Project Department of environmental technology

• 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 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
• Nanofiber membranes for car wash water recyclation. detail
• Regeneration of wells - new targeted regeneration processes, regeneration and monitoring systems, and preventive diagnosis of the state of wells detail
• RESearCh network towards an understanding and mitigation of diffuse Urban POLLution detail
• SanAI: Advanced AI tools for exploration, smart monitoring and effictive management of contaminated aquifer remediation. detail
• Mitigation of eutrophication with an impact on the biodiversity of importantwater bodies in the Liberec Region detail
• Pilot verification of technologies for the removal of pharmaceutical substances from WWTPs detail
• STIMUL20 - Selection pressure and nanomaterials as effective tools for stimulation of biotechnology systems. detail
• SUPERHYDROPHOBIC NANOFIBER MEMBRANES FOR MEMBRANE DISTILLATION PROCESS detail
• Sustainability of Critical Water Resources through Advanced Wastewater Treatment as part of the Green Deal Strategy detail
• Sustainability of Critical Water Resources through Advanced Wastewater Treatment as part of the Green Deal Strategy detail
• System for monitoring of vertical stratification of f-ch. parameters in HG objects, digitization of objects and advanced SW processing of measured data detail
• Technological innovation of the developed filter element to increase market potential detail
• Technologie bioremediace a pokročilého monitoringu půdy zasažené průmyslovou zemědělskou činností pro návrat do režimu trvalé udržitelnosti detail
• Technology of microorganism-free surfaces of nanotechnological materials for biotechnology applications detail
• Technology for the elimination of disinfection by-products enabling recycling of washing waters from sand filters in swimming pools detail