Technology
MAZ Nitroparaffin additives improve combustion efficiency of hydrocarbon fuels
MAZ technology has been successfully validated in both laboratory and vehicle fleet tests in China.
Recent trial tests on ships with 2-stroke and 4-stroke engines operating on marine bunker fuels reported various fuel savings of more than 5%.
No detrimental or harmful effects to the engines were observed.
Nitroparaffin Additive Technology - Basic Working Principles
Improved Vaporization
Application method
The typical blending ratio for MAZ additive is 0,1% of the fuel volume. The product can be added to the fuel at the fuel distribution facility; or directly to the fuel tank during the filling (bunkering) process.
MAZ technology has been successfully validated in both laboratory and vehicle fleet tests in China.
Recent trial tests on ships with 2-stroke and 4-stroke engines operating on marine bunker fuels reported various fuel savings of more than 5%.
No detrimental or harmful effects to the engines were observed.
Nitroparaffin Additive Technology - Basic Working Principles
Improved Vaporization
- Reduced surface tension gives smaller spray droplets and better atomization, resulting in a larger surface area exposed to oxidation and faster chemical reaction
- Nitroparaffin based fuel additive improves the combustion of hydrocarbon fuels by increasing the free chemical radicals under high temperatures during combustion
- Improved energy efficiency and reduced fuel consumption
- More complete combustion reduces soot formation and keeps the engine cleaner
Application method
The typical blending ratio for MAZ additive is 0,1% of the fuel volume. The product can be added to the fuel at the fuel distribution facility; or directly to the fuel tank during the filling (bunkering) process.
