Our Impact on Planet and People

Eliminating methane and repurposing manure into a zero-emission amino acid fertilizer before it is applied avoids 83% of major agricultural emissions, with an impact at a global, gigaton scale.

Manure Emissions

Manure handling and its use as fertilizer account for an estimated 59% of Europe's major agricultural emissions. Just 17% comes from enteric methane emissions. Our BioPhase technology eliminates 99% of slurry methane emissions and repurposes the slurry, effectively eliminating its use as a fertilizer.

Mineral Fertilizers

Mineral fertilizers are responsible for the remaining 24% of Europe's major agriculture emissions. Our fertilizer manufacturing sequesters .6 tons of methane for each ton of nitrogen fertilizer, and removes 1.1 tons of CO2 per ton of our phosphorus and potassium biochar fertilizer, making it carbon-negative with virtually zero emissions following application.

People

Farmers are disproportionately exposed to the seasonl impacts of cliamte change, fragile supply chains, and tightening policies around livestock and mineral fertilizer emessions.

We mitigate these risks by localizing production - manufacturing our fertilizer 'kilometers, not continents' from the farm. This avoids geopolitics, unlocks policy incentives, and avoids carbon emissions taxes.

By leveraging advanced technology and biology, we deliver a superior performing, carbon-negative, NPK fertilizer at price parity to mineral fertilizers.

Planet

The Regenerative Agriculture Paradox

For decades, the agricultural sector has faced a structural dilemma. Chemical fertilizers harm or suppress the soil microbiome and drive massive greenhouse gas emissions, pushing many to slurry, which floods the soil with ammonium, triggers nitrification overdrive and nitrate leaching, and harms soil microbes just as much.

Together, chemical and manure fertilizers have driven a global agriculture crisis. The UN FAO and IPBES estimate that up to 40% of global agricultural land suffers from severe microbial degradation.

Europe: Decades of chemical overload and raw slurry applications suppress native microbes across 60% of soils.

North America: Continuous mechanical tillage and monocropping physically destroy soil macroporosity and fungal networks.

Sub-Saharan Africa: Organic carbon starvation and nutrient depletion have degraded 65% of agricultural land.

Asia: Rapid land-use conversion and intensive, poorly drained irrigation cause severe secondary salinization.

Reversing this widespread degradation requires a transition toward targeted biofertilizers that rebuild the rhizosphere. Regenysis resolves the input paradox by processing 100% of agricultural manure slurry into a combined plant protein and biochar matrix.