OXON Technologies
OXON Technologies provides a patented fuel treatment that physically alters fuel molecular structure to improve combustion efficiency in internal combustion engines. The technology introduces stabilized free radicals and electromagnetically charged nano-micelles into fuel at a 1:10,000 ratio, delivering up to 15% fuel savings and 21% CO2e emission reductions for fleet operators.
- Clean Technology
- Chemical Technology
Funding
Funding not disclosed
Founders
Founder details are not available yet.
Product
Problem
Internal combustion engines operate at low efficiency, with even the most efficient fuels like diesel converting only about 34% of their energy potential. This inefficiency leads to excessive fuel consumption, higher operating costs, and significant emissions of CO2e, NOx, and particulate matter that harm both the environment and human health.
Solution
OXONtech provides a patented technology that physically alters the molecular structure of fuels rather than relying on conventional additives. The product introduces stabilized free radicals bound to nano-micelles, which disperse evenly into fuel and are delivered into the combustion chamber. During combustion, these free radicals initiate self-amplifying chain oxidation reactions with lower activation energy barriers, while the nano-micelles' electromagnetic polarity displaces nitrogen molecules and reduces oxygen-nitrogen collisions, minimizing NOx formation. This results in more complete combustion, reducing fuel consumption by up to 15% and CO2e emissions by up to 21%, with additional reductions in NOx and particulate matter. The product integrates with existing fueling infrastructure and requires only a 1:10,000 product-to-fuel ratio, making it suitable for broad industrial deployment.
Target Audience
Primary customers are operators of medium and heavy diesel fleets in logistics, commuter transportation, mining, and construction, as well as fuel refiners and blenders seeking to produce cleaner fuel formulations.
Features
- Patented technology using stabilized free radicals and electromagnetically charged nano-micelles that physically modify fuel molecular structure
- 1:10,000 product-to-fuel ratio enabling minimal input with maximum operational impact
- Measured fleet results include up to 15% fuel consumption reduction, 21% CO2e reduction, 60% NOx reduction, and up to 90% particulate matter reduction
- Drop-in integration at refineries, central fueling stations, or vehicle tanks without infrastructure changes
- Independently validated by universities in California, Brazil, Luxembourg, and Belgium
- Demonstrated 97% less engine downtime from emissions faults and 65% maintenance downtime reduction in pilot cases
- Over ten million hours of run time globally in 2024, supporting fleets operating over 260,000 vehicles