Advanced Aqueous Separation Processes

1–2 credits · Graduate

This course examines the fundamental principles and emerging technologies for aqueous-phase separations, with a focus on membrane processes, electrochemical separations, and adsorption/ion exchange. Emphasis is placed on understanding transport phenomena, thermodynamics, and process design considerations that govern the removal and recovery of contaminants and valuable species from water. Students will explore the performance, working principles, and integration of advanced separation systems in applications such as water reuse, desalination, resource recovery, and industrial wastewater treatment. The course incorporates analysis of state-of-the-art and next-generation technologies, including process intensification and electrically driven separations. The course is structured into three components: (1) targeted instructor-led lectures with critical discussion of current knowledge and research; (2) student mini-lectures on specific advanced topics in separation science and technology; and (3) a team-based project in which students evaluate an aqueous separation challenge, assess existing technologies, and propose an innovative solution, culminating in a single oral presentation.