+420 485 353 852|

cxi@tul.cz|

Staff


+420 485 353 852|

cxi@tul.cz|

Staff

Project Department of environmental chemistry

  • Exploring the role of ferrates and modified nano zero-valent iron in the activation process of persulfates detail
  • Technologie in situ elektricky podporované mobilizace a oxidace extrémně vysoké organické kontaminace 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_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
  • Use of the short lived radiotracers and development of their detection methods to describe processes influencing migration of contaminants in the environment detail
  • Utilization of waste material from limestone quarries in combination with biochar in order to improve soil properties of agricultural areas detail
  • Development and testing of a combined remediation method of reductive-oxidative in-situ bioremediation of chlorinated solvents (BIOREDOXX) detail
  • Smart Rain Flow detail
  • Vývoj inovativní technologie chemické oxidace perzistentních organických polutantů in situ s využitím odpadních materiálů jako aktivátorů detail
  • Development of mobile modular technology for removal of pesticides, pharmaceuticals and hormonal substances for raw water treatment detail
  • Vývoj separační technologie na bázi grafenových nano-derivátů detail
  • Vývoj separační technologie na bázi grafenových nano-derivátů detail

General partners

LabRulez
Škoda AUTO
Česká Zbrojovka
Elmarco
FM Motol
Preciosa
UJV Group
Atrea
Innogy
Auren
LabRulez
Škoda AUTO
Česká Zbrojovka
Elmarco
FM Motol
Preciosa
UJV Group
Atrea
Innogy
Auren
LabRulez
Škoda AUTO
Česká Zbrojovka
Elmarco
FM Motol
Preciosa
UJV Group
Atrea
Innogy
Auren