N2OFF
N2OFF cuts agricultural nitrous oxide emissions at the source, turning one of farming’s biggest climate challenges into a measurable, revenue-generating sustainability solution
About Us
N2OFF is a breakthrough microbial technology that tackles one of agriculture’s biggest climate challenges – nitrous oxide emissions. Our non-GMO bacteria work naturally in the soil to neutralize nitrous oxide before it escapes into the atmosphere, converting it into harmless nitrogen gas. This science-driven process reduces emissions at the source without changing how farmers grow or how fertilizers are applied.
The result is a practical, scalable tool that helps farmers cut their environmental footprint while generating new income from carbon credits. N2OFF fits easily into existing agricultural systems through seed coating or in-field application and has already demonstrated consistent 40 to 60 percent emission reductions across pilot trials.
By aligning with global sustainability goals and policies such as the U.S. 45Z low-carbon fuel credit, N2OFF transforms climate responsibility into measurable economic opportunity. It enables fertilizer and grain companies to produce low-carbon crops, support regenerative practices, and meet emerging emission standards. In short, N2OFF turns everyday farming into a powerful force for climate impact
Relevant Challenges
Reduce Emissions
N2OFF reduces emissions by stopping nitrous oxide at its source in the soil. Our naturally occurring microbial strain acts inside the root zone where nitrogen transformations occur and prevents the chemical steps that create nitrous oxide. This results in measurable reductions in a greenhouse gas that is nearly three hundred times more warming than carbon dioxide. The outcomes can be verified through established MRV practices used in carbon markets and low carbon intensity grain programs. N2OFF lowers the climate impact of crops like wheat and corn without changing fertilizers or disrupting farming operations, offering a practical way to cut agricultural emissions at scale
