High-energy milling for the synthesis of nanomaterials using bio-approach and selected environmental applications

The research project is focused on mechanochemical synthesis of the selected nanomaterials via combination of high-energy milling and green approach using precursors based on minerals, natural materials and waste. Mechanochemical reduction will be aimed at preparation of nanocrystalline metals with bactericide effects (Ag, Cu). At the same time, the project will be focused also environmentally, because the application of mechanochemistry will be tested on elimination of halogenated compounds and sorption of toxic metals present in wastewaters after mining and metallurgical activities. Environmental aspect will also resonate by research of selected organic reactions where solid state approach via mechanochemistry can be realized through solvent-free technology. Available characterization methods will be applied for products characterization and monitoring of environmental parameters. The project broadens the application potential of mineralurgy and also metallurgy.