Climate Positive Energy & Climate Positive Campus U of T Request for Proposals
The Climate Positive Energy research initiative is partnering with U of T’s Climate Positive Campus to support research that assists the University in reaching its net-negative 2050 campus goals. The current estimate of direct (Scope 1+2) emissions is 114 kT CO2/yr. Achieving the climate positives 2050 goal requires a major transformation of the campus and a new model of sustainable growth. Facilities and Services are already implementing programs to reduce the carbon footprint associated with university operations, including responsible growth, cleaner and more efficient heating and cooling, low-carbon buildings, and Canada’s largest geo-exchange system. These current initiatives are expected to reduce emissions (scope 1+2) to ~ 85 kT CO2/yr by 2024. The purpose of this call is to engage UofT researcher’s intellectual power to address the remaining emissions.
This funding is intended to support research projects that – if successful – have the potential to be piloted at UofT within 5 years and mitigate or quantify a substantial portion of current emissions. This is an opportunity to innovate and advance science, technology, policy, and frameworks that can be proven and piloted at U of T as a living lab. Applications should address one of the following themes:
Theme 1: Enabling energy storage on campus
Achieving a climate positive U of T campus is likely to require integrating thermal and electrical energy storage systems on campus. See the Climate Positive Campus technical report for more details on campus energy needs. An example of a potential project would be the repurposing of existing U of T infrastructure for an energy storage system.
Theme 2: Expanding U of T emissions accounting
The university currently tracks Scope 1 and 2 emissions. This theme seeks to develop a framework and a methodology to assess emissions associated with activities and assets not owned by the university (Scope 3). Here again the opportunity is two-fold: advancing the universities ability to reduce our associated emissions and serve as an example to other organizations. Examples of applicable research directions include an analysis of system boundaries, emissions measurements, and approaches to measurements.
Theme 3: Generating renewable energy and improving energy efficiency
Achieving a climate positive campus requires the generation of zero-emissions energy as well as improvements in energy use via improved efficiency. Potential zero-emissions energy projects should be systems utilizing U of T land, either on or off (e.g., the Gull Lake Survey Camp) campus. Other examples of applicable research include energy efficiency retrofits for U of T infrastructure (including housing), electrification, and strategies to accelerate efficiency implementation.
Theme 4: Improving health, well-being, and behaviour
The adoption of sustainable practices, policies and infrastructure can have many co-benefits by improving the health and well-being of the U of T community alongside carbon reductions. This research theme will provide best practices and mechanisms to encourage, enable and track sustainable change with health and wellness co-benefits. Examples of applicable research directions include developing financial, policy and infrastructure mechanisms to motivate behaviour change (for example, to encourage and enable active and public transit use), investigating strategies to build momentum and support for climate action movements, and assessing human factors in the use of energy embedded energy.
Climate Positive Energy and Climate Positive Campus are inviting proposals for grants of up to $100,000 (total, and spendable over 2 years).
The projects are collaborative and multidisciplinary, reflecting the vision of Climate Positive Energy and the Institutional Strategic Initiatives program. Projects are to bring together diverse disciplinary expertise, with a minimum of 2 co-PIs, both faculty members at the University of Toronto. Provide a:
- clear goal that addresses a specific, and substantial, portion of UofT’s current emissions (in kT/yr).
- novel approach that is at the forefront of research.
- feasible implementation plan for implementation at the UofT.
- integration of equity, diversity and inclusion (EDI) considerations.
The proposal form is short, and will be used to select projects for final selection via a live (zoom) pitch session. The proposal form is due March 10th, 2022 at 11:59 PM (EST). Sections:
Clear goal that addresses a specific, and substantial, portion of UofT’s current emissions (in kT/yr). A spreadsheet is provided with the application form (download below) to be used in estimating the emissions reduction potential. [20 words max and (kT/yr) reduction potential, complete estimations sheet]
Novel approach that is at the forefront of research. [200 words max, 1 diagram, 5 references max]
Team noting excellence, track record, and multidisciplinary [100 words max]
Feasible implementation plan to apply the research outcomes at the UofT, beginning within 5 years. Include a statement on how you embed equity, diversity, and inclusion in your research practice [100 words max]
Statement on how you embed equity, diversion, and inclusion in your research practice. [100 words max]
Budget [3 lines] Short, itemized budget, in accordance with the University’s research funding guidelines.
Contacts: Hannah McPhee, email@example.com (Climate Positive Energy), Marc Couture, firstname.lastname@example.org (Climate Positive Campus)