Building Responsibly

Look, we're not gonna pretend we've got all the answers. But after 15 years of wrestling with the environmental impact of what we design, we've learned a thing or two about doing this right.

Every building we create either helps or hurts the planet. That's just the reality. We choose to help.

42%

Average energy reduction across our projects since 2020

3.2M

Liters of water saved annually through greywater systems

78%

Construction waste diverted from landfills last year

23

LEED certified projects completed to date

How We Actually Do This

Sustainability isn't a checkbox for us - it's baked into every decision from day one. Here's what that looks like in practice.

Solar integration

Energy Performance First

We're kinda obsessed with building envelopes - probably more than normal people should be. But there's a reason: a tight, well-insulated envelope means you need way less mechanical equipment to keep people comfortable.

  • Passive solar design that actually works with Toronto's climate
  • High-performance glazing (triple-pane where it makes sense)
  • Integrated renewables - solar, geothermal, you name it
  • Smart building systems that learn from occupant behavior
Real talk: We had a client push back on triple-pane windows once. We ran the numbers showing 15-year savings. They upgraded. Sometimes it just takes showing people the math.
Material reuse

Material Honesty

The greenest material is the one you don't use. Second greenest? The one that's already here. We prioritize reclaimed, recycled, and locally-sourced materials whenever possible.

  • Life cycle assessments for major material decisions
  • Low-VOC finishes (your lungs will thank you)
  • Timber from FSC-certified sources
  • Salvaged materials from heritage projects get new life
Fun fact: That exposed brick in our Queen West office? It's from a demolished warehouse in Parkdale. Been around since 1892, still looks better than most new stuff.
Biodiversity

Biodiversity Matters

Cities don't have to be concrete deserts. We're big believers in green roofs, native plantings, and creating habitats for pollinators. It's not just about looks - urban biodiversity is crucial.

  • Green roofs that actually support local ecosystems
  • Bioswales for stormwater management
  • Bird-friendly glazing (Toronto's a major migration route)
  • Urban agriculture spaces where feasible
Side note: We've got bees on our office roof. They're surprisingly chill neighbors and the honey's pretty great too.

Our Credentials

We don't just talk about sustainability - we've got the paperwork to prove it. Here's what we're certified in and why it matters.

LEED AP BD+C

Three of our senior architects hold LEED Accredited Professional credentials. We've navigated the certification process enough times to know all the shortcuts (legal ones, obviously).

Passive House

Certified Passive House Designer on staff. Yeah, the standards are tough - but when you see the energy bills, it's worth every headache during the design phase.

Living Building Challenge

We're working toward our first LBC certification. It's ridiculously hard - basically the Olympics of green building - but we love a good challenge.

CaGBC Member

Active members of the Canada Green Building Council. We're not just keeping up with standards - we're helping write the future ones.

WELL Building

WELL Accredited Professional credentials because sustainability isn't just about carbon - it's about human health too. Air quality, lighting, acoustics... it all matters.

ENERGY STAR

Portfolio Partner status means we're tracking energy performance across all our projects. Data doesn't lie - it keeps us honest about what's actually working.

Real Projects, Real Results

Let's look at a couple projects where sustainable design made a measurable difference.

The Distillery District Office Retrofit

Challenge: Historic 1880s warehouse, protected heritage designation, terrible energy performance. Client wanted modern office space without destroying the character.

Before renovation
BEFORE

Energy Use: 425 kWh/m²/year

Heating: Steam radiators, zero insulation

Comfort: Freezing in winter, sweltering in summer

After renovation
AFTER

Energy Use: 142 kWh/m²/year (67% reduction!)

Heating: Radiant floors + heat recovery ventilation

Comfort: Consistent 21°C year-round

What We Did:
  • Interior insulation (couldn't touch the exterior - heritage rules)
  • New window system behind the original frames - looks the same, performs 10x better
  • Geothermal system using old foundation footings for the ground loop
  • LED lighting with daylight harvesting sensors
  • Green roof on a newer addition (not visible from street level)

Best part? The client's energy costs dropped by $48,000/year. Project paid for itself in 8 years, and they've still got a gorgeous heritage building that'll last another century.

High Park Net-Zero Residence

Challenge: Young family wanted to tear down a 1950s bungalow and build their forever home. They wanted net-zero energy but didn't want it to look like a science experiment.

Original bungalow
BEFORE

Size: 950 sq ft, cramped layout

Annual Energy: ~32,000 kWh

Condition: Functionally obsolete, poor envelope

Net-zero home
AFTER

Size: 2,100 sq ft, open-concept

Annual Energy: Net-zero (produces what it uses)

Condition: Passive House certified

Key Features:
  • Super-insulated envelope (R-60 walls, R-80 roof)
  • Triple-pane windows with thermally-broken frames
  • 8.5 kW solar array on south-facing roof
  • Air-source heat pump for heating/cooling
  • HRV recovering 95% of heat from exhaust air
  • Rainwater harvesting for irrigation
The Numbers:
  • Heating demand: 15 kWh/m²/year (vs 120 typical)
  • Airtightness: 0.4 ACH50 (nearly 10x tighter than code)
  • Solar production: ~9,800 kWh/year
  • Grid consumption: ~9,600 kWh/year
  • Embodied carbon offset: 12 years

Real talk: The family's monthly utility bill is about $15. In Toronto. That's basically two fancy coffees.

We Track Our Carbon Footprint

Since 2022, we've been measuring the embodied carbon in every project. Not just operational energy - the full lifecycle from material extraction to end-of-life.

It's eye-opening stuff. Concrete and steel are the big offenders, which is why we're increasingly exploring timber construction and adaptive reuse.

Our 2024 Portfolio Carbon Budget: