Heavy hydrocarbon blending
Heavy hydrocarbon blending is a process in which different heavy hydrocarbon streams, such as diesel, light and heavy fuel oil, and other secondary distillation products, are combined together to achieve desired specifications and meet established standards. This process, unlike light hydrocarbon blending, requires greater precision and control due to the higher viscosity and more complex compositions.
The primary goal of heavy hydrocarbon blending is to produce quality fuels, base oils, and other products with market-specific specifications. This is accomplished through precise adjustment of blend ratios, addition of additives, and control of process parameters.
Requirements and features
Need for specialized equipment: The blending process of heavy hydrocarbons requires the use of specialized equipment such as large mixers, precise temperature and pressure control systems, and online analysis equipment.
Importance of Quality Control: Careful and continuous monitoring of the quality of raw materials and the final product is of particular importance to ensure compliance with established standards.
Process benefits
-
Custom Product Production:
Blending allows the production of fuels and base oils with properties precisely tailored to customer needs and specific applications. -
Optimizing resource use:
By combining different hydrocarbon streams, it is possible to optimally use existing resources and reduce waste. -
Compliance with environmental standards:
By carefully adjusting the composition, it is possible to produce products with less pollution and compliance with environmental standards.
Applications
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Production of base oils:
Compounds resulting from blending are used as important raw materials in the production of base oils for engines, gearboxes and other industrial applications. -
Marine Fuel Production:
Blending allows the production of marine fuels with specific specifications and compliance with environmental regulations. -
Production of heating fuels:
Compounds resulting from blending are used as fuels for industrial and domestic heating systems.
Technical specifications
| Density 15°C | 820-830 KG/M3 |
|---|---|
| IBP | 185~195 °C |
| 50% VOL | 215~225 °C |
| FBP | 365~380 °C |
| Residue | 0.5 vol% |
| FLASHPOINT | Min 65 °C |
| Color | 1.5~2 |
Destination countries for export
- Iraq
- ,
- Pakistan
- and
- Afghanistan
- In the form of FCA and
- Emirates
- FOB and CFR
FAQ
What effect does Petrolino octane booster have on the engine?
Increasing octane number, reducing engine knocking, improving combustion and reducing fuel consumption.
How to determine the amount of octane booster to use?
Depending on the fuel type and target octane number, a 1 to 5% blend is recommended. Petrolino experts advise
Is Petrolino octane booster suitable for standard domestic cars?
Yes, it can also be used for export fuels and industrial refining cuts.
Is long-term storage of octane booster possible?
Yes, by observing the appropriate temperature and containers, the chemical stability of the product is guaranteed for up to 12 months.
Is this product environmentally friendly?
Yes, Petrolino’s industrial formulation meets HSE standards by reducing pollutants and preventing deposits in the engine.