Grant: Alliance Grants

The accumulation of CO2 has become an increasing concern in light of our continuing dependence on fossil fuels. Beyond the ongoing focus on the reduction of fossil fuel utilization, the leading strategies have been focussed on CO2 capture and sequestration. This project deals with the development, control and optimization of a novel bioprocess for the biocatalytic conversion of CO2 to high-value products. The proposal aims to combine the expertise of Queen's and Karlsruhe Institute of Technology (KIT) in control engineering for the development, operation and optimization of a bioprocess for the effective biocatalytic conversion of CO2. A major goal of this investigation is to increase the overall efficiency of an experimental bioprocess at KIT using state-of-the-art control, modelling and optimization technologies. Electrochemical processes developed at Queen's University are to be integrated to further optimize the CO2 conversion by controlling feed gas composition. The proposed research will address present gaps in knowledge and has the potential to lead to new and innovative products, services, processes, and technologies. Development of an optimized hybrid biocatalytic CO2 conversion bioprocess would solidify Canada's leadership role in carbon capture technology.