University of Technology, Sydney
Explore University of Technology, Sydney's available technologies.
Nanofluid cold plates combined with phase-change and ultrasonic enhancement
Advanced battery thermal management system (BTMS) combining nanofluids, phase-change materials, and ultrasonic-assisted immersion cooling to optimize heat dissipation. The solution significantly reduces peak battery temp...
Electrochemical removal of microplastics from laundry wastewater
Advanced electrochemical techniques for efficient removal of micro(nano)plastics from laundry wastewater. The solution optimizes electrode materials and process parameters to address a critical gap in treating fiber-rich...
Berberine crystalline nanoparticles for respiratory health
Introducing berberine crystalline nanoparticles (BCN) aimed at enhancing solubility and bioavailability to treat respiratory disorders like asthma, COPD, and allergic rhinitis. BCN offers anti-inflammatory and anti-fibro...
Low-cost cable-driven robot for aerial greenhouse monitoring
A cost-effective cable-driven robot designed for greenhouse monitoring, featuring autonomous sensor deployment and minimal infrastructure impact. It offers high payload capacity and extended runtime for efficient data co...
Automated UPLC / LC-MS workflows for mycotoxin quantification
A robotic platform automates UPLC/LC-MS workflows for precise mycotoxin detection, eliminating manual errors and improving accuracy. Ideal for grain extract analysis, it integrates automated sample prep with HPLC/LC-MS s...
Enhanced Electrokinetic PFAS Soil Remediation Using Industrial Byproduct Permeable Reactive Barriers
A sustainable in-situ soil remediation technology combining electrokinetic processing with industrial byproduct-based Permeable Reactive Barriers to effectively capture and remove persistent PFAS from clay and kaolinite ...
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