Project Department of environmental chemistry

• Green Synthesis of Amphiphilic Graphene Oxide for Stable Zn Anode in Aqueous Zinc-ion Batteries detail
• Hybrid nanomaterials for generating electricity from forever chemicals in bioelectrochemical degradation process detail
• Hydrated electron: the alchemist stone of the water treatment detail
• HYDRated electrOn: the alCHEMIST stone of the water treatment CZ detail
• Characterization of reactive oxygen species and their complex reactions in persulfate-based systems detail
• Innovative Modular Construction Solutions for Sustainable Renovation of Heritage and Built Environments detail
• Innovative photocatalytic screeds and concrete admixtures. detail
• Inovativní technologie pro efektivní hydroponické pěstování detail
• Innovative use of phytoscreening to identify groundwater contamination by specific micropollutants detail
• SmartRainFlow detail
• Investigation on the materials and electrochemical properties of chemically disintegrated waste activated sludge for aqueous symmetric supercapacitor detail
• Catalyzing the Future: 2D/2D S-Scheme Heterojunctions for Efficient PFAS removal detail
• Conversion of Mercury to Solidified Mercury Sulphide detail
• Acid Mine Drainage for Critical Raw Materials detail
• LAB-NEC: Laser-Based design of Nanoalloys for Enantioselective Catalysis detail
• Laser radiation as a tool for controlling the generation of Metal-Support Interaction sites in nanocatalysts detail
• MACHINA: Laser-Assisted Synthesis of Magnetic Chiral Nanoalloys detail
• Smart rain storage technology - SRST detail
• Modernization and upgrade of larfe research infrastructure "Nanomaterials and nanotechnologies for protection of the environment and sustainable future". detail
• Monitoring and removal of micropollutants in systems that increase the landscape retention capacity detail