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Our four strategy pillars

  • Thermal Engineering

    High-Temperature Pyrolysis

    We maintain a Peak Treatment Temperature (HTT) of 650ºC Scientific research confirms that wood-derived biomass requires temperatures of ≥ 600ºC to achieve the aromatic carbon structure necessary for long term stability and institutional-grade sequestration.

  • 1,000-Year Durability

    Isometric Compliance

    Carbon NetZero adheres to the Isometric Biochar Carbon Removal Accounting Methodology v1.2.
    By meeting the requirements of Section 5.1.2.2.2 (Option 2), we ensure a durability profile exceeding 1,000 years, verified through a reflectance value of Rₒ ≥ 2%.

  • Close-up van houtskool met een diagram van een paddenstoel, onder een vergrootglas.

    Chemical Stability

    Molar H/C Ratio ≥0.4

    Our industrial process ensures near-complete carbonization.
    By achieving a molar Hydrogen-to-Organic Carbon (H/C) ratio of ≥0.4, we meet the highest international benchmarks for fused-ring aromaticity and chemical resistance to degradation.

  • Soil Restoration

    Pore Network Optimization

    Pyrolysis at ≥ 600ºC maximizes the internal surface area of the biochar.
    In the silica-rich sands of our land, this high-porosity structure acts as a biological sponge, drastically enhancing water retention and nutrient cycling.

References:

  • Isometric. (2024). Biochar Carbon Removal Accounting Methodology v1.2. London, UK: Isometric Technology Ltd.

  • Sanei, H., et al. (2024). Petrography of biochar: A tool for assessing carbon stability.

    Science of The Total Environment, 906.

  • International Biochar Initiative (IBI). (2022). Standardized product definition and testing guidelines.