Supercapacitor-grade carbon
Microporous carbon tuned for electrode-layer energy storage, with BET surface area targeted at >4,000 m²/g and metallic impurities held below 20 ppm by ICP-MS.
PNW BIO Industries converts stranded Pacific Northwest forest biomass into high-grade activated carbon for water remediation and supercapacitor-grade carbon for energy storage — domestic feedstock, validated at industrial scale.
Our proprietary carbon conversion process shifts between microporous supercapacitor carbon and mesoporous activated carbon by software command — no hardware changeover.
Microporous carbon tuned for electrode-layer energy storage, with BET surface area targeted at >4,000 m²/g and metallic impurities held below 20 ppm by ICP-MS.
Mesoporous grades across eight commercial references, built for PFAS adsorption, municipal drinking water, and industrial trace-contaminant service. Iodine number ≥1050 mg/g.
Our proprietary process runs either pore regime on the same line. One production node. Two product families. Software, not hardware, switches the mode.
Non-federal timber waste sourced across the Pacific Northwest. Domestic content holds at 100% from forest to filter.
One line, two modes. Our proprietary process shifts between microporous and mesoporous product by software command — zero hardware changeover.
100% domestic feedstock, domestic conversion, domestic quality control. Positioned for Build America, Buy America procurement pathways.
Cpk 1.85 on SC-1 and Cpk ≥1.33 across all nine products, validated over 7,620+ continuous production runs.
Every attribute above is measured. Every specification is traceable to a published product sheet. The platform is engineered to be copied — an Anchor Node in Oregon replicated into Standard Nodes as demand builds.