Project Department of environmental chemistry

• Removal of water pollution with Waste: an innOvative way tO turn Waste into value detail
• Approaches for design and realization of complex effective measures for tile drained agricultural catchments by land consolidations detail
• PerSlowAct - Remedial Technology of Slow-Release/Activated Persulfate for Long Lasting In Situ Chemical Oxidation detail
• Porézní biologické 2D membrány a 3D struktury vystavěné z polysacharidů funkcionalizovaných rostlinných gum a jejich environmentální aplikace detail
• Understanding and characterization of reactive oxygen species in persulfate-based systems detail
• PROSYKO 2 - Kompozitní přípravek na bázi vermikulitu pro zemědělské účely - bal.13 detail
• In-situ sulphate radical regeneration of sorbents (ISRE) detail
• Separace vybraných kovů z vyřazených solárních panelů pomocí iontových kapalin detail
• Reducing Heavy Metal Pollution in Agriculture "Metallica" detail
• Sorption module for nuclear power plant severe accident mitigation detail
• Exploring the role of ferrates and modified nano zero-valent iron in the activation process of persulfates detail
• Sustainable porous 2D Membranes and 3D Sponges for the Removal and Detection of Micro- and Nano-plastics detail
• Sustainable and Greener Approach to the Fabrication of MXene Reinforced Bio-gum/Carbon Nanocomposites for Energy and Environmental Applications. detail
• Sustainable development of two-dimensional MXene reinforced biogum carbon nanostructures detail
• ULTRA-SMALL: Laser Synthesis of Ultra-Small Nanoalloys for the Neat Development of Powerful Catalysts detail
• Visegrad Fund – Stanislaw Waclawek detail
• Visegrad Fund_Lukowiec_Waclawek detail
• Visegrad Fund_Lukowiec_Waclawek detail
• Visegrad Fund_S. Waclawek_D. Lukowiec detail
• Use of the short lived radiotracers and development of their detection methods to describe processes influencing migration of contaminants in the environment detail