His research is focused on the development of automated manufacturing technology for the synthesis of metal nanoparticles with in-situ analysis.
He has been working on the development of mili- and microfluidic processes for a large set of disciplinary fields, some of them evolving i. energy and environment, ii. thermodynamics, iii. supercritical heterogeneous catalysis, iv. manufacturing, and v. computational process design.
Expertise: in situ microfluidics, catalytic reactors, automation, nanoparticles, CFD, high pressure, and supercritical fluids.
