Biochar Carbon Removal

Biochar is a charcoal-based substance with high stable carbon content, produced through pyrolysis—heating organic biomass in oxygen-restricted environments. For every ton of biochar applied, approximately 2.5-3 tons of CO₂ equivalent are removed from the atmosphere.

50-80%

Carbon Retention

2.5-3

Tons CO₂ Removed per Ton

30%

Water Retention Increase

What is Biochar?

Biochar is a charcoal-based substance with high stable carbon content, produced through pyrolysis—heating organic biomass in oxygen-restricted environments. Unlike compost that releases carbon within years, biochar persists in soil for centuries to millennia, permanently locking away 50-80% of the original biomass carbon.

Permanent Carbon Storage

For every ton of biochar applied, approximately 2.5-3 tons of CO₂ equivalent are removed from the atmosphere. This makes biochar one of the most effective and permanent carbon removal solutions available today.

We partner with agricultural operations, forestry companies, and food processors to source waste biomass—crop residues, wood chips, nutshells, and rice husks—transforming waste materials into valuable carbon removal assets.

Agricultural Benefits

Beyond carbon sequestration, biochar dramatically improves soil health:

Water Retention: Increases water retention by up to 30%, reducing irrigation needs
Microorganism Habitat: Provides habitat for beneficial microorganisms
Fertilizer Retention: Retains fertilizers, allowing 10-20% reduction in fertilizer use while maintaining yields
Crop Yield Increase: 10-25% yield increases commonly observed, particularly in degraded soils
Waste Utilization: Converts agricultural and forestry waste into valuable soil amendment
Economic Viability: 3-5 year payback periods through combined savings and productivity gains

Production Process

Feedstock Sourcing

We partner with agricultural operations, forestry companies, and food processors to source waste biomass—crop residues, wood chips, nutshells, and rice husks.

Pyrolysis Process

Material undergoes pyrolysis at 400-700°C in specialized reactors, transforming it into carbon-rich biochar while capturing syngas for energy and bio-oil for various applications.

Energy Self-Sufficiency

Syngas captured during pyrolysis provides energy for the process, making production largely self-sustaining.

Quality Processing

The biochar is processed, quality-tested, and often pre-charged with nutrients before field application.

Field Application

Application at 1-10 tons per hectare, with customized protocols based on soil types and crop systems.

Monitoring & Verification

Long-term monitoring of soil carbon, crop yields, and environmental benefits with verification for carbon credits.

Economic Viability

Our biochar solutions are designed to be economically sustainable:

Return on Investment

Small-scale pyrolysis units typically achieve payback periods of 3-5 years through combined savings and productivity gains.

3-5 year payback period
Reduced fertilizer costs
Increased crop yields

Flexible Arrangements

We offer flexible arrangements including toll processing and offtake agreements, making biochar accessible for operations of all sizes.

Toll processing options
Offtake agreements
Scalable solutions

Multiple Revenue Streams

Generate income from carbon credits, biochar sales, and increased agricultural productivity simultaneously.

Carbon credit revenue
Biochar product sales
Agricultural productivity gains

Accessible for All Sizes

Solutions designed for small farms, large agricultural operations, and everything in between.

Small farm solutions
Industrial scale options
Customized approaches

Transform Waste into Climate Solutions

Ready to implement biochar carbon removal projects that deliver permanent carbon storage, improved soil health, and additional revenue streams? Contact us to learn how biochar can benefit your operation while contributing to climate solutions.

Schedule Biochar Consultation