We convert stranded Pacific Northwest biomass into BABA-compliant activated carbon and supercapacitor materials. Validated by 6,300+ production runs. Built for exponential scalability.
We bypass the traditional "science project" phase entirely. PNW.BIO is structured to satisfy rigorous institutional filters, transforming a highly scalable infrastructure asset base into compounding operational success.
Bankability Validated via Operations:
Our internal risk simulator, running 2,000 randomized trials against variable pricing and CapEx/OpEx shocks, demonstrates a highly resilient Minimum Debt Service Coverage Ratio (DSCR) of 4.67x during the scale-up phase—proving the expansion model is robust enough for non-dilutive infrastructure lenders to finance long-term growth.
Technology risk is zeroed out via 6,300+ validated commercial batches. By deploying into an urgent, BABA-mandated market using near-zero-cost stranded biomass, we operate hard assets engineered to generate premium gross margins from Day 1.
Modular production nodes utilize standard, off-the-shelf equipment. Once the initial commercial node is operational and cash-flowing, rapid expansion is engineered to be financed through non-dilutive, asset-backed project finance debt.
By building a highly cash-generative, 100% domestic supply chain, PNW.BIO establishes a premium, defensible moat in an industry currently dominated by vulnerable offshore imports and high-emission coal.
We do not sell a theoretical process; we sell highly-spec'd commercial materials. Our agile production nodes pivot instantly between the acute demands of grid energy storage and municipal water safety.
Ultra-high surface area powder precision-engineered for Electric Double-Layer Capacitor (EDLC) electrodes. Reshoring the vulnerable supply chain for EV regenerative braking and grid storage.
High-capacity mesoporous Granular Activated Carbon specifically tuned for municipal drinking water systems. Designed to capture "forever chemicals" and strictly comply with BABA mandates.
A convergence of proprietary technology, massive feedstock access, and U.S. regulatory tailwinds that compound aggressively as we scale.
Recurring, near-zero-cost biomass supply sourced from millions of acres of PNW wildfire-hazard forestry. Co-locating eliminates major logistics vulnerabilities.
Containerized, field-ready production units replicate rapidly without bespoke re-engineering, establishing site control before offshore competitors can react.
Our proprietary decoupled manufacturing stages allow instant, software-toggled shifts between product types based on market demand. No days lost changing lines.
Powered by NVIDIA Omniverse. Real-time drift detection and predictive QA/QC eliminate off-spec risk, satisfying the strict covenants of debt-finance lenders.
A fully domestic supply chain that locks out Asian imports from federally funded infrastructure projects while eliminating the ESG penalties of legacy coal dependency.
Zero R&D risk. Process validated for 9+ different commercial product references achieving 6-Sigma quality across 6,300+ continuous production runs.
A leadership team combining deep industrial implementation, cross-border infrastructure finance, and tier-one venture creation.
A 16-strong technical team and growing, with an exclusive-to-use R&D and processing technology development facility. The tech dev team, led by MIT PhDs in manufacturing tech, has created PNW.BIO's proprietary IP, validated across 6,300+ production runs funded by private-public-partnership grants.
Founding Professor of Tech Venture Formation at Stanford. General Partner across 5 VC Funds (Cambridge Top 5%). Founded SafeView (acquired by Leidos for $1B) and Integrated Systems Inc (Nasdaq IPO).
Over 40 years across 53 countries, originating and structuring >$20B in cross-border infrastructure, industrial, and energy transactions. Advised global majors including Mitsui, Sumitomo, and Mitsubishi.