Speaking Nature's Truth
Waste Intake
Anaerobic Digestion of Farm Waste
Conversion
Microbial Methane Oxidization
Production
Mixing of O2, Water, and Mineral Catalyst
Measurement
Precision Sensor Methane Tracking
Farm Return
Fertilizer Returned to Original Farm
Climate Infrastructure for Food Sector Decarbonization
Our climate infrastructure is the first to transform farm waste into a superior-performing, low-emission alternative to synthetic fertilizer.
Core Process
Methane to Fertilizer
Modular Bioreactor
The Heart of Our Infrastructure
Our specialized bioreactors create an optimal environment for blending precise amounts of methane, oxygen, and water with Windfall Bio's breakthrough biotechnology to produce consistent year-round fertilizer. Each bioreactor converts methane into ultra-low emission amino acid fertilizer, avoiding more than 12,000 tons of CO2e emissions annually (the equivalent of eliminating enteric emissions from 2,200 dairy cows).
Biomimicry
Improving Upon Haber Bosch
Our process recreates a microbial process that occurs naturally at barely noticeable levels in most soils and at elevated levels in ruminant grasslands and rice fields. We upscale the Haber Bosch process using nitrogen-fixing microbes that convert methane generated by agricultural waste streams into amino acid fertilizer with 90% lower emissions than synthetic or manure fertilizers.
Resource Use
Maximum Sustainability
Our process recycles water reclaimed from agricultural waste streams, requires a fraction of the external energy of ammonia fertilizer, reuses bioreactor filter materials, requires no secondary processing of produced fertilizer, which we blend with reclaimed phosphorous, potassium, and micronutrients from animal waste, and package it in recyclable materials.
Measurement
Unsurpassed Precision
We use state-of-the-art methane sensors, precision flow rate meters, and automated valve controls on each bioreactor, augmented by trained AI to detect and report out-of-calibration sensors, identify and correct process inconsistencies, and predict and schedule optimal fertilizer extraction times.