Reimagining Fertiliser
We wondered how grasses and plants could grow thousands of years before synthetic nitrogen, rock phosphate, and potash were available. Then we imagined how to mimic it.
Nature's First NPK Fertiliser
All plants - grasses, crops, and trees - require nitrogen, phosphorus, and potassium. Nature has several ways to deliver them, but none as elegantly as through cattle.
Our Reimagined Fertiliser
Our microbes absorb and store NPK from manure using methane as their energy source. Once they're done growing, we harvest and process them into plant hydrolysate biofertiser.
Our Fertiliser Performance
While our plant hydrolysate NPK fertiliser and the process that produces it are unique, plant hydrolysate fertilisers are preferred nitrogen fertilisers due to superior yield performance across all crop types.
Carbon Negative NPK Fertiliser
Our process is the first to produce carbon-negative, superior-performing NPK fertilizer with zero manufacturing emissions and field emissions of less than 0.1 tonne CO2e per tonne of fertiliser.
Regenerative X Two
Our process regenerates nitrogen, phosphorus, and potassium 'waste streams' into an organic biomass of amino acid proteins and carbohydrates that feed soil microbes (rather than harm them), builds soil density, has negligible emissions, and is ideally suited for regenerative farming.
