LIFE SYNFLUOR crosses the threshold of the University of Cagliari and joins the academic world thanks to the thesis of Alessandra Murroni and Mauro Schintu, who recently graduated with a Bachelor’s degree in Chemistry. The research studies carried out thanks to FLUORSID at the CeSAR (Centro Servizi di Ateneo per la Ricerca) laboratories, enabled the recent graduates to concentrate on the process behind LIFE SYNFLUOR, each focusing on a specific field of application.
In her academic paper entitled: “Synthesis and characterization of highly dispersible precipitated silica from hexafluorosilicic acid for application as filler in tires”, Alessandra Murroni explored key aspects of research and industrial development related to the project. “My work mainly focused on optimising the method of synthesis of highly dispersible silica to be used as a filler in tyres from hexafluorosilicic acid (FSA)” – explains Alessandra, who continues – “FSA is a waste product of the phosphate fertiliser industry, which can be used as a source of fluorine for the production of hydrofluoric acid and synthetic fluorspar, going through the synthesis of the silica itself, thus placing the whole project within a circular economy perspective and a valid raw material sourcing”.
Mauro Schintu in his thesis entitled: “Valorization of hexafluorosilicic acid to obtain nanometric silica and calcium fluoride”, explored the potential of the patented FLUORSID process for the reuse of industrial by-products. “I am very proud to have been involved, even if only for a few months, in the development of LIFE SYNFLUOR” – said Schintu, who concluded – “A project born in Sardinia that can enhance our territory through implementation of production models based on the circular economy which is, in my opinion, a crucial aspect”.
Research projects can – and must – become a bridge between the academic world and industry, encouraging new generations of chemists and researchers to take increasingly responsible and sustainable paths. LIFE SYNFLUOR becomes a real springboard within the territory: for new talent, for technological innovation and for a future in which chemistry is able to turn environmental challenges into concrete opportunities.
