Nanochemistry & Nanocatalysis at World Nano 2027

Chemical processes and catalytic behavior at the nanoscale define this session at the World Nanotechnology Conference. Topics include surface and interfacial chemistry, heterogeneous and single-atom catalysis, photocatalysis, electrocatalysis, nanozymes, biocatalysis, porous frameworks and nanoreactors. Discussions will examine catalyst composition, active sites, reaction pathways, kinetics, selectivity and stability, alongside methods for relating nanoscale structure to chemical performance. The scope remains open to diverse reactions and applications, including chemical synthesis, energy-related processes, environmental treatment and biologically relevant catalytic systems.

Abstract Scope and Participation

Submissions are invited on catalyst design, mechanistic investigations, computational chemistry, reaction engineering, characterization and application testing. Studies of catalyst deactivation, regeneration, recovery or comparative performance are also welcome. Chemists, catalysis researchers, materials scientists, chemical engineers, industrial specialists and students are encouraged to exchange insights connecting fundamental nanoscale chemistry with the development and evaluation of catalytic technologies.