Chiara Ceriani Email & Phone Number

Hydrocolloids - Natural Polymers

• Responsabile of additives projects division for industrial coatings, adhesives and 3D printing• Development of new patentable photoinitiators for UV-curing

• Optimized green-clean processes for the reduction of nitro-group of pharmaceutical precursors

• Developed new synthetic routes for the preparation of printable organic semiconductors, devised to be suitable for industrial scaling up by applying a green approach and reducing E-Factor up to 2 orders of magnitude• Prepared high-performance thin film devices starting from waterborne dispersions of high-mobility organic polymers • Synthetized innovative organic π-conjugated insoluble pigments and polymers adopting micellar catalysis approach• Proposed efficient organic luminescent solar concentrators that outperform Lumogen chromophores in the field of large area devices and report the best value of maximum internal photon efficiency for this class of compounds• Multi-step synthetic pathway of an asymmetric monomer to synthetize an original regioregular ambipolar polymer

Department Of Materials Science

• Study of the influence of formulation conditions on micellar cross-coupling reactions• Synthetized of performing designer surfactants for application in micellar catalysis

Department Of Biotechnology And Biosciences

• Synthesis of glycoderivates with modified functional groups, with possible antitumor activity

Doctor Of Philosophy - Phd, Materials Science And Nanotechnology

Supervisors: Professor Luca Beverina (Department of Materials Science, University of Milano-Bicocca) and Doctor Riccardo Po (Istituto ENI.

Master'S Degree, Chemistry, Top Marks Cum Laude

Thesis: "Influence of formulation conditions on the evolution of Suzuki-Miyaura micellar cross-coupling."

Bachelor'S Degree, Chemistry, Top Marks

Thesis: "Synthesis of analogous of N-Acetylglucosamine 1-phosphate and N-Acetylglucosamine 6-phosphate, as AGM1 potential inhibitors."