Meet Novalix at the 39th International Conference on Solution Chemistry (ICSC) in Tunisia!
Jointly organized by the international steering committee of the ICSC, International Union of Pure and Applied Chemistry (IUPAC), Tunisian Chemical Society (TCS) as co-organizer, and the University of Monastir, this leading chemistry event is held every two years in different countries over the world.
ICSC 2025 will bring together chemists (professors, researchers, engineers and doctoral students) worldwide to discuss up-to-date fundamentals innovations and new technologies and applications related to physicochemical processes in solution chemistry governed by solvent-solute and solute-solute interactions in liquid phase.
“Selective C(sp³)–C(sp²) Bond Formation via Homogeneous Electrochemical Cross-Coupling in Solution”
Do not miss the poster presentation made by Idriss Essid, PhD, Senior Scientist Synthetic Chemistry at our Sidi-Thabet site in Tunisia, on September 15 in the morning.
Abstract: We present an efficient electrochemical platform for the selective formation of C(sp³)–C(sp²) bonds via nickel-catalyzed decarboxylative cross-coupling of a broad range of alkyl esters in homogeneous solution. Critical solution parameters including solvent choice (NMP, ACN, DMF, DMAc), electrolyte concentration, and electrode materials (magnesium or aluminum anode, RVC or Glassy carbon. cathode) were systematically optimized to enhance intermediate stability and reaction efficiency. The dual Ag-Ni electrocatalytic system operates under air-tolerant conditions using dry solvents, inexpensive ligands, and nickel sources with substoichiometric AgOTf. […] Discover more on-site!
Interested in developing your research and adding values to candidates through our Drug Discovery, Biophysics, Chemistry and Pharmacology platforms? Schedule a meeting with our team!
Event venue: Rosa Beach Hotel, Monastir, Tunisia
Event
Visit websiteDate
From
Sep 14, 2025
to
Sep 17, 2025
Location
Monastir, Tunisia
Attendees
Idriss Essid, PhD
Senior Scientist Synthetic Chemistry