Diesel EN590 10PPM
Diesel EN590 IOPPM is a high-quality diesel fuel that adheres European Union (EU) standard EN590. It is widely used in various applications, including transportation, industrial, and commercial sectors. This report provides an overview of the characteristics and key information about Diesel EN590 10 PPM.
Composition & Specifications
Sulfur Content: Diesel EN590 IOPPM contains a maximum sulfur content of 10 parts per million (PPM). which represents a significant reduction compared to higher sulfur content diesel fuels. The low sulfur content contributes to reduced emissions and environmental impact.
Cetane Number: The cetane number of Diesel EN590 IOPPM is typically above 51. which indicates its excellent ignition quality and combustion characteristics.
Density: The density of Diesel EN590 IOPPM ranges between 820 and 845 kg/m3 at 15°C.
Distillation Range: The distillation range of Diesel EN590 IOPPM ensures optimal performance across a wide range of operating conditions. The initial boiling point is typically below 180°C. while the final boiling point is above 340°C.
Flash Point: Diesel EN590 IOPPM has a minimum flash point of 55°C, indicating its high ignition resistance and safety.
Performance & Efficiency
Engine Performance: Diesel EN590 IOPPM offers excellent engine performance due to its high cetane number. which promotes efficient combustion, improved power output, and reduced engine noise
Fuel Economy: The high energy content and combustion efficiency of Diesel EN590 IOPPM contribute to improved fuel economy, resulting in cost savings for end-users.
Cold Flow Properties: Diesel EN590 IOPPM has excellent cold flow properties, allowing it to remain fluid at low temperatures and prevent fuel line blockages or filter plugging.
Storage & Handling
Stability: Diesel EN590 IOPPM has good stability characteristics. provided it is stored under appropriate conditions, such as avoiding exposure to excessive heat, moisture, and contaminants.
Filtration: Regular filtration and maintenance of fuel storage and dispensing systems are crucial to prevent any potential contaminants from impacting the fuel quality and performance
