In Chemical Engineering at the University of Ottawa, we are investigating new ways to make polymers. This involves gaining a better understanding of polymer production and final product processing from the molecular level up to the full plant scale. This will allow chemical engineers to address issues ranging from environmental concerns to process optimization. We are investigating ways to improve the properties of polymers. These improved properties will expand the already vast number of uses for polymers.
Rheology is the science of flow and deformation of materials.
Rheology helps us understand how different materials behave and how to manipulate them to improve their processing properties. The research done in our department involves rheological experiments on polymer solutions and melts and computer-aided materials processing, rheology and design. Efforts involve experimental measurements, theoretical and empirical modelling for representation and extrapolation of data, testing of data consistency and evaluation of feasibility of chemical processes. It identifies limiting conditions and optimize and select separation processes for obtaining desired chemical products. Recent practical applications include research on supercritical fluid extraction an pollutants removal from the environment.