AST 463/563 discusses agriculturally related pollution and waste problems, regulations and techniques for collecting, handling, treating and disposing of agricultural wastes, and the design and management of agricultural water systems.
EENV 204 conveys students the knowledge of basic process engineering principles that serve as a basis to advanced environmental engineering courses. It focuses on the thermodynamics of engineering processes and covers process variables, material balance, and energy balance.
EENV 250W provides introductory concepts of pollution prevention, sustainability and industrial ecology, as well as the means to implement successful pollution prevention and sustainability programs.
EENV 313 introduces the fundamentals of air quality, atmospheric pollutants, air movement and transport, chemical reactions, fate of pollutants, sources of pollutants, atmospheric dispersion of pollutants, and diffusion modeling (in particular AERMOD).
EENV 421/521 aims to familiarize students with human health risk assessment and the basics of environmental toxicology. It discusses two of the most important EPA documents for human health risk assessment: HHRAP and RAGS.
EENV 443 focuses on the design of air pollution control devices for particulates such as mechanical collectors, fabric filters, electrostatic precipitators, fabric filters, and wet scrubbers.
EENV 444/5190 introduces existing control technologies/processes for gaseous air pollutants, including but not limited to the design, installation and operation of incinerators, adsorption systems, NOx control systems, packed towers, SOx control systems and ventilation systems.
EENV 460W covers several most prevalent renewable energy technologies, focusing on their working principles, system design and basic calculations. It also introduces the relation between energy and environment, i.e., the rational of renewable energy options.
Senior design stage 1 for environmental engineering students.
Senior design stage 2 for environmental engineering students.