They help keep vehicles and equipment in continuous operation. Safer work: fewer emissions, smoke and noise, improving the environment for operators. Fewer maintenance services: in fleets and intensive-use equipment, 1 to 2 maintenance services per year can be saved by reducing carbon buildup.
We reduce fuel consumption from 2%
Reduction of opacity, (HC) hydrocarbons and (CO) carbon monoxide by up to 83%
By introducing hydrogen and oxygen into the engine, we improve the combustion process and recover the power lost due to carbon buildup.
DESCAR was founded 8 years ago with the purpose of improving fuel combustion efficiency through the use of hydrogen gas. This approach seeks to optimize engine performance, significantly reduce pollutant gas emissions and recover lost engine power.
DESCAR is a company that has developed the next generation of fuel-saving and pollutant gas reduction technology for the global market
Hydrocarbons and CO2 are reduced due to the absence of carbon in hydrogen fuel and also due to improved diesel fuel combustion with the help of hydrogen, which has a higher flame speed.
Tests carried out on more than 150 engines of different displacement resulted in fuel savings starting from 2%
Hydrogen flame speed is nine times faster than diesel; burning diesel in the presence of hydrogen results in faster and more complete overall combustion.
The induction of H2 and O2 contains oxygen; as a result, the increase in the air-fuel ratio improves combustion, resulting in lower fuel consumption and better efficiency.
The H2 and O2 gas provided by the system acts as a combustion enhancer, burning the available diesel fuel more completely, faster, hotter, and earlier in the combustion chamber, improving the engine’s operational efficiency and reducing pollutant emissions.
Solution designed for light and intercity transportation, focused on improving engine operational efficiency through real-time hydrogen injection technology.
Solution developed for heavy-duty trucks, focused on optimizing operational performance through real-time hydrogen injection technology for highly demanding industrial applications.
Industrial solution designed for heavy machinery and highly demanding operational environments, focused on optimizing engine performance through real-time hydrogen injection technology.
Flexible solution designed for generators of different capacities, enabling operational optimization through hydrogen-assisted combustion technology.
Compact solution developed for small automotive workshops, focused on engine decarbonization processes and operational optimization for maintenance services.
Professional solution designed for large automotive workshops and advanced maintenance operations requiring continuous decarbonization services.
Advanced industrial solution developed for maritime operations, industrial plants and highly demanding custom engineering projects.
Sustainable additive developed with selected compounds for hydrogen-assisted combustion systems and industrial operational support.
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