GRADUATE COURSES
ENV 5410. Drinking Water Treatment
ENV 5505. Sludge Management Operations in Environmental Engineering
ENV 6015. Physical/Chemical Treatment Systems in Environmental Engineering
ENV 6046. Membrane Mass Transfer
ENV 6058. Particle Processes in Aquatic Systems
ENV 6504L. Unit Operation and Processes Laboratory
ENV 6519. Aquatic Chemical Processes
ENV 5410. Drinking Water Treatment
Credits 3(3,0). Prerequisite: ENV 4561.
Drinking water treatment using existing and newly developed processes. Fe, Mn, As, NO3, DBP3, SOCs and other contaminants using oxidation, membranes, ion exchange, precipitation, sorption, and other processes.
ENV 5505. Sludge Management Operations in Environmental Engineering
Credits 3(3,0). Prerequisite: ENV 4561.
Theory and design of sludge management operations and processes in environmental engineering, including stabilization dewatering and ultimate disposal.
ENV 6015. Physical/Chemical Treatment Systems in Environmental Engineering
Credits 3(3,0). Prerequisite: ENV 4561 and EES 4202C or C.I.
Theory and design of physical and chemical operations and processes in environmental engineering using latest technologies.
ENV 6046. Membrane Mass Transfer
Credits 3(3,0). Prerequisite: ENV 6015 or C.I.
Introduction to modeling of mass transfer in membrane systems; membrane morphology, mathematical development of mass transfer coefficients; fouling mechanisms, system modeling, and applications.
ENV 6058. Particle Processes in Aquatic Systems
Credits 3(3,0). Prerequisite: EES 4202 or equivalent.
Concepts of colloidal and interfacial processes in aquatic systems with their applications to environmental engineering.
ENV 6504L. Unit Operation and Processes Laboratory
Credits 3(1,6). Prerequisite: ENV 6015 or equivalent. Bench and small pilot plant experimentation with sedimentation, coagulation, sorption gas-stripping, oxidation ion-exchange, etc. in water, waste-water industrial waste, or hazardous waste treatment.
ENV 6519. Aquatic Chemical Processes
Credits 3(3,0). Prerequisite: EES 4202C and EES 4111C or C.I. The applicability of water chemistry and physical chemistry on natural waters and waste-water with emphasis on environmental engineering problems.
