.webp)
Transforming Waste Methane into the World’s Most Profitable Organic Fertilizer
Windfall Bio has created a patented nature-based solution that harnesses a proprietary microbial consortium, known as 'mems,' to directly transform methane emissions.
What is a Mem?
Mems are natural microbes that live in the soil and eat methane to produce useful products in the same way that yeast eat sugar to make things like beer and bread. The technical term for mems is methanotroph which roughly translates to "methane-eater" in Latin.
At Windfall Bio, we mimic nature's efficiency by selecting the most effective methanotroph strains and combining them to create our proprietary Windfall Bio consortia.
Mems work across methane sources that traditional capture systems can't economically address.
.webp)
The Methane-to-FOUNDATION™ Process
%20(1).webp)
01
Capture
Mems inside specialized bioreactors consume methane molecules from any source and concentration.
02
Transform
Oxidation breaks down methane into simpler carbon compounds, providing energy for mems to grow and multiply. During this process nitrogen is pulled from the air and converted into a form that living organisms can use.
03
Fertilizer Production
Nitrogen rich biomass created by the mems becomes FOUNDATION organic fertilizer ready to be absorbed by plants.
Where Science Meets Scale
The same microbes that consume methane in nature are now optimized inside our modular bioreactors to generate profit for your operation.
.webp)
.webp)
Landfill Biocover Oxidizes Methane at The Surface
.webp)
.webp)
Why Operations Choose Windfall
First commercial solution converting methane into organic fertilizer and carbon credits using non-GMO microbes..
Economics
Works Where Others Can't
Converts methane from any source or concentration — including low-grade emissions that traditional systems ignore.
Compliance
Natural Biology, Not Engineering
Non-GMO microbes consume methane the way plants consume CO₂. No flares, no compressors, no specialized infrastructure.
.webp)
Scale & Speed
Operational in Weeks
Modular systems deploy with minimal site preparation. Compatible with existing farm, landfill, and industrial operations.
Methane Mitigation Across Industries
Cost-effective solutions for operations facing regulatory pressure and missed financial opportunity.
Agriculture
Convert lagoon emissions into OMRI-listed fertilizer. Meet sustainability commitments while capturing revenue from agricultural waste.
Oil & Gas
Deploy across remote wellheads and processing sites without complex operational integration. Cost-effective alternative to traditional LDAR programs for diffuse methane sources.
.webp)
Waste Management
Reduce surface emissions and odor where gas-to-energy infrastructure is insufficient or cost-prohibitive. Biocover systems manage landfill methane without requiring gas collection infrastructure.
%20(1).webp)
Coal Mining
Handle low-concentration ventilation air methane that traditional systems can't economically capture. Improve mine safety while reducing VAM and CMM emissions.
Agriculture
Convert lagoon emissions into OMRI-listed fertilizer. Meet sustainability commitments while capturing revenue from agricultural waste.
Oil & Gas
Deploy across remote wellheads and processing sites without complex operational integration. Cost-effective alternative to traditional LDAR programs for diffuse methane sources.
Waste Management
Reduce surface emissions and odor where gas-to-energy infrastructure is insufficient or cost-prohibitive. Biocover systems manage landfill methane without requiring gas collection infrastructure.
Coal Mining
Handle low-concentration ventilation air methane that traditional systems can't economically capture. Improve mine safety while reducing VAM and CMM emissions.
Industry Recognition
Determine If Windfall Fits Your Operation
.webp)
Share details about methane sources, existing infrastructure, and compliance requirements. Our team will assess whether our technology addresses your regulatory, financial, or operational challenges.