Case studies

Buildings we
have assessed.

What the work actually produced, building by building — the measures, the funding secured, and how the saving was proven afterwards. Commercial, multi-residential, industrial and institutional, across North America.

10M+ sq ft
Assessed under energy, carbon and performance studies
$15M
In grants and incentives secured
16+ MW
Of renewable energy supported
30+ years
Of combined experience in energy systems and decarbonization
Where we work

Fourteen cities,
and heading south.

From Vancouver to Montréal, across British Columbia, Alberta, Ontario and Quebec. Office towers, retail plazas, housing co-operatives, manufacturing plants and data centres. The map below is our Canadian footprint; we are extending the same work into the United States, and are taking enquiries there now.

British ColumbiaAlberta OntarioQuebec
Featured
Drone infrared thermography of a curtain wall facade beside the same view in visible light
Calgary, Alberta · BOMA Phase II

A 23-storey office tower

A tower from 1972, assessed across five studies. We found a chiller plant running at a coefficient of performance of about 1.0, an outdoor air sensor frozen at 24 °C, and an air handler cooling supply air to 5 °C in August while the floors below reheated it.

ASHRAE Level IIIDrone thermography Chiller COPIPMVP Option C 5 interactive models
Read the full assessment →
Close-up of fouled fire-tube boiler tubes with heavy scale deposits
Fire-tube fouling, found on inspection. Scale is an insulator; this is heat going up the stack.
Rooftop packaged unit sitting on a corroded curb on a commercial roof
Rooftop unit on a failing curb. Replacement studies begin from a unit-by-unit survey rather than from the drawings.
Mechanical room with distribution pumps and headers
Distribution pumping. Constant-speed pumps running flat out are one of the most common findings in this work.
On film

A retail property
in Hamilton.

A short film on a Hamilton retail property, covering how BOMA Enspire funding advanced energy efficiency and tenant comfort, including the rooftop unit heat pump replacement study and the controls work behind it.

Next step

Request an
assessment.

Twelve months of utility data and access to the mechanical room is enough to begin.

Next step

Thirty minutes, with the engineer who would run the work.

No cost and no obligation. Bring twelve months of utility bills if you have them — that alone is usually enough to say whether a building has a capital problem or a controls problem.