Sustainable Architecture

Building with Purpose, Not Just Plans

Look, we're not gonna pretend every project saves the world - but every decision we make? That's where the real impact happens. From material choices to energy systems, sustainability isn't a checkbox for us. It's literally how we think.

Our Approach

Why We're Kinda Obsessed

Honestly? It started about twelve years ago when a client asked us to design a "green building" and we realized we didn't really know what that meant beyond solar panels and recycling bins. That was embarrassing.

So we dove deep. Got certified, studied passive house principles, attended way too many conferences about thermal bridging (riveting stuff, trust me). But here's what we actually learned - sustainable design isn't about fancy tech or expensive systems. It's about understanding how buildings actually work with their environment.

Now it's just part of our DNA. We can't design any other way, even if we tried. Our team geeks out over things like thermal mass, daylighting ratios, and embodied carbon. Yeah, we're those people at parties.

12+

Years Focused on Sustainability

89%

Energy Reduction Average

Our Impact (The Real Numbers)

We track this stuff because it matters, not for marketing. Though here we are, marketing it.

3.2M

kWh Saved Annually

Across all our completed projects since 2018. That's like powering 290 homes for a year.

847

Tonnes CO2 Offset

Equivalent to planting roughly 39,000 trees. We actually helped plant 200 real ones too.

42%

Water Use Reduction

Through rainwater harvesting, greywater systems, and efficient fixtures. Every drop counts.

68%

Materials Diverted

Construction waste diverted from landfills. It takes effort but it's doable.

Certifications We've Earned

These aren't just logos we slap on proposals. Each one represents months of study, testing, and frankly, some late nights figuring out ventilation calculations.

LEED AP BD+C

Three of our team members hold this. We kinda compete over who knows more LEED trivia.

Passive House

The gold standard for energy efficiency. It's intense but the results speak for themselves.

WELL AP

Because healthy buildings aren't just about energy - people gotta actually thrive in them.

Living Building

The most rigorous green building standard out there. We've got two projects in progress.

Certifications

How We Actually Do It

The practical stuff that goes into every project

Passive Design First

Before we even think about solar panels or fancy systems, we optimize orientation, window placement, thermal mass, and natural ventilation. Get the basics right and you're already 70% there.

  • Site-specific sun studies
  • Thermal envelope modeling
  • Natural daylighting analysis

Smart Material Choices

We're picky about what goes into our buildings. Embodied carbon matters just as much as operational energy. Local sourcing, recycled content, low-VOC everything - it's all negotiable until it isn't.

  • Life cycle assessments
  • Regional material prioritization
  • Durability over trends

High-Performance Systems

Once the passive stuff is dialed in, we layer in the tech - but only what actually makes sense. Heat recovery ventilation, geothermal, solar thermal, whatever fits the project and budget.

  • Energy modeling & simulation
  • Renewable energy integration
  • Smart building controls
Sustainable Materials

The Stuff We Love Using

We've tested a lot of materials over the years. Some are genuinely great, some are greenwashing nonsense. Here's what's actually made it into our regular toolkit:

Cross-Laminated Timber

Strong, beautiful, carbon-sequestering. What's not to love?

Recycled Steel

Up to 90% recycled content in structural applications.

Cork & Bamboo

Rapidly renewable flooring options that actually last.

Triple-Glazed Windows

Non-negotiable in our climate. The payback is real.

Reclaimed Materials

Salvaged brick, wood, fixtures - character with zero embodied carbon.

Mineral Wool Insulation

Fire-resistant, recyclable, and performs consistently.

Green Infrastructure

Beyond the Building Itself

Green roofs, bioswales, native landscaping, permeable paving - the site is just as important as what sits on it. We've learned (sometimes the hard way) that sustainable design doesn't stop at the building envelope.

One of our commercial projects in Liberty Village has a 2,400 sq ft green roof that's reduced stormwater runoff by 60% and dropped cooling costs by about $8K annually. Plus it's just nice to look at. Urban heat island effect? Not on our watch.

Check Out Our Projects

Real Talk About Costs

Yeah, sustainable design can cost more upfront. Not always, but sometimes. A well-designed passive building might add 3-8% to construction costs. Triple-glazed windows cost more than double-pane. Geothermal systems aren't cheap.

But here's the thing nobody wants to talk about - those upfront costs? They typically pay back in 5-12 years through energy savings. And your building will be worth more, perform better, and last longer. It's not charity, it's just smart economics.

We work with every budget. Sometimes that means prioritizing the high-impact stuff and planning for upgrades later. Air sealing and insulation before solar panels. Proper windows before fancy finishes. There's always a way to move the needle.

"We've never had a client regret investing in efficiency. Literally never. High energy bills and uncomfortable spaces? Those regrets are real and monthly."

Average Project ROI

Energy Savings 8-12 years
Property Value Increase 9-15%
Maintenance Reduction 20-30%

Based on 47 completed projects between 2018-2023. Your results will vary based on scope, location, and usage patterns.

Questions We Get All The Time

Figured we'd answer them here to save everyone some time

It makes a massive difference when done right. We've got buildings using 75% less energy than code minimum. But yeah, there's also a ton of greenwashing out there. That's why we track actual performance data and share it. Numbers don't lie.

Not unless you want it to. Sustainable design is about performance, not aesthetics. We've done everything from ultra-modern to traditional heritage restorations. The efficiency is invisible - you just notice how comfortable the space feels.

Depends what you're measuring. Energy savings show up in your first utility bill. Full payback on higher upfront costs? Usually 7-12 years on average. But comfort, air quality, and resilience? Those benefits are immediate and kinda hard to put a price on.

Absolutely, and honestly, retrofits are where some of the biggest impacts happen. We've done deep energy retrofits on buildings from the 1920s. It's more challenging than new construction but often more rewarding. Plus you're not demolishing perfectly good structure.

Net-zero means your building produces as much energy as it uses annually.