OUR COMPOSTING PROCESS
Our composting process was designed with the finished product in mind: clean,
biologically active compost that supports living soil.
Rather than simply processing organic waste, we carefully manage eachstage of composting
to create a stable, mineral-balanced, and biologically rich soil amendment.
From the selection of compostable inputs to the final curing stage,
every step focuses on building compost that supports the soil food
web and helps gardens, farms, and landscapes thrive.
Clean Feedstock Sourcing
The quality of compost begins with what goes into it.
We start with carefully selected compostable farm materials and food waste collected from trusted local farms, businesses, and community partners. Each load is visually inspected and monitored to help reduce contamination and remove unwanted materials.
By focusing on cleaner inputs from the beginning, we help create a compost product that is more consistent, biologically active, and beneficial for soil health.
Solar Conditioning
Before entering the active composting phase, incoming materials go through a solar-assisted conditioning stage.
During this stage, natural sunlight and environmental exposure help initiate the biological breakdown of organic materials. This process also assists in degrading certain residual agricultural compounds that may be present in some plant-based materials.
By allowing nature to begin the breakdown process first, we help create a more stable and biologically ready compost mixture before the active composting stage begins.
Active Composting
Once materials are properly prepared, they enter the active composting phase where naturally occurring microbes begin breaking down organic matter.
As microbial populations grow, they generate natural heat within the compost piles. This thermophilic stage helps accelerate decomposition, stabilize nutrients, and transform raw organic materials into rich, biologically active compost.
Throughout this stage, moisture, oxygen, and temperature are carefully monitored to support healthy microbial activity and ensure the compost matures properly.
Mineral Integration
As the composting process progresses, we incorporate a spectrum of natural minerals that help support soil balance and nutrient availability.
These minerals improve the soil’s cation exchange capacity (CEC), allowing the finished compost to attract, hold, and exchange essential plant nutrients such as calcium, magnesium, potassium, and ammonium.
This helps nutrients remain available to plant roots instead of being lost through leaching, creating a more stable and biologically supportive soil environment.
Biological Maturation
As the compost begins to cool and stabilize, it enters the maturation phase where beneficial microbial communities continue to develop.
During this stage, fungal networks and visible mycelium growth often form throughout the compost pile. These fungi play an important role in building soil structure, cycling nutrients, and supporting the soil food web.
Allowing compost to fully mature helps create a biologically rich finished product that supports healthy soil ecosystems when added to gardens, farms, and landscapes.
Screening and Final Curing
Once the compost has fully matured, it is screened and allowed to finish curing before use.
Screening helps remove larger materials while maintaining a rich organic texture that works well in gardens, landscapes, and soil blends.
Allowing the compost to fully stabilize ensures the finished product is biologically active, nutrient-rich, and ready to support healthy soil ecosystems.
Healthy Soil → Healthy Plants → Healthy Humans → Healthy Life
