“My research will be focused on the development and implementation of novel nanomaterial thin films which are designed to increase the energy harvesting capabilities of existing solar panel arrays. These thin films can be tailored to specific environmental conditions which reduce the energy lost due to the incoming light being reflected from the surface (anti-reflection) or being blocked by contaminants (self-cleaning) therefore increasing the overall performance of the solar panels.”
Research Focus: Materials
Scope 3 Emissions: A Conceptual Accounting Framework for Post-Secondary Institutions and Measurement of Selected Categories of EmissionsScope 3 emissions—emissions from activities not directly owned or operated by the University—may contribute as much as 90% of the total emissions from post-secondary institutions. They include business travel, capital project, community, purchased goods, produced goods, and digital footprint. They are also the most difficult emissions to account for, measure, and reduce. This project will develop an accounting framework for Scope 3 emissions, estimate U of T’s emissions and provide guidance on we can reduce them. This research and conceptual framework can hopefully be applied to other post-secondary institutions across the country, using the U of T case as a model.
Designing a nano-composite based solar panel coating that can be applied on-site to minimize light reflection and repel dust, snow and other deposits, improving the power output by approximately 5%.