Nanocomposite Photocatalysis System for Rapid Chloramine Removal in Water Treatment
A low-cost, fast, and efficient water treatment technology that uses titanium dioxide and graphene nanocomposite photocatalysis under UV illumination to remove chloramine. Designed for scalable deployment on flexible sub...
Graphene field-effect transistor sensor for ultra-sensitive acrylamide detection
A graphene-based field-effect transistor sensor paired with a molecularly imprinted polymer membrane for highly sensitive, selective, and low-cost detection of acrylamide. The technology leverages graphene's sensitivity ...
Superhydrophobic PTFE film for passive dew water harvesting via roll-to-roll manufacturing
Surface-modified polytetrafluoroethylene (PTFE) films fabricated using roll-to-roll microstructured molds enable passive dew collection without energy input. Each square meter can collect over 1 liter of dew water per ni...
Graphene-based micro sensor for continuous chloramine monitoring in water
Ultra-compact, low-cost graphene sensor with selective polymer membrane for real-time, in-line chloramine detection in water systems. Designed to be roughly 1,000 times smaller and 100 times lower cost than existing bulk...
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