SPECIFICATIONS
The Combustion Flaw
GASOLINE, KEROSENE, DIESEL AND FUEL OIL
Gasoline, kerosene, diesel, and heavy fuel oil are defined as complicated hydrocarbons (insulators or flowable plastics). These have one problem in common, contamination by air and steam or vapor. This causes a loss in energy density.
Common problems: Fuel cavitation erosion to fuel system components(Fuel Injectors and Fuel Pumps). Abnormal and Incomplete combustion. Fuel attaches to the metal surfaces causing carbon deposits that act like little sponges, absorbing and desorbing fuel during combustion, that fuel does not burn for power.
Optimized Combustion With OXYTANE
ASTM D975 and EN590 TEST SHOW ZERO CHANGE IN THE FUEL SPECS
Because of its properties, OXYTANE releases air from the fuel. As these microscopic bubbles escape, the result is a purer, more energy-dense liquid fuel for use in the engine.
As for use in diesel fuel, OXYTANE is undetectable, yet works entirely the same way. OXYTANE is registered with the USEPA, has been tested by INTERTEK, and is considered a pure fuel. We are constantly re-examining what roles our modern fuels play in the combustion cycle, and how we can liberate more energy from those fuels.
OXYTANE serves several benefits and profits; Restores engine performance, restores fuel economy, reduces engine noise, restores CO2 emission profiles, benefits engine longevity.
Benefits And Profits
OXYTANE drastically restores fuel economy, emission profiles, and engine performance. A focus on R&D and innovation, combined with the recognized high quality of our product, means that whatever your industry or application, OXYTANE keeps your business moving forward. Saving you time and money.
Leading The Change For Cleaner Air
OXYTANE is a fully-registered fuel treatment that restores carbon emission profiles and restores fuel efficiency, all while improving the ESG outcomes of any operation.
Want to know more about OXYTANE, how it works, and what it does? Interested in a SAMPLE or looking to find your local distributor?