SC
Soryong Chae
Principal Investigator
University of Cincinnati
I'm working on
8 months ago
Water purification, membrane separations, nanomaterials, resource recovery
About
Focus on process-level solutions for safe water: nanomaterials-enabled membranes with electrothermal in‑situ pathogen control and biofouling mitigation, adsorption media for phosphorus recovery, and membrane distillation for high‑salinity industrial waters.
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University of Cincinnati
Nutrient recovery from urban stormwater runoff using magnesium carbonate pellets
A novel adsorbent technology using magnesium carbonate pellets to recover nitrogen and phosphorus nutrients from urban stormwater and municipal wastewater. Achieves over 78% ammonia-nitrogen and 75% ortho-phosphate recov...
TechnologyConceptualUniversity
University of Cincinnati
Electrically heated carbon nanotube membranes for energy-efficient membrane distillation
A membrane distillation (MD) technology that integrates electrically conducting carbon nanotube (CNT) sheets with hydrophobic polymeric membranes to deliver interfacial heating. This approach eliminates axial temperature...
TechnologyConceptualUniversity
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