Sustainable architecture

Building Without Compromise

Real sustainability isn't about checking boxes - it's about designing smarter from day one

Honestly? We've learned a lot

Ten years ago, I thought green design meant slapping solar panels on roofs and calling it a day. Boy, was I wrong. True sustainable architecture starts way before construction - it's in the orientation, material choices, and understanding how people actually live in spaces.

Vancouver's climate gives us unique advantages. Our mild winters mean we can push passive design further than most cities. But it's the rain that taught us the most - water management isn't optional here, it's fundamental.

Sustainable design process

What Actually Works

Passive Solar Design

Strategic window placement and thermal mass that actually reduces heating loads by 40-60%. Not theory - we've measured it.

Rainwater Systems

Living in the Pacific Northwest means capturing water isn't complicated - it's everywhere. We design systems that handle 80% of irrigation needs.

Material Selection

Local timber, recycled steel, and low-VOC everything. Yeah, it costs more upfront, but the air quality difference is night and day.

Natural Ventilation

Cross-ventilation and stack effect aren't new ideas, but they're criminally underused. AC becomes optional in most months.

Before & After: Real Projects

We don't just talk about it - here's the actual data from our completed builds

Before renovation BEFORE
After renovation AFTER

Commercial Office Retrofit - Gastown District

This 1970s building was bleeding energy. The owner came to us after getting a massive utility bill and basically said "fix this." We did a full envelope upgrade and it transformed how the building performs.

-62%

Energy Consumption

-58%

Carbon Footprint

LEED Gold

Certification Achieved

$47k/yr

Annual Savings

Before renovation residential BEFORE
After renovation residential AFTER

Passive House Renovation - Kitsilano

A family of four living in a 1950s bungalow wanted to stay in their neighborhood but couldn't handle the drafts anymore. We went full Passive House standard on this one - probably overkill, but the results speak for themselves.

-89%

Heating Demand

0.6 ACH

Air Changes/Hour @ 50Pa

92%

Heat Recovery Efficiency

15 kWh/m²

Annual Heating Load

Technical Specs That Matter

Building envelope

Envelope Performance

  • R-40+ wall assemblies (yeah, it's thick)
  • Triple-pane windows, U-value ≤ 0.80
  • Continuous air barriers - no thermal bridges
  • Blower door tests under 1.5 ACH @ 50Pa

Most builders stop at R-20. We don't because Vancouver's heating season is longer than people think.

Mechanical systems

Mechanical Systems

  • ERV/HRV with 85%+ efficiency
  • Heat pump systems (air & ground source)
  • Radiant floor heating where it makes sense
  • Smart controls that actually learn occupancy

We've stopped specifying gas furnaces entirely. Heat pumps have gotten so good there's no reason not to go electric.

Renewable energy

Energy Generation

  • Rooftop PV arrays (5-15 kW typical)
  • Solar thermal for domestic hot water
  • Battery storage integration ready
  • Net-zero capable designs

Vancouver's not exactly sunny, but we still get enough to offset 60-80% of electrical loads annually.

Sustainable materials

Materials We Actually Use

Look, I'm gonna be real with you - sustainable materials cost more. But here's what we've found works in BC's climate without breaking the bank:

Local Doug Fir and Western Red Cedar for structure and cladding. Cross-laminated timber (CLT) when budgets allow - it sequesters carbon and looks incredible. FSC-certified only, no exceptions.

70%+ recycled content steel framing. Concrete with 30-50% fly ash or slag replacement. Yeah, concrete isn't great, but when you need it, at least reduce the Portland cement content.

Cellulose, mineral wool, and wood fiber boards. We've moved away from spray foam - the off-gassing isn't worth it, and natural alternatives perform just as well in our climate.

Paints, adhesives, sealants, finishes - if it goes inside, it needs to be low or zero VOC. Indoor air quality isn't negotiable. We've had too many clients with sensitivities to cut corners here.

Our Certifications & Standards

We don't chase every green label out there, but these ones actually mean something

LEED Accredited

AP BD+C certified professionals on every project

Passive House

CPHC certified designers - the real deal, not just inspired by

Built Green

BC's own standard - Gold & Platinum level projects

Net Zero Ready

Designing for the Step Code 5 future, today

Let's Talk About Your Project

Thinking about making your building more sustainable? We've probably solved whatever challenge you're facing. Coffee's on us.

Common Questions We Get

Honest answer? About 5-12% more upfront for residential, sometimes less for commercial. But here's the thing - most of our clients break even in 7-10 years through energy savings. And that's not counting the comfort improvements, which you can't really put a price on. Plus, BC's got decent rebate programs right now.

We go back and forth on this. Full Passive House certification can be overkill, but the principles? Absolutely worth following. The air quality alone makes a huge difference - no drafts, no cold spots, no mold issues. We usually recommend "Passive House inspired" for most residential projects and save full certification for clients who really want to push the envelope.