Davide Rigo was born on 5th October 1994. He earned his Bachelor degree in Sustainable Chemistry and Technologies (cum Laude) at Ca' Foscari University of Venice in 2016 and, then, two years later (2018) he achieved the Master's degree in Sustainable Chemistry and Technologies (cum laude). From November 2018 to now Davide has attended a joint PhD course in Chemistry among Ca' Foscari University of Venice, University of Trieste and the University of Sydney.
During his research project within the PhD course of chemistry, Davide Rigo has focused his activities in the area of Green Chemistry, for the conversion of biomass-derived platform chemicals into value added products, with emphasis on the development/implementation of sustainable organic protocols and procedures.
Davide has also developed a significant skill in flow chemistry through the engineering of lab scale systems operating with both conventional and microfluidic reactors. More recently, he has dedicated himself to the investigation of the use of CO2 as green and renewable reagent for the continuous-flow synthesis of cyclic organic carbonates (COC) as key building blocks for polymers and solvents.
Davide Rigo was born on 5th October 1994. He earned his Bachelor degree in Sustainable Chemistry and Technologies (cum Laude) at Ca' Foscari University of Venice in 2016 and, then, two years later (2018) he achieved the Master's degree in Sustainable Chemistry and Technologies (cum laude). From November 2018 to now Davide has attended a joint PhD course in Chemistry among Ca' Foscari University of Venice, University of Trieste and the University of Sydney.
During his research project within the PhD course of chemistry, Davide Rigo has focused his activities in the area of Green Chemistry, for the conversion of biomass-derived platform chemicals into value added products, with emphasis on the development/implementation of sustainable organic protocols and procedures.
Davide has also developed a significant skill in flow chemistry through the engineering of lab scale systems operating with both conventional and microfluidic reactors. More recently, he has dedicated himself to the investigation of the use of CO2 as green and renewable reagent for the continuous-flow synthesis of cyclic organic carbonates (COC) as key building blocks for polymers and solvents.