Project Department of environmental technology

• Optimalizace procesu in-situ regenerace CNT adsorbentu a ověření vlivu opakované regenerace na záchyt vybraných faramceutických látek při kvartérním čištění odpadních vod detail
• Optimization of the air ventilation process detail
• Optimalizace provozních parametrů městských čistíren odpadních vod s cílem intenzifikace odstraňování mikropolutantů v kvarterním stupni detail
• Backup and island systems with efficient production and storage of electrical energy detail
• PFAS-free LIFE | Next-generation electro-nanoremediation for advancing PFAS-free groundwater detail
• Next-generation electro-nanoremediation for advancing PFAS free groundwater - MŽP detail
• Pilot production line for realization of bacteriocidal and virucidal filters detail
• Advanced nanoparticle filtration for safe and sustainable additive manufacturing detail
• Advanced nanoparticle filtration for safe and sustainable additive manufacturing detail
• Pokročilá hybridní a plně mobilní technologie čištění pro pohotovostní ochranu vod detail
• Advanced real-time controlling and monitoring of remediation technologies (RealControl) detail
• ADVANCED WASTEWATER POST-TREATMENT TECHNOLOGIES FOR BETTER RESOURCE PROTECTION detail
• Grenzüberschreitende Entwicklung lichtbetriebener Technologie zur effizienten Entfernung von CECs detail
• Surface engineered nanofiber scaffolds for enhanced biofilm formation in microbial fuel cells detail
• Preparation of microfluidic chips using advanced 3D printing for rapid detection of pathogenic organisms in water detail
• Realization of a spray nebulizer dryer prototxpr for specific types of industrial applications detail
• Recycling and Reprocessing of End-of-life Superalloy for Next-Generation Additive Manufacturing detail
• Recycling of Nickle based super alloy (INCONEL® 625, 718) scraps for parts production using Additive Manufacturing detail
• Recycling of waste galvanic solution detail
• Nanofiber membranes for car wash water recyclation. detail