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【 Diesel Fuel 】

Diesel Fuel refers to the blending of distillate oil produced by crude oil distillation, catalytic cracking, thermal cracking, hydrocracking, petroleum coking and other processes; it can also be produced by shale oil processing and coal liquefaction. It is a mixture of light petroleum products and complex hydrocarbons (carbon atom number is about 10-22). It includes light diesel (boiling point range is about 180-370 ℃) and heavy diesel (boiling point range is about 350-500 ℃).


Compared with gasoline, diesel oil has higher energy density and lower fuel consumption rate. Widely used in large vehicles, railway locomotives, ships and power generation.


Diesel fuel is a blend of different middle distillates derived from the crude oil refining process. It is usually composed of light and heavy gas oil, light and heavy cycle oil, as well as vacuum gas oil. The chemical components are alkenes, cyclo alkanes and different carbon hydrides. The boiling range is between 200°C and 500°C.


The international trading names are DMA, DFA (Diesel Oil, Marine Gas Oil /MGO) and DMB, DFB (Marine Diesel Oil /MDO). The main differences between these fuels are their viscosities, densities, as well as their sulphur content.

1. Marine Gas Oil (MGO), other designations is Diesel oil, DMA, DFA, Diesel gas oil and Gas oil. Diesel fuel is a crude oil medium distillate and therefore must not contain any residual materials. DFA is a synthetic fuel made by adding FAME additive of 0.5% -100% to DMA. The ISO 8217-2024 (Class DMA ) standards have been extensively used as the basis when defining these properties. The properties correspond to the test procedures stated. 

2. Marine Diesel Oil (MDO), another name is Marine diesel fuel, DMB, and DFB, Its is supplied as heavy distillate (designation ISO-F-DMB) exclusively for marine applications. MDO is manufactured from crude oil and may contain synthetic components (e.g. BtL, CtL, GtL and HVO), it must be free of organic acids and non-mineral oil products. DFB is a synthetic fuel produced by adding less than 7% FAME additive to DMB. The properties are essentially defined using the ISO 8217-2024 standard as the basis. For specifications of Marine Diesel Oil (MDO), please refer to MDO (DMB, DFB).


The suitability of fuel depends on the design of the engine and the available cleaning options, as well as compliance with the properties in the following table that refer to the as-delivered condition of the fuel. 


All of SOAR’s liquid fuel engines are capable of burning distillated fuels. Of course, our medium speed dual fuel engines are capable of burning MFO blended with gas or if gas is not available, in 100% liquid fuel mode.

Appendix: Marine Gas Oil / Diesel Oil (DMA, DFA) Specification
  • Property
  • Unit
  • Limit value 1)
  • Standard 2)
  • 外观 Appearance
  • -
  • Clear, bright and no visible contamination
  • Visually
  • 密度 Density at 15°C,max.
  • kg/m³
  • 820 - 890
  • ISO 3675
  • 粘度 Kinematic viscosity at 40°C 3)
  • mm²/s = cSt
  • 2.0 - 6.0
  • ISO 3104
  • 闪点 Flash point 4)
  • °C
  • ≥ 60
  • ISO 2719
  • 十六烷值 Cetane number
  • -
  • ≥ 40
  • ISO 5165
  • 倾点 夏 Pour Point, summer grade 5)
  • °C
  • ≤ 0
  • ISO 3016
  • 倾点 冬 Pour Point, winter grade 5)
  • °C
  • ≤ - 6
  • ISO 3016
  • 水 Water content
  • % (m/m)
  • ≤ 0.02
  • DIN 51777 / 12937
  • 硫 Sulphur content 6)
  • % (m/m)
  • ≤ 1.0
  • ISO 8754, ISO 14596
  • 炭渣 Carbon residue (MCR) 7)
  • % (m/m)
  • ≤ 0.10
  • ISO 10370
  • 灰份 Ash
  • % (m/m)
  • ≤ 0.01
  • ISO 6245
  • 沉淀物 sediment Content 8)
  • % (m/m)
  • ≤ 0.01
  • ISO 10307-1
  • 硫化氢 Hydrogen sulphide
  • mg/kg
  • < 2.0
  • IP 570
  • 铜腐蚀 Corrosion on copper
  • Class
  • ≤ 1
  • ISO 2160
  • 酸度 Acid number
  • mg KOH/g
  • ≤ 0.5
  • ASTM D664
  • Fatty acid methyl ester(FAME), DMA 9)
  • % (v/v)
  • < 0.5
  • IP579, EN14078
  • Fatty acid methyl ester(FAME), DFA 10)
  • % (v/v)
  • > 0.5
  • IP579, EN14078
  • 氧化稳定性 Oxidation stability, DMA
  • g/m³
  • ≥ 25
  • ISO 12205
  • 氧化稳定性 Oxidation stability, DFA
  • h
  • ≥ 8.0
  • EN 15751
  • 润滑性 Lubricity (WSD)
  • µm
  • < 520
  • ISO 12156-1
  • 冷滤点 Cold filter plugging point(CFPP)
  • °C
  • 10°C below the lowest temp. in fuel system
  • DIN EN116, IP309, IP612
  • Na, K, Ca, P, Cu, Zn, Si
  • mg/kg
  • Free from
  • DIN EN 16476

Remarks:

1) The fuel must be suitable for the intended application. It must not contain any substance in a concentration that causes additional air pollution, is harmful for personnel, or has an adverse effect on machine performance. The fuel must be free from non-ferrous metals according to DIN EN 16476. The fuel must not contain any waste oil.

2) Always refer to the currently applicable edition.

3) Specific requirements of the injection system must be taken into account.

4) Additional requirements (e.g. SOLAS) must be observed. Applicable laws must be adhered to.

5) 10°C below the lowest temperature in the fuel system

6) Independent of the maximum permissible sulphur content, local laws and regulations must be adhered to.

7) Determined at 10% distillation residue.

8) If the sample is not clear and bright, complete sedimentation through hot filtration and the determination of water content is required.

9) The FAME must either be in accordance with EN 14214 or with ASTM D6751 as well as with increased oxidation stability of at least 8 hours (EN 15751). For information on using a fuel with more than 0.5 % FAME.

10) The FAME must either be in accordance with EN 14214 or with ASTM D6751 as well as with increased oxidation stability of at least 8 hours (EN 15751). 


Notes:

1. All data provided on this site is for information purposes only, explicitly non-binding and subject to changes without further notice.

2. To confirm whether the engine can use special types of fuel, please provide detailed fuel specifications.

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