Carbon Engineered

Carbon
Removal
From Biomass

Engineering biochar systems that convert sustainably sourced wood residues into stable carbon.

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Industrial Precision

Carbon Removal Infrastructure

We engineer systems that convert sustainably sourced wood into stable carbon. Our infrastructure generates durable carbon removal credits with measurable performance.

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Pyrolysis System

High-performance thermal conversion in oxygen-limited conditions.

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Carbon Stabilization

Conversion of biomass carbon into long-lived aromatic structures.

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Treaceable Sourcing

Sustainably managed forestry residue supply chains.

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Energy Recovery

Renewable energy captured as a co-product.

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Why Biochar

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Durability

Stable carbon sequestration engineered to last for over 1,000 years under appropriate soil or material conditions.

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Carbon Retention

Thermochemical conversion processes capable of stabilizing 50–80% of biomass carbon into long-lived aromatic structures.

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Deployability

Commercially proven pyrolysis technology adaptable to existing forestry and wood-processing environments.

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Modular Scalability

Standardized containerized units enabling incremental capacity expansion without structural redesign.

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Replicability

Repeatable system architecture deployable across regions with sustainable forestry residue supply.

Strategic Geography

Strategically
Located in Argentina

Argentina offers strong structural conditions for sustainable biomass conversion. A large planted forestry base and established wood industries create a durable foundation for biochar-based carbon removal aligned with global carbon markets.

1.3M+ ha
Planted Forestry
Robust
Wood Industry
Global
Carbon Markets

The Technical Flow

Industrial Process Overview

Digital MRV Control Layer

Real-time carbon accounting & verification active

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Biomass Input

Sustainable Feedstock

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Pyrolysis

Thermal Decomposition

Process Outputs
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Carbon Credits
Verified Sequestration
co2
Biochar
Physical Carbon Store
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Energy
Syngas Byproduct

Our Commitment

2026

Engineering

System design and technical development

2027

Design & Build

Engineering finalization and construction start

2028

Construction

Facility build and systems installation

2029

Commissioning

Deployment and commercial operations begin