With environmental pressures mounting globally—from contaminated water and degraded soils to industrial pollution—the demand for carbon-negative biocarbons and large-scale carbon removal is accelerating across industries. From environmental remediation, agriculture, and forestry to high-value industrial inputs such as plastics, electronics, tires, and cement, many sectors are turning toward advanced biomaterials to meet both regulatory and market pressures.
Global BioCarbons converts forest residues into high-performance biocarbons and advanced biomaterials that replace fossil-based, “super pollutant” carbon black across plastics and tires, and sustainably transforms cement, electronics, and composites—delivering verifiable carbon-negative impact, reduced toxins, and circular economy value in a $27 billion global market.
Our carbon-negative products yield above 45% margins, enhance performance, and simplify supply chains through localized, circular production. At scale, our platform could sequester up to 1 gigaton of CO₂ by 2040.
Carbon taxes and border adjustment mechanisms (EU-CBAM, North American, and Asian frameworks) are penalizing high-carbon imports and accelerating demand for verified low-carbon alternatives. Global BioCarbons enables profitable decarbonization through compliant, high-performance materials.
Biochar adoption is rapidly expanding across agriculture, forestry, mining, and municipalities for soil regeneration, water treatment, and environmental remediation, while demand for advanced carbon materials – such as graphene to carbon nanotubes – continues to grow globally.
THINGS TO KNOW
FeedStock Advantage and Vertical Integration
Our vertically integrated business model delivers significant cost efficiencies while supporting regional restoration. By co-locating our initial facility with a New Mexico sawmill, we secure reliable, low-cost feedstock sourced from the 341,000 acre Hermit Creek-Calf Creek fire area, reduce transport and logistics costs & emissions, and capture value across the supply chain – driving strong margins and operational performance.
Unique Properties of our Finished Biocarbons
Our high temperature pyrolysis kiln system is unique and protected by 17 patents. In addition to our slow pyrolysis process, the system incorporates a proprietary vacuum environment that preserves material integrity, ensuring consistent high quality, uniformity, and elevated fixed carbon content in the final product.
Design, Processes, Technologies - Proprietary System
Advanced surface charge & ion-exchange properties enable binding and removal of salts, toxins, heavy metals and organic pollutants for mining, wastewater treatment, and resource recovery, including rare earths.
High carbon, graphitized biocarbons with engineered structure and surface chemistry delivers consistent, premium materials (92-94% fixed carbon content, the highest in the world) for bio-graphene and advanced carbon applications.
Market-leading “super-char” performance, the only biocarbon with four approval certificates: German govn. ISCC+ (only one), EPA Superfund, USDA BioPreferred, and OMRI.
Insured by AXA – after extensive testing of other market providers’ biocarbons, we are the only biocarbons insured by AXA.
R&D, Strategic Partnerships, Innovation, Patents and IP
We focus on continuous product innovation through R&D and strategic partnerships to remain at the forefront of biocarbon and biomaterials technological advancements.
Our platform is protected by 17 patents – 14 covering biocarbon production and 3 in water treatment – providing strong technical defensibility.
We are in active discussions with Los Alamos & Sandia National Laboratories, and universities including Cal-Poly and UC Davis, to accelerate access to cutting-edge research and applied innovation.
Real Impact: Profitable Decarbonization at Scale
Market substitution at scale – Converts forest residues into high-performance biocarbons in industrial segments: replacing fossil-based, “super pollutant” carbon black in plastics and tires, and sustainably transforming cement, electronics, and composites ($27 billion market).
Carbon-negative performance & innovation – Delivers margins above 45% while enhancing durability, resilience, toxin removal, imparting hydrophobic properties and enabling advanced biomaterials, such as graphene and carbon nanotubes; potential to sequester up to 1 Gt of CO₂ by 2040.
Regulation-driven demand – Carbon taxes and border adjustment mechanisms (EU-CBAM, North American, and Asian frameworks) are accelerating adoption of verified low-carbon, compliant materials.
Expanding applications and global shift – Rapid uptake across agriculture, forestry, mining, and municipalities for soil regeneration, water treatment, and environmental remediation (PFAs, pesticides, toxins), alongside growing biocoal and renewable carbon production in Europe and Asia driving bio-based, carbon-smart manufacturing.
LEADERSHIP
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Brando Crespi
CO-FOUNDER, EXECUTIVE CHAIRMAN
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Jim Butcher
CO-FOUNDER, CHIEF EXECUTIVE OFFICER
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Richard Murray
CHIEF FINANCIAL OFFICER
Let’s work together.
Together we can transform biomass waste into carbon-negative inputs across industries and create a greener future.
