Uncompromising and dedicated to the process

For our compost to be a true lever in soil regeneration, it must be biologically complete. This comes down to the process.

Diagram illustrating The SoilWright Process for composting, featuring five main steps: 1. Use premium high carbon and lignin feedstocks for fungal decomposition. 2. Maintain aerobic conditions with CO2 and O2 management. 3. Inject compost extract to increase microbial diversity. 4. Apply cool-down protocols to boost microorganism activity. 5. Keep finished compost in windrows until sold, removing woody particles for future use. Central text highlights commitment to microbial outcomes.

You can’t manage what you don’t measure.

Every lot is monitored and tested to ensure we consistently achieve our desired microbial outcomes. We rely on microscopy for quality assurance, as well as periodic PLFA and DNA sequencing. We know that for our (biologically complete, microbe-rich) compost to be a big lever in the soil regeneration process, rigorous testing and transparency must be at the core of our process.

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