Reducing the pollutant components generated during combustion remains a significant challenge in engine development and exhaust aftertreatment.
Significant support is achieved through the use of optimized fuels.
The goal was to improve combustion itself, aiming for complete oxidation (a more uniform process) without altering the compliant fuel itself or treating it with chemicals as is commonly done.
The development team discovered bioactive agents that have specific effects on liquid, crude oil-based fuels but fundamentally differ from conventional methods and principles.
These various active ingredients are produced using biotechnology in a specially formulated fuel solution in the laboratory and are used in an extremely low concentration of one to one hundred thousand.
This technology does not cause any negative impact on engines or their components and is completely free of side effects. The performance of combustion engines is optimized.
When combustion is optimized with improved raw emissions (less soot or, more simply, unburned fuel), resulting in minimal deposit formation, additional chemicals for dissolving crusts, e.g., on piston bottoms, valves, injectors, and shafts, are generally no longer needed.
