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of composite structures in the Energy sector. Lead the development of a state-of-the-art experimental platform in the field of testing composite materials for in-situ testing in conditions relevant to the energy