Maximize Efficiency with Fuel Homogenization

Homogenizers enhance the fuel's properties, impacting its viscosity index 🔄. A fuel homogenizer will change the surface tension of the fuel. The primary function of a homogenizer is to break down the larger fuel particles into smaller, more uniform sizes, and this process also affects the fuel's surface properties.

When the fuel is passed through a homogenizer, the high-pressure and shear forces disrupt the larger fuel aggregates, leading to a more homogeneous fuel mixture. This mechanical process reduces the surface tension of the fuel. Lower surface tension improves the fuel's ability to form finer droplets during the atomization process in the engine's fuel injectors, leading to more efficient combustion.

By altering the surface tension, the homogenizer helps create a fuel that is more easily vaporized and mixed with air, enhancing the combustion process, improving fuel efficiency, and potentially reducing emissions.

For engines with a viscosity range of 14 to 16 cSt, operating at the higher end (16 cSt) when using a homogenizer brings significant benefits:

Lower SFOC: Improved fuel atomization boosts combustion efficiency, reducing fuel consumption 💧🔥.
Integrating a homogenizer can thus lead to substantial operational savings and environmental benefits. Opt for the higher end of your fuel's viscosity range to see the best results.

Embrace efficiency and sustainability today! 🌱