Case Study
City of Kingston - Fire & Rescue HQ and Grand Theatre
The City of Kingston, located on the shores of Lake Ontario in eastern Canada, serves a population of over 130,000 residents whilst managing an extensive municipal building portfolio spanning cultural venues, emergency services facilities, administrative offices, and community infrastructure. As a progressive municipality committed to achieving net-zero emissions by 2040, Kingston actively pursues innovative strategies to reduce operational carbon emissions across its property estate.
For this EndoTherm pilot programme, the city selected two distinctly different facilities that exemplify the diverse heating challenges facing modern municipalities. The Kingston Grand Theatre stands as a cultural landmark—a historic 776-seat performance venue featuring a proscenium stage and orchestra pit, hosting theatrical productions, concerts, and community events throughout the year. In stark contrast, the Fire & Rescue Headquarters represents critical emergency infrastructure, serving as the operational nerve centre coordinating fire suppression, rescue operations, and training programmes across the region. Located strategically for rapid deployment, the facility houses apparatus bays, administrative offices, training spaces, and staff accommodation requiring reliable heating regardless of external conditions.
“The City of Kingston’s EndoTherm pilot demonstrated meaningful energy and carbon reductions, supporting our ongoing commitment to sustainability and operational efficiency.”
Russell Horne – Manager, Facilities Energy & Asset Management
City of Kingston
Why These Municipal Buildings Were Selected
Kingston’s dual-site approach demonstrated EndoTherm’s versatility across radically different building types and operational profiles. The Grand Theatre, with its heritage character and intermittent occupancy patterns driven by performance schedules, contrasts sharply with the Fire HQ’s 24/7 operational requirements and critical service mandate.
Both facilities connect to natural gas heating systems with established metering and historical consumption data spanning over three years, enabling rigorous measurement and verification following IPMVP protocols. The municipality’s sophisticated facilities management capabilities and commitment to evidence-based decision-making ensured that any efficiency improvements would be properly documented, verified, and scalable across Kingston’s broader property portfolio if proven successful.
Register to access a copy of the full case study...
Municipal Building Heating Challenges
Aggressive climate commitments with limited capital budgets: Municipalities face legally binding net-zero targets and greenhouse gas reduction mandates whilst operating under strict budgetary constraints, requiring low-cost interventions that deliver measurable carbon reductions without major capital expenditure on plant replacement or building retrofits.
Critical service continuity in emergency facilities: Fire stations, police headquarters, and emergency operations centres cannot tolerate heating system failures or maintenance shutdowns that compromise operational readiness, demanding efficiency solutions that install without disrupting essential services or requiring facility closures.
Heritage building constraints and preservation requirements: Historic civic buildings and cultural venues often carry heritage designations limiting structural modifications, preventing conventional retrofit measures like insulation upgrades or system replacements that would alter architectural character or require invasive construction work.
Diverse portfolio complexity and scattered infrastructure: Municipal property managers oversee vastly different building types—from Victorian-era theatres to modern fire stations—each with unique heating systems, occupancy patterns, and performance requirements, making standardised efficiency improvements difficult to implement consistently across the estate.
Public scrutiny and transparent accountability expectations: Local government facilities operate under intense public oversight regarding environmental performance and fiscal responsibility, requiring any efficiency measures to demonstrate clear, auditable results that justify expenditure of public funds and contribute measurably toward published climate action commitments.
EndoTherm’s installation delivered substantial benefits for City of Kingston, during the pilot period the sites saved over 9,600kg CO2e, proving that EndoTherm can play a crucial role in helping municipalities like City of Kingston meet their environmental commitments. This GHG reduction is equivalent to:
