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The MSN Department is looking for a motivated candidate to synthetize organic products compatible with Porous Liquid Types 1 to 3 technology for CO2 capture and separation applications. About
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The MSN Department is looking for a motivated candidate to synthetize organic products compatible with Porous Liquid Types 1 to 3 technology for CO2 capture and separation applications. About
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motivated candidate with a background in chemical or process engineering and strong experimental and analytical skills. Join us to drive innovation in carbon capture and contribute to shaping Europe’s low
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PhD Scholarship This project aims to develop novel catalysts and reaction systems for energy-efficient electrochemical conversion of captured CO2 into liquid fuels. Electrochemical Conversion
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are: • How and under what conditions will CO2 / carbonated water affect reservoir chemistry? • How much and how long will it take under different conditions to capture CO2 as minerals? • How will geochemical
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separation, and structural stability evaluation. The successful candidate will be based at CAPTURE (Circular Approaches To Utilise and Retain Energy), a Centre of Expertise at Swansea University, established
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Using capturing carbon dioxide and clean hydrogen is essential for a sustainable future in energy and chemical production. However, the transition is hindered by a lack of efficient, affordable
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apply an economic spatial equilibrium model to explore these issues. The model will focus on global land use, with a particular emphasis on the provision of global public goods such as carbon dioxide
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friendly energy research gigaCCS. gigaCCS is a Norwegian research centre dedicated to large-scale carbon capture and subsurface storage. It is led by SINTEF Energy Research and includes almost 40 partners
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transform captured CO2 into green fuels using renewable energy inputs. In addition, we will explore catalysts for zero-carbon fuels (hydrogen and ammonia) that can remove carbon from energy systems. Catalytic