University of Zagreb
Explore University of Zagreb's available technologies.
Thixotropic oil organogelators as a palm fat substitute
Innovative organic compounds serve as a palm fat alternative, forming stable, thermoreversible gels in oils. These compounds, tested in food applications, are patent-protected and await food-grade registration. Collabora...
Robotic root-zone soil-moisture sampling and irrigation
The University of Zagreb has developed a robotic system that automates the "feel and appearance" method for irrigation water management in greenhouses. By combining RGB-D camera vision with a compliant force control fram...
Dual-use ballistic nanocomposites with multispectral and thermal camouflage
The University of Zagreb, in partnership with Čateks d.d., is developing innovative dual-use nanocomposite materials for military and civilian applications. These hybrid composites integrate ballistic protection with mul...
Nanoclay-enhanced recyclable high-barrier paper
Active academic materials research using biodegradable PVOH with laponite or montmorillonite nanoclays to create high-oxygen-barrier paper. The reported best laponite formulation achieved oxygen permeability substantiall...
Recyclable PCL nanocomposite coatings for paperboard packaging
Researchers at the University of Zagreb have developed biodegradable PCL nanocomposite coatings for paperboard packaging. By incorporating SiO2, Al2O3, and ZnO nanoparticles, these coatings enhance the mechanical and bar...
Integrated membrane treatment for closed-cycle textile water reuse
An integrated MBR-UF-NF-RO membrane treatment system for textile wastewater, engineered to enable a closed-loop water cycle. The solution produces multiple grades of high-quality, reusable process water for dyeing, washi...
Portable NIR screening for infant-formula composition
A portable NIR-based screening platform for the rapid, non-destructive quantitative analysis of infant formula composition. Using chemometric modeling, the technology accurately predicts energy, macronutrients, and physi...
Potentiometric sensor for anionic surfactant quantification
A high-performance potentiometric sensor platform for the rapid and accurate quantification of anionic surfactants. This technology offers a cost-effective, sensitive, and eco-friendly alternative to traditional titratio...
Visual servoing-based autonomous docking and inductive energy-sharing for heterogeneous marine robotic swarms
An autonomous docking and inductive energy-sharing system designed for heterogeneous marine robotic swarms. It enables surface platforms to autonomously dock and recharge underwater sensor nodes (aMussels), facilitating ...
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