Space Age Materials for the Fourth Industrial Revolution
The next industrial era demands more from its materials—greater performance, lower carbon intensity, full traceability, and compatibility with clean energy systems.
A high-carbon liquid preservative rich in natural resins and phenolics. Offers robust waterproofing and anti-corrosive properties—ideal for replacing petroleum-based sealants and coatings.
A refined pyroligneous acid containing organic acids, esters, and phenolics. Enhances soil biology, supports plant health, and serves as a natural input for agricultural and biotechnical applications.
High-purity, low-ash carbon products engineered for energy storage, materials additives, and composite applications.
Grown, Not Mined. Engineered, Not Extracted.
We believe the future of advanced materials lies in regenerative inputs and modular, localized production—not globalized extraction.
Our goal isn’t just to replace carbon black, graphite, or petroleum-derived binders. It’s to offer a platform of cleaner, smarter, high-function carbon materials that scale with the industries shaping the 21st century.
Our materials don’t just meet performance demands—they align with the procurement, sustainability, and resilience priorities of forward-looking manufacturers, contractors, and system integrators.
The Pacific Northwest is a region in search of a new industrial center of gravity. The raw material is here—millions of tons of biomass carbon. The need is here—lost manufacturing jobs and a legacy economy in decline.
But what’s missing is a strategy to turn residuals into next-generation materials, and a commitment to building the industries of the Fourth Industrial Revolution right here at home.
Biogenic Carbon is the New Building Block
The wrong answer—already gaining traction—is to simply burn it. Incineration under the banner of “waste-to-energy,” or betting on unscalable pathways like sustainable aviation fuel (SAF), squanders the region’s most strategic asset: its capacity to produce engineered biocarbons for 21st-century industries.
The right answer is this: turn biocarbons into next-generation materials that power the Fourth Industrial Revolution, decarbonize the built environment, and enable circular, place-based economies.
This is a generational opportunity to make Washington the national leader in carbon-smart manufacturing. We are calling on state agencies, tribal nations, industrial partners, and funders—public and private—to join us. Not just to pilot technologies, but to launch a new category of industry rooted in climate alignment, rural prosperity, and material innovation.
Biocarbons as a Platform for Next-Generation Materials
Our biogenic carbons are purpose-built for next-generation manufacturing, delivering the purity, performance, and traceability demanded by advanced materials, clean energy, and decentralized production systems.
From carbon black replacements in lithium-ion and sodium-ion batteries to graphite alternatives for domestic anode supply, our carbons enhance conductivity, stability, and lifecycle performance.
Lightweight, conductive, and mechanically robust—our carbons enable EMI shielding, carbon–metal wire substitution, and strength reinforcement in aerospace, automotive, and industrial composites.
We supply the base carbon for corrosion-resistant coatings, smart infrastructure composites, and other long-life, field-tested solutions for harsh environments.
Produced from renewable Pacific Northwest biomass, our carbons deliver the critical properties of fossil-derived materials—without the carbon footprint or supply-chain vulnerabilities.
Let's Build Better Buildings with BioBased Materials
Whether you’re looking for sustainable products, strategic partnerships, or high-impact investment opportunities, we’d love to connect.
Why Green Builders Love Us
Compliance standards like Buy Clean Buy Fair, LEED v4.1, and embodied carbon disclosure are raising the bar on material transparency. The products you’ve relied on for years are becoming harder to justify. Our regionally sourced, bio-based materials give you a compliant, performance-driven alternative—without compromising cost, timeline, or spec.
Made in Lewis County, WA
Every product we make starts with forest waste sourced and recycled in Lewis County’s BDO Zone. When you work with us, you’re choosing lower risk from global disruption, faster fulfillment and product support, direct alignment with regional sustainability goals, and a real local economic development story you can include in your RFP responses
Today, we produce three primary biobased additives that can help reduce EPD scores across the primary construction material categories – concrete, wood, and steel – all while supporting LEED and WELL certification requirements through improved material transparency, lower toxicity, and better lifecycle performance.