We've spent years figuring out how to make buildings that don't just look good but actually give back to the environment. It's not about checking boxes - it's about creating spaces that'll be here for generations.
Look, we started this practice because traditional architecture was leaving too much mess behind. Every project's a chance to prove that sustainable doesn't mean compromising on design - actually, it pushes us to be more creative.
Vancouver's given us the perfect testing ground. The climate, the people who actually care about this stuff, and the regulations that push everyone forward. We've learned what works and what's just greenwashing nonsense.
Our projects typically cut energy consumption by almost half through passive design strategies, high-performance envelopes, and smart mechanical systems. That's real money saved every month.
Rainwater harvesting, greywater systems, and low-flow fixtures aren't fancy add-ons anymore - they're standard in our designs. BC's water won't be endless forever.
We're obsessed with finding local suppliers. Less shipping, supporting regional economies, and materials that actually suit our climate. Win-win-win.
Construction creates a ton of waste - literally. We've worked with our contractors to salvage, reuse, and recycle most of what comes off our sites.
LEED certification isn't just a plaque for the lobby. It's a roadmap that keeps everyone honest throughout the design and construction process.
We've also worked with BOMA BEST, Built Green, and Passive House standards. Each system has its strengths, and we'll help you figure out which makes sense for your project - or if you need certification at all.
These aren't theoretical concepts - they're tested approaches we've refined across dozens of projects. Some work better than others depending on the site and budget.
Site orientation, natural ventilation, daylighting - the stuff that doesn't need electricity. We maximize these before adding any mechanical systems. It's cheaper and way more reliable.
Vancouver's climate is forgiving, but we still obsess over the building envelope. Better insulation, thermal bridging details, airtight construction - boring stuff that makes huge differences.
Getting the architects, engineers, and contractors talking early. Sounds obvious but you'd be surprised how rare it is. That's where the real innovation happens though.
We push for post-occupancy monitoring whenever possible. It's how we learn what actually works versus what looked good on paper. The data feeds back into our next projects.
Low-VOC finishes, FSC-certified wood, recycled content, embodied carbon calculations. We're tracking the environmental impact of every major material choice.
Green roofs, living walls, native landscaping. People work better and live better when they're connected to nature. Plus it helps with stormwater management.
Solar panels when they make sense (not always). We run the numbers honestly - sometimes energy efficiency upgrades give you better ROI than a rooftop array.
The fanciest green building fails if people don't know how to use it. We create operation manuals and train building users - it's part of the service.
Let's address it head-on: sustainable design can cost more upfront. Sometimes. But we've done enough of these to know where the money actually goes and what delivers value.
Our sustainable projects typically run 3-8% higher in construction costs compared to conventional builds. But that's before incentives, rebates, and long-term operational savings. Most clients break even within 5-7 years, then it's pure savings.
Better insulation and windows, efficient mechanical systems, higher-quality materials that last longer. We're not adding expensive gadgets - we're investing in fundamentals that pay dividends for decades.
Higher property values, faster lease-up rates, lower employee sick days, better tenant retention. These benefits are real but harder to quantify upfront. We've seen them play out across our portfolio though.
This commercial project became our testbed for integrated renewable systems and ended up exceeding every performance target we set.
The sustainability bar keeps rising, which is great. Here's what we're currently experimenting with and researching.
Moving beyond operational carbon to track the full lifecycle impact of materials. It's complicated but necessary if we're serious about climate goals.
BC's perfect for this. Cross-laminated timber and mass timber construction that sequesters carbon while reducing construction time. We're all over it.
Designing for the climate we'll have in 30 years, not the one we had 30 years ago. Flood resilience, heat management, extreme weather prep.
Designing for disassembly so materials can be reused. It requires rethinking how we detail everything, but the waste reduction potential is massive.