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performance fillers in coatings and plasters. This PhD will focus on improving CO2 capture efficiency through the use of a novel type of chemicals and converting CO2 to functional carbonates
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construction materials with a low carbon footprint, focusing on the valorisation of industrial residues and the development of technologies for CO2 capture and mineralisation in construction materials
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an additional advantage: Advanced materials and product design for energy, chemical and biochemical applications Biothermodynamics (thermodynamics for biochemical engineering) CO2 capture and storage Electrolyte
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(thermodynamics for biochemical engineering) CO2 capture and storage Electrolyte solutions, water and other complex systems Energy systems Thermodynamics for Colloids and Interfacial phenomena The position is
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, such as pH and CO2 time series, defining data partitioning policies to optimize historical queries on specific crops, and implementing governance layers to ensure the integrity of data intended for official
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an additional advantage: Advanced materials and product design for energy, chemical and biochemical applications Biothermodynamics (thermodynamics for biochemical engineering) CO2 capture and storage Electrolyte
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framework of project eMetCO2 - eNETmix technology for electrocatalytic production of Methanol from captured CO2, with the reference CETP/0004/2023 financed by the Fundação para a Ciência e a Tecnologia, I.P
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. (d) Heterogeneous catalysis, e.g. electrolyzers for CO2 reduction. (e) CO2 capture with waste, e.g. carbonation using ashes Work synergistically with PI and Co-PIs in experimental designs, conducting
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– Development of a Poly(ionic liquid) based aerogels technology for CO2 upcycling, (ref. 2023.18010. ICDT), funded by the Foundation for Science and Technology, I.P. /MCTES through national funds (PIDDAC), under
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aerogels technology for CO2 upcycling, (ref. 2023.18010. ICDT), funded by the Foundation for Science and Technology, I.P. /MCTES through national funds (PIDDAC), under the following conditions: Work Plan