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. This with the aim of examining problems relevant to the NCS2030 centre, such as the identification of potential reservoirs for CO2/H2 storage and geothermal energy. This project is an integration of NCS2030
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production and storage of energy resources and disposal of waste products in the subsurface, geosciences, technology for improved oil recovery (IOR), and decision & data analytical methods and applications
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with societal challenges and opportunities stemming from environmentally-friendly energy and climate. This includes production and storage of energy resources and disposal of waste products in
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ordered structures for efficient CO2 capture and storage. The PhD candidate will use atomistic modeling to, among other things, study surface-adsorbed aromatic macrocycles, especially cyclophanes, which
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CO2 capture and storage. The PhD candidate will use atomistic modeling to, among other things, study surface-adsorbed aromatic macrocycles, especially cyclophanes, which will be functionalized with