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Nano-geopolymer based remediation techniques for groundwater purification (Concept of Sustainable material and residual Waste minimization – H2O PURE)

  • Project title: Nano-geopolymer based remediation techniques for groundwater purification (Concept of Sustainable material and residual Waste minimization – H2O PURE)
  • Project number: EU4TECH No: # 42
  • Institutions participating in the project: University of Novi Sad, Faculty of Sciences, Department of Chemistry, Biochemistry and Environmental Protection
  • Status in the project: Coordinator
  • Project leader: Nenad Grba
  • Project type: EU4TECH PoC 2021 Western Balkans
  • Period of realization: till the end of 2021
  • Project summary: eu4tech.eu/wp-content/uploads/2021/05/EU4Tech-PoC-2021-42-H2O-PURE.pdf

Magnetite nanoparticles: a new approach for arsenic removal for small water utilities

  • Project title: Magnetite nanoparticles: a new approach for arsenic removal for small water utilities
  • Project number: EU4TPOC-1592995466
  • Institutions participating in the project: Faculty of Sciences (Novi Sad)
  • Status in the project: Coordinator
  • Project coordinator: Malcolm Watson (Department of Chemistry, Biochemistry and Environmental Protection)
  • Project type: EU4Tech Proof of Concept
  • Period of realization: 01.09.2020.-31.12.2021
  • Project website: tba
  • Project summary: https://www.dropbox.com/s/j3wgn2y27c0uc9y/MagneticNanoparticlesVideo.mp4?dl=0

Nongreen revolution in industrial packaging with fungal biotechnology (FungPack)

  • Project title: Nongreen revolution in industrial packaging with fungal biotechnology (FungPack)
  • Project number: EU4TPOC-1592957126
  • Institutions participating in the project: Faculty of Sciences (Novi Sad)
  • Status in the project: Coordinator
  • Project leader: Maja Karaman (Department of Biology and Ecology)
  • Project type: EU4Tech Proof of Concept
  • Period of realization: 2020-2021
  • Project website: tba (currently available: https://drive.google.com/drive/folders/1ILew9fII2mojws7LILASoNNu4aOOAGtU)

Mito-Fert-Signature: a new prognostic/diagnostic tool to detect male (in) fertility using mitochondrial dynamics markers in spermatozoa

  • Project title: Mito-Fert-Signature: a new prognostic/diagnostic tool to detect male (in) fertility using mitochondrial dynamics markers in spermatozoa
  • Project number: 159300853
  • Institutions participating in the project: Faculty of Sciences (Novi Sad), Faculty of Medicine University of Belgrade, Clinical Center of Serbia (Narodni front, GAK)
  • Status in the project: Coordinator
  • Project coordinator: Silvana Andrić
  • Project type: EU4Tech Proof of Concept
  • Period of realization: 01.09.2020.-31.08.2021
  • Project website: tba (currently available: https://www.youtube.com/watch?v=uKijzdHVcPI&feature=youtu.be)