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Environmental chemistry studies examine chemical interactions that influence the origins, makeup, reactions, movement, and destinations of chemical compounds in natural systems (including air, water, and soil), how human actions impact these systems, and chemical approaches to preventing pollution and cleaning up contaminants. The shared goal of UCR's environmental chemistry studies is to establish a foundational, molecular-scale comprehension of environmental chemical processes and remediation techniques. Research initiatives encompass atmospheric monitoring, atmospheric reaction dynamics, aerosol chemistry studies, environmental water sensing technologies, pollutant detection using fiber optics, nano-engineered materials for wastewater purification, porous substances for CO2 capture and transformation, among others.
As a vast, multidisciplinary domain, environmental chemistry at UCR delivers comprehensive education in atmospheric science, physical chemistry, analytical methods, and materials science. Students gain chances to cultivate cross-disciplinary research skills through partnerships with the Air Pollution Research Center, Environmental Sciences Department, and CE-CERT (Center for Environmental Research & Technology).