Building for the Next 100 Years with Timber, Wood Fiber, Already Embedded Carbon with Jonathan Orpin

✅ The Green Impact Report Quick take: What if the greenest building innovation isn't waiting around the corner — it's already here? New Energy Works founder Jonathan Orpin makes the case for building better now, using durable timber structures, wood-fiber insulation, off-site construction, and mass timber to tackle carbon without sacrificing craft or economics. 👨‍🎓 Meet Your Fellow Sustainability Champion Jonathan Orpin is the founder of New Energy Works, a timber framing and sustainable construction company celebrating 40 years in business. Jonathan's environmental roots stretch back to college, when he became deeply interested in environmentalism. New Energy Works initially explored cellulose insulation and solar energy before pivoting toward timber framing in the mid-1980s. Four decades later, the company works across residential timber framing, off-site panelization, glulam, and mass timber construction. New Energy Works is also 100% employee owned through an ESOP and operates around a triple-bottom-line philosophy of People, Planet, and Profit. Now, Jonathan is preparing for another kind of sustainable design challenge: building a leadership transition that allows the company and its values to thrive beyond its founder. 🌱Breaking Ground on Better Building In this episode, Jonathan challenges Green Building professionals to stop waiting for the next breakthrough and start scaling solutions we already know work: 🧠 Key Insight #1: Build the enclosure like a blanket — and attack thermal bridging from the outside. The Challenge: Conventional assemblies can introduce thermal bridges through studs and other structural components, while some insulation products carry significant global warming impacts of their own. The Solution: New Energy Works wraps its timber structures with exterior insulation and has increasingly shifted toward wood-fiber insulation. The company uses dense-packed wood fiber in cavities and rigid wood fiber outside the structure to break thermal bridges. Jonathan points to domestically manufactured wood-fiber insulation made from lower-grade trees as an especially exciting evolution. ROI: Better thermal performance can reduce operational energy demand, while wood fiber provides a lower-carbon insulation strategy. Off-site panelization also helps move work into a controlled shop environment, reducing field labor and accelerating installation. 🚀 Key Insight #2: Stop treating mass timber as "next." It's ready now. The Challenge: Concret