Hosted in Gillings, UNC’s MS in Environmental Sciences & Engineering blends process engineering, exposure science, and environmental justice. Students model PFAS fate in groundwater, 3-D print nanocellulose membranes for point-of-use filtration, and deploy low-cost air sensors with community partners. A Coastal Resilience Field Institute pairs cohorts with NOAA to map nature-based flood defenses.
Electrochemical destruction reactor for PFAS-laden leachate
Dynamic exposure model linking wildfire PM₂.₅ and ER visits
GIS prioritization of green-infrastructure siting in heat islands
Photocatalytic membrane evaluating virus inactivation kinetics
Citizen-science app crowdsourcing well-water arsenic readings
Life-cycle assessment of direct-air-capture sorbents
Policy memo on equitable allocation of climate-adaptation funds
Machine-learning forecast of harmful algal blooms in estuaries
VR module teaching stormwater BMP design to planners
Grant proposal for anaerobic digesters at swine CAFOs
White paper on microplastics regulation in wastewater effluent
Rapid test strip for manganese in rural water supplies
Infographic series demystifying GHG scopes for municipalities
Community photovoice project on industrial fence-line air quality
Open-source Arduino turbidimeter for field deployment
Workshop on risk communication for boil-water advisories
Podcast with frontline activists on pipeline environmental reviews
Combine cutting-edge tech and justice-centered design to safeguard our planet.
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