Hybrid systems (homogeneous/heterogeneous; natural/artificial catalysts, etc.)
Artificial metalloenzymes
Bio-orthogonal catalysis
Novel plasmonic materials
Agricultural waste as catalysts
2. Catalysis in unconventional environments and applications
Biocatalysts for direct solar conversion of CO2
Nanocatalysts in living systems (cells, organisms. cancer theranostics)
Catalysis in urban environment (e.g. indoor and outdoor air purification)
Photocatalysis on antimicrobial surfaces
Catalysis in Space exploration
Catalysis for human safety (escape masks, decomposition of chemical warfare agents)
3. Unconventional methods in catalyst development, synthesis and manufacturing
AI in catalyst development and synthesis
Novel catalyst preparation methods: sonochemical, microwave, plasma-induced, plant- and bio- assisted methods, preparation and stabilization of catalytic clusters, ALD, etc.
Automated methods, fabrication based on theoretical predictions of catalytic system