Bio Carbon Products transforms sustainably sourced wood biomass — material that would otherwise decompose in the forest or be openly burned, releasing greenhouse gases — into one of the most powerful filtration materials on the planet. No coal. No compromise.
Millions of tons of wood biomass from sawmills, forestry operations, and land clearing decompose on the forest floor or are openly burned every year — naturally releasing greenhouse gases and squandering a resource the world urgently needs.
Bio Carbon Products collects sustainably sourced wood biomass within an 80-mile radius of our facility and converts it through advanced thermochemical conversion into premium activated carbon — cleaner, purer, and more effective than coal-derived alternatives. Diverting this material captures carbon that would otherwise return to the atmosphere as greenhouse gas.
Activated carbon of exceptional purity, tailored for the most demanding applications: PFAS remediation, drinking water treatment, gas purification, and industrial filtration.
Every tonne of activated carbon we produce diverts a tonne of wood biomass from forest decay — and replaces a tonne of coal-derived carbon. Wood naturally decomposes and releases greenhouse gases; this process intercepts that cycle and locks the carbon into a high-value product. The entire process is sealed, continuous, and carbon-negative by design.


Sawmill residues, forestry thinnings, and land-clearing biomass — sourced within 80 miles of our facility. Material that would otherwise decompose in the forest or be openly burned, releasing greenhouse gases.
Feedstock is fed into a modular reactor system, where it is processed through high-temperature pyrolysis and steam activation in a sealed, oxygen-controlled environment.
A granular, ultra-porous material with over 1,000 m² of surface area per gram — ready for water treatment, gas purification, and PFAS remediation.
Wood biomass diverted from forest decay per tonne of AC produced
CO₂ sequestered per tonne of activated carbon
CO₂ avoided versus conventional coal-based methods
A black solid with unique filtration properties — the foundation of clean water, clean air, and clean industry for more than a century.
First activated carbon patent granted — for water treatment.
Internal surface area in a single gram, due to extreme porosity.
Captures contaminants from liquids, gases, and solids — trusted for over a century.
Global consumption at $2,500 – $4,500 per tonne.
$12 Billion market, growing 10% CAGR.
Unique pore-size tailoring for enhanced performance across specific applications.
Renewable forestry and agricultural feedstocks replace conventional coal entirely.
Sequesters ~2 tonnes of CO₂ per tonne produced. Avoids 18 tonnes of CO₂ versus conventional coal-based methods.
Real-world evidence. Not projections.
Outperformed the leading coal-based activated carbon in independent drinking water trials.
Achieved identical contaminant reduction to the market-leading product — at half the dose.
Net removal efficiencies for both short and long-chain PFAS in contaminated soil and water remediation tests.
Bio Carbon Products has selected a proven provider of advanced thermochemical biomass conversion systems with operating facilities across four continents. The modular plant design enables rapid deployment, consistent product quality, and clear pathways to scale.

3 Plants · Almond & Walnut Shells · 2,000 TPY each (>10,000 TPY planned)
1 Plant · Palm Kernel Shell · 800 TPY
2 Plants · Wood · 4,000 TPY (>10,000 TPY planned)
1 Plant · Almond Shells & Wood · 300 TPY (2,000 TPY planned)
1 Plant · Various Feedstocks · 50 TPY
St. Mary's, Pennsylvania will be Bio Carbon Products' first facility — and the first North American wood-feedstock deployment of this technology.
The St. Mary's facility takes wood biomass — sawmill residues, forestry thinnings, and material that would otherwise decompose in the forest or be openly burned, releasing greenhouse gases — and converts it into the purest activated carbon available on the market. The plant employs an advanced thermochemical conversion process, the same technology operating commercially in California today.
All output is contracted under take-or-pay agreements, providing revenue certainty from day one. The modular design supports future capacity expansion as market demand grows.

Decades of combined experience in biomass conversion, renewable energy, engineering, and project finance.

Over 52 years of experience in biomass processing, energy development, and thermochemical conversion. Inventor of the BCF system. His career spans forestry operations, biomass-to-fuels, pyrolysis, and gasification — all centered on one mission: turning wood biomass into value.

Nearly 30 years of executive leadership in renewable energy. Specialist in project finance, structured finance, permitting, and regulatory strategy for biomass, biogas, and biomass-to-energy projects across North America and internationally. Former adjunct professor at Georgetown University.

Leads commercial strategy, partner development, and offtake agreements across municipal, industrial, and institutional channels. Architect of the company's go-to-market motion for activated carbon and renewable energy outputs.

Chemical engineer with over 40 years of experience in thermochemical conversion and bioenergy. Leads day-to-day plant operations, commissioning, and operational planning — ensuring the facility performs as designed from day one.
For project inquiries, partnership discussions, or investment information, please reach out directly.

The Purest Activated Carbon on Earth.
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