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construct field-based open-top plant growth chambers that can actively control temperature (via infra-red heating lamps and soil warming cables) and atmospheric CO2 (via the addition of CO2 gas). A bespoke
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Overview Steel is the world’s most important engineering material, with the often stated “If it’s not made of steel, it’s made using steel”. The need to reduce CO2 emission from the steel industry
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researcher to strengthen our efforts in advancing CO2 conversion through the development of innovative solid catalysts. You will join a collaborative team of chemists, engineers, and materials scientists
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collaboration. Study 10-year CO2 emission trends using different inventories. Collaborate with PEPR RESILIENCE to assess emission reduction implementation and barriers. Synthesize sectoral emission
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relation with energy generation, CO2 sink building materials synthesis and materials recycling. In the frame of this project, the recruited researcher will specifically work on: (i) the multi-scale
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systems. Your daily operation is in the EFS research group of David Vermaas. The work of our group addresses electrochemical flow systems, including applications of electrolysis, water technology, CO2
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to the poles, from the continental shelf to the deep ocean and from the past to the present. As the ocean is Earth’s largest reservoir of CO2 and heat, ocean circulation, mixing, biogeochemistry and other
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. The work of our group addresses electrochemical flow systems, including applications of electrolysis, water technology, CO2 capture and flow batteries. You will collaborate with other researchers in
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SynergyMeCO2 – “Membranas sinergísticas e sustentáveis para captura e valorização do CO2: na rota da neutralidade carbónica” with reference 2023.16806.ICDT, supported by national funds by FCT / MECI, is
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materials with high potential for H2, CO2, and other gas adsorption/storage, based on metal-organic frameworks (MOFs) and covalent organic Frameworks (COFs). These materials act like sponges capable