Sustainability Isn't Just a Checklist

It's about designing buildings that'll actually work for the next generation, not just look good in a brochure

Our Philosophy (the real talk version)

Look, we've been doing this for a while now, and honestly? The whole "green building" thing used to feel like checking boxes for LEED points. But after seeing how our projects from 2012 are performing today compared to what we designed back in '08... yeah, it makes a difference.

We're not gonna claim we're saving the planet one building at a time - that's ridiculous. What we CAN do is design spaces that use way less energy, cost less to maintain, and don't make people sick from off-gassing materials. Pretty basic stuff when you think about it.

By the Numbers

67%
Avg. energy reduction in our projects vs. baseline
89%
Construction waste diverted from landfills
23
LEED certified projects completed

Case Studies: What Actually Happened

These aren't theoretical - they're buildings people use every day

Before renovation
BEFORE - 2018
Heritage Restoration + Green Retrofit

The Wellington Street Office Building

This 1920s building in downtown Toronto was... let's just say it was charming but completely inefficient. The owner wanted to keep the heritage facade (which we loved) but needed the inside to actually function for modern tenants.

Month 1-2: Honestly spent most of this time fighting with heritage committees. Worth it though.
Month 3-7: Gutted the interior, kept the brick shell. Added insulation they definitely didn't have in 1920. Triple-pane windows that look like the originals (sorta).
Month 8-11: New HVAC system, green roof installation, solar panels on the back roof (not visible from street, thank god).
Month 12: Final touches, occupancy. Tenants moved in before we even finished the landscaping.
-72%
Energy consumption drop
$18K
Annual savings for owner
After renovation
AFTER - 2019

What We Learned

The biggest surprise? The tenants actually noticed. Usually nobody cares about the building systems, but the difference in air quality and temperature control was so obvious that we got emails about it. Good ones, which never happens.

The green roof was almost cut from the budget three times. Glad we fought for it - it's dropped the cooling load way more than we predicted. Plus the office workers go up there for lunch now, which wasn't even part of the original plan.

Real talk: The ROI on the solar panels is still gonna take 12 years. But energy prices keep going up, so that payback period keeps shrinking. We'll see.

Residential before
BEFORE - 2020
Residential Net-Zero Retrofit

The Leslieville Family Home

This one was personal. Our client had twin babies and was freaking out about climate change (understandable). They wanted to go net-zero, which in Toronto isn't exactly easy. Their 1950s bungalow was basically a sieve.

Phase 1 (3 months): Complete envelope upgrade. We're talking serious insulation - walls, attic, basement. New windows and doors. They stayed with relatives during this part.
Phase 2 (2 months): Geothermal heat pump install. Had to drill 4 boreholes in the backyard. The neighbors were... curious.
Phase 3 (1 month): Solar array on the roof and garage. Battery backup system in the basement. Smart home systems for monitoring everything.
Phase 4 (ongoing): First year monitoring showed we overshot - they're producing 112% of their energy needs. Selling the excess back to the grid.
Cost Reality Check

Total investment: $127,000 CAD

Government rebates: $32,000

Estimated payback: 14-16 years through energy savings. Not great, not terrible. But their heating bill went from $340/month to basically nothing.

Residential after
AFTER - 2021

The Unexpected Stuff

So the family calls us six months in, and I'm thinking "oh no, what broke?" But they wanted to talk about their kids' health. Turns out the twins had fewer respiratory issues after we sealed up the house and improved ventilation. Wasn't even something we'd discussed, but the indoor air quality monitoring showed CO2 and particle levels way lower than before.

Also, their house is now the warmest one on the block in winter, which makes them very popular for kid playdates. Not exactly an official sustainability metric, but it counts for something.

112%
Energy production vs. use
-89%
Carbon footprint reduction
4.2
Years to first profit from energy sales

Commercial building before
BEFORE - 2019
Commercial Adaptive Reuse

The Junction Warehouse Conversion

Old industrial warehouse, built like 1940s. Owner wanted to convert it to mixed-use retail and office space. The challenge? Keep the industrial character everyone loves but make it actually comfortable to work in year-round.

Months 1-3: Structural assessment and planning. Found out the original timber beams were in way better shape than expected - saved us a bunch of money.
Months 4-8: Roof replacement with massive skylight installations. Added blown-in insulation to walls while keeping exposed brick interior. Threading that needle was fun.
Months 9-12: Radiant floor heating throughout. High-efficiency glazing on new window openings. Rainwater harvesting system for the bathrooms.
Month 13-14: Interior buildout, finished spaces. The skylights give so much natural light we barely need artificial lighting during the day.
Architect's note: The rainwater system wasn't even in the original plan. We added it after calculating how much roof area we had - seemed stupid not to use it. Now it covers about 60% of the building's non-potable water needs.
Warehouse after conversion
AFTER - 2021

Two Years Later: The Results

This building's become kind of a case study for other developers in the area. The retail spaces on the ground floor leased out in like three weeks - turns out people really like working in naturally lit spaces. Who knew?

The office tenants on the second floor measured their employee satisfaction scores before and after moving in. Not our data, but they shared it with us - turns out natural lighting and good air quality actually matters for productivity. Revolutionary stuff.

83%
Reduction in artificial lighting use
-64%
Overall energy consumption drop
40,000L
Rainwater captured monthly (avg)
LEED Gold
Certification achieved

"Honestly thought the 'green building' stuff was gonna be expensive window dressing. But our utility costs are less than half what we budgeted for. Pretty hard to argue with that."

Our Current Commitments (and where we're still figuring things out)

Carbon-Neutral Operations by 2026

Our office is already at 40% renewable energy. Getting the rest of the way is trickier than we thought, but we're working on it.

100% FSC-Certified Materials

For all wood specs. We're at about 92% right now - some specialty items are still hard to source sustainably.

Embodied Carbon Tracking

We're calculating this for every project now. Still learning how to balance it with budget realities, but at least we're measuring.

Zero Waste Design

Aim for 90%+ construction waste diversion on all projects. Last three projects averaged 89%, so... pretty close.

Want the Real Data?

We publish our annual sustainability report every March. It's got all the numbers, including the stuff that didn't work out as planned.

Request Latest Report

Materials & Methods We Actually Use

No theoretical stuff here - these are materials we spec regularly

Reclaimed materials
Reclaimed & Salvaged Materials

There's so much good building material getting thrown away in Toronto. We work with three local salvage yards and usually find what we need. Sometimes it takes longer, but the character is worth it.

  • Saves 40-60% embodied carbon vs. new
  • Usually 20-30% cheaper too
  • Every piece has history
Mass timber
Mass Timber Systems

CLT and glulam have gotten way more accessible in Ontario lately. Code changes in 2020 opened up possibilities for taller wood buildings. We've used it on five projects so far.

  • Sequesters carbon instead of producing it
  • Faster construction timeline
  • Looks amazing exposed (which saves on finishes)
Living roofs
Green Roof Systems

Toronto actually requires these on new buildings over 2,000 sq m now. But we were doing them before that because they just make sense - stormwater management, insulation, and urban heat island reduction all in one.

  • Extends roof membrane life by 2-3x
  • Reduces cooling costs by 15-25%
  • Helps with LEED points (if you care about that)