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goal of this project is to design and optimize a novel adsorbent-electrode capable of simultaneously capturing and mineralizing PFAS in a sustainable one-pot process. - Synthesize and characterize
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planet's geochemical cycles (production of an oxygenated atmosphere that they constantly renew, capture of CO2, etc.). By using solar energy, water and minerals, they capture atmospheric CO2, thereby helping
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/University of Strasbourg) and the "Soils and Environment" laboratory (INRAE/University of Lorraine) are collaborating to propose a phytoremediation strategy—an ecological process using metal hyperaccumulating
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