Nature-based solution to dramatically reduce livestock methane emissions
Up to 90% reduction through seaweed bioactive compounds
Understanding the scale and impact of agricultural greenhouse gases
1.5 billion cattle worldwide emit 100-150 million metric tons of methane annually. Methane from livestock is 86 times more potent than CO₂ over a 20-year period (GWP basis).
Livestock methane contributes 2.5-3.7 billion tons CO₂-equivalent annually—comparable to 1.5 billion cars on the road. If cattle were a country, they would rank 3rd globally in greenhouse gas emissions.
Cattle worldwide
More potent than CO₂ (20-yr GWP)
Critical Facts:
• Atmospheric residence time: ~12 years
• Over 1 million premature deaths annually linked to methane-induced ozone pollution
• Agricultural emissions increased 16.6% from 1990-2020—slowest reduction rate among all sectors
Ruminant digestion produces methane as a byproduct. Microorganisms in the rumen break down feed, releasing CH₄ through belching—a natural but climate-damaging process.
Global meat and dairy consumption is rising, particularly in developing countries. Without intervention, livestock emissions will continue to increase significantly.
Meeting Paris Agreement targets requires immediate methane reduction. Livestock represents the largest opportunity for short-term agricultural climate mitigation.
Scientifically proven natural compounds that inhibit methane production
Specific seaweed species contain bioactive compounds—including bromoform and other halogenated molecules—that naturally inhibit methanogenic archaea in the rumen. These compounds block the enzymatic pathways responsible for methane formation, redirecting hydrogen energy to improve feed efficiency.
Methane Reduction Potential
100% Seaweed-Based Solution
Improved Feed Conversion
The biology behind seaweed's methane inhibition effect
Methanogenic archaea in the rumen produce methane through a specific enzymatic process. Seaweed bioactive compounds interfere with this process at the molecular level:
Archaea use methyl-coenzyme M reductase to combine hydrogen + CO₂ → CH₄
Bioactive compounds inhibit the enzyme, blocking CH₄ formation
Hydrogen redirected to improve feed conversion, minimal CH₄ released
Bromoform (CHBr₃):
Primary methane inhibitor found in red seaweeds like Asparagopsis and some Codium species
Other Halogenated Compounds:
Supporting molecules that enhance inhibition and provide redundancy
Integrate our seaweed powder into commercial livestock feed formulations. Offer climate-friendly products to progressive dairy and beef operations.
Large dairy and beef operations seeking to reduce emissions, access carbon credit markets, and improve sustainability certifications.
Verified methane reduction generates carbon credits. Our solution enables livestock operations to monetize emission reductions.
Creating value through climate action
Global livestock feed additives market by 2030
Cattle worldwide needing methane solutions
Regulatory pressure and consumer demand for sustainable meat/dairy
Potential annual methane reduction at scale
CO₂-equivalent reduction (100-year GWP)
Of global anthropogenic greenhouse gas emissions addressable
Partner with Aenon to bring scalable methane reduction to market