Developing a Protocol for the Post-Assembly Functionalization of Chemically-Tailored Copolymer Membranes

Traditional chemical separations, such as water filtration for example, are often energy intensive and require large amounts heat to achieve success. In an age with a growing need for clean technology, there has been increased demand for membranes capable of achieving these separations, without the traditional downfalls. These so called super-membranes are capable of producing drinking water from seawater, removing nitrogen gas from air, and can also be used to purify valuable pharmaceutical compounds. Despite the effectiveness of these membranes, they are seldom used in industry as they can be difficult to produce on a large, commercial scale. This project will focus on developing a detailed protocol for producing a specific type of copolymer membrane that exhibits a chemical structure known as the ‘Hollow Fiber Geometry’. In a lab setting, this unique membrane will be produced. An experimentation phase will then take place where the membrane’s water filtration capabilities will be evaluated. Exploration of this membrane in the lab will contribute to a more reliable production protocol for producing these membranes on a large-scale basis.

Faculty Supervisor:

David Latulippe

Student:

Partner:

University of Notre Dame

Discipline:

Engineering

Sector:

Education

University:

McMaster University

Program: