An artificial intelligence driven platform for continuous-flow catalytic reactor discovery and optimization.
"A continuous flow in which experimental data feed the models, the models generate geometries, 3D printing materializes them, and molecules ultimately travel through reactors designed specifically for each reaction."
Valorization of fructose, in continuous flow using solid phase ionic liquids as a catalyst.
"A biorefinery strategy is reported, applying telescopic flow chemistry for the efficient conversion of sugar-derived biomass, specifically D-fructose, into valuable nitrile-containing compounds. The approach relies on the use of Task-Specific Solid Ionic Liquid Phases "
Why Immobilize the IL?
The ionic liquid is not just a solvent. By anchoring it onto a solid support, the system keeps the catalytic properties of an IL while behaving like a packed solid phase.