Sunnybrook Health Sciences Centre’s 8MW Combined Heat and Power Facility

Sunnybrook Health Sciences Centre, a leading healthcare institution, has taken a significant stride towards sustainability and energy efficiency with the successful completion of an 8MW Combined Heat and Power (CHP) facility. This project, implemented under the Save on Energy/Process and System Upgrade Initiative (SOE/PSUI), features an 8 MW natural gas-fired Gas Turbine Generator (GTG) and 90,000 lbs/hr HRSG. By generating both electricity and thermal energy simultaneously, this CHP facility will provide numerous benefits to Sunnybrook, including reduced energy costs, increased operational efficiency, and a smaller carbon footprint.

Undertaking a project of this magnitude in a hospital setting comes with unique challenges and demands the highest level of expertise. Sunnybrook collaborated with CEM for our experience in designing and implementing complex systems within the healthcare sector. CEM’s deep understanding of hospital operations, specific codes, and standards enabled us to overcome the intricacies involved in integrating the CHP facility seamlessly into Sunnybrook’s existing infrastructure. This familiarity ensured that patient care and safety were prioritized while meeting the stringent requirements of the healthcare industry.

This CHP facility allows Sunnybrook Health Sciences Centre to significantly decrease its reliance on the grid and enhance its energy independence. This project received support through the IESO’s Save on Energy program, with Sunnybrook receiving incentives for their commitment to energy conservation and efficiency. CEM helped facilitate the incentive application process, assisting Sunnybrook in navigating the program’s requirements and deadlines.

Benefits of the 8MW CHP Facility:

1. Energy Efficiency: The CHP facility allows Sunnybrook to simultaneously generate electricity and thermal energy, achieving significantly higher energy efficiency compared to conventional power generation methods. The hospital can optimize its energy consumption and reduce waste, ultimately leading to cost savings.
2. Cost Reduction: By producing electricity on-site, Sunnybrook can reduce its reliance on the grid during peak demand periods, mitigating the impact of rising energy costs. The excess thermal energy generated can be used for heating, cooling, and hot water, further reducing operational expenses.
3. Environmental Impact: The utilization of a natural gas-fired GTG helps Sunnybrook minimize its carbon footprint by reducing greenhouse gas emissions. By embracing sustainable practices, the hospital demonstrates its commitment to environmental stewardship and sets an example for other healthcare institutions.
4. Enhanced Resiliency: The CHP facility improves Sunnybrook’s resilience by providing a reliable and independent source of electricity. In the event of a grid outage, the hospital can continue operating critical equipment, ensuring uninterrupted patient care and safety.

Sunnybrook Health Sciences Centre’s completion of this CHP facility marks a significant milestone in their journey towards sustainability and energy efficiency.