Project Department of environmental technology

• Total Removal of Nitrogen and Phosphorus from wastewater using tailor-made textile biomass carriers detail
• Use of solar energy and its accumulation in the form of pressurized technological gas detail
• Vývoj a aplikace filtračně-sorpčního prostředku pro individuální úpravu vody detail
• Development and testing of a new generation sorption system for the elimination of hormonal disruptors from water detail
• Development of accredited methodologies for water quality assessment by molecular-genetic methods detail
• Vývoj aktivní nanomateriálové membrány pro eliminaci sulfanu z vína detail
• Development of electro-post-denitrification system for complete reduction of nitrate detail
• Development of functionalized nanofibrous membrane for membrane distillation process detail
• Vývoj hybridního skrápěného bioreaktoru detail
• Vývoj hybridního skrápěného bioreaktoru detail
• Development of innovative hybrid technology for recycling wastewater from steel and metal pickling processes detail
• Development of an innovative system for sustainable stormwater management with predictive algorithms detail
• Vývoj mobilní energeticky nezávislé jednotky membránové destilace využívající energie z obnovitelných zdrojů detail
• Development of mobile energy-independent unit of membrane distillation using energy from renewable sources detail
• Development of a mobile energy-independent unit of a drinking water treatment plant for emergency use in crisis situations detail
• Vývoj mobilní jednotky a nových čistících protokolů pro regeneraci filtračních membrán využívaných při čištění odpadních vod detail
• Development of mobile modular technology for removal of pesticides, pharmaceuticals and hormonal substances for raw water treatment detail
• Development of mobile drinking water packaging technology with an advanced control system detail
• Development of mobile drinking water packaging technology with an advanced control system detail
• Development of a mobile base for fireworks launching with experimental capture explosive burning residues detail