Transforming the Power of Methane into Sustainable Fertilizer

The Regenysis Process

Step D: The liquid fractions and biomethane are fed into our second cluster of bioreactors along with our proprietary consortia of methanotrophs

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Step B: We separate liquid and solid fractions into two distinct bioreactors.

Step A: We start by collecting and stabilizing animal waste to minimize ammonia and N2O emissions.

Step C: Solids are fed to specialized microbes which consume it and grow into biomass with high concentrations of phosphorus and potassium.

Step F: CO2 produced by our methanotrophs is captured and returned to Step C bioreactors where microbes use it as an energy source.

Step E: The microbes use the biomethane as energy to absorb phosphorus and potassium and combine it with nitrogen to make a carbon negative NPK fertilizer.

Benefits to the Planet

Sequesters Methane

tonnes of methane (CO2e) per tonne of fertilizer - unique to our process.

*using GWP 84

Eliminates Fertilizer Emissions of

16.3

tonnes (CO2e) per hectare from use traditional NPK fertilizers, depending on the crop type.

*in addition to sequestered methane

Reduces Nitrate Leaching

70%

lower than manure and nitrogen fertilizers. Nitrate Directive compliant.

*based on third-party research

Benefits to People

External Costs

Zero

risks of carbon border taxes, tariffs, trade wars or sanctions.

Farm Economics

Better

margins due to lower fertilizer production costs and in-kind payments to farmers.

Fertilizer Independence

Zero

reliance on external suppliers, supply chains, workforce, or production decisions.

Available in Europe in early 2027 for select partners. Contact us if interested.

Transforming the Power of Methane into Sustainable Fertilizer

The Regenysis Process

Benefits to the Planet

Benefits to People

2027 Target Start-Up Date

We're in the process of designing and demonstrating our FOAK biorefinery and anticipate our first commercial production will begin in early 2027.