Katerina Swanson
D2 fuel, also known as automotive diesel or Gasoil, is a type of fuel derived from the distillation of oil. It is widely used in trucks, buses, and cars, and is in high demand in Asia due to the increasing number of vehicles. The cost of storing D2 fuel depends on various factors such as the quantity to be stored, the duration of storage, and the location. Additionally, the price of D2 fuel itself fluctuates, which can impact the overall cost of storage. Other factors that influence the cost include the infrastructure required for safe storage, such as tanks or barrels, as well as any regulatory or compliance costs associated with storing large quantities of fuel.
| Characteristics | Values |
|---|---|
| Type | Standard diesel fuel (also called diesel oil) |
| Grades | Diesel-1 (D1) and Diesel-2 (D2) |
| Usage | Used in diesel engines, trucks, buses, and cars |
| Properties | Heavier than gasoline but lighter than engine oil and heavy oil |
| Comparison with D1 | D2 is sold most of the time, while D1 is sold in very cold climates during winter and not in hot weather countries |
| Availability | Easily available in most countries, with a particularly high demand in Asia |
| Sulphur Content | Ultra-low-sulfur diesel (ULSD) with a maximum sulphur content of 0.02% as per ISO standards |
| Environmental Impact | Lower emissions, contributing to reduced pollution in cities |
| Additives | Includes additives to enhance engine efficiency and ease of starting in winter |
| Mileage | Summer diesel provides better mileage, but fuel pipes may freeze and burst |
| Viscosity | Not specified |
| Storage | No specific information found |
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What You'll Learn
D2 fuel consumption in Volvo V40 cars
Diesel fuel, also known as automotive diesel, diesel oil, or gas oil, comes in two grades: Diesel-1 (D1) and Diesel-2 (D2). D2 is widely available and remains a key type of fuel for vehicles in many countries.
The Volvo V40 is a hatchback model that was manufactured between 2012 and 2019. The D2 engine is the cleanest and most fuel-efficient engine in the range, with competitive fuel economy and CO2 emissions. The 1.6-litre D2 diesel engine is particularly impressive for fuel consumption.
The fuel economy of the Volvo V40 D2 varies depending on the transmission type. The D2 engine with a manual gearbox offers a fuel economy of 56.5 mpg, while the same engine with an automatic gearbox returns 52.3 mpg. The official service interval for the D2 is 12,500 miles, and real-world data from Volvo V40 D2 owners has provided insights into the fuel economy of this model.
Some owners have reported fuel consumption that is higher than the manufacturer's promise. For example, one owner of the MY15 D2 model reported an average fuel consumption of just over 50 mpg, which equates to approximately 4l/100km. Another owner of the same model achieved 70 mpg over a 180-mile journey, with an average speed of 49 mph. These figures can vary depending on driving conditions and styles.
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D2 fuel's availability in hot weather countries
Diesel fuel, also known as automotive gas oil (AGO), comes in two grades: Diesel-1 (D1) and Diesel-2 (D2). D2 is a cleaner-burning diesel fuel used in trucks, buses, and cars. It is widely available in most countries worldwide, including hot weather countries.
D2 is a key type of fuel for vehicles in many countries, with particularly high demand in Asia due to the increasing number of cars in the region. While D2 is readily available in hot weather countries, D1, which is similar to kerosene and lighter than D2, is typically sold in colder climates during winter and is not sold in hot weather countries.
The availability of D2 fuel in hot weather countries is facilitated by suppliers such as the International DSM Group, which provides diesel solutions to clients globally. The group has established partnerships with refineries in North and South America, ensuring a steady supply of high-grade D2 fuel. Additionally, companies like EXTREME INTERNATIONAL FZE, based in the United Arab Emirates, specialize in exporting high-quality D2 fuel to various countries, catering to both B2B and B2C markets.
The accessibility of D2 fuel in hot weather countries is further influenced by the implementation of international standards. For instance, the EN590 standard specifies the physical properties that automotive diesel fuel must meet to be sold in the European Union and Britain. This standard has been adapted over time to reduce the sulphur content of diesel fuel, resulting in ultra-low sulphur diesel. Similar standards, such as the GOST variant for D2/Gasoil, are also referenced by oil companies to ensure the quality and consistency of D2 fuel in the market.
In summary, D2 fuel is widely available in hot weather countries through a network of suppliers, exporters, and international standards that facilitate its production, distribution, and compliance with environmental regulations.
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D2's status as a key type of fuel for vehicles
Diesel fuel, also known as automotive gas oil (AGO), is derived from the distillation of oil. It is heavier than gasoline but lighter than engine oil and heavy oil. Standard diesel fuel comes in two grades: Diesel-1 (D1) and Diesel-2 (D2). D2 is the most commonly sold variant of diesel fuel and is available in most countries worldwide.
D2 is a cleaner-burning diesel fuel used in trucks, buses, and cars. It has lower emissions than D6 fuel, which has a higher sulfur content, making it more suitable for electricity generation. D2's status as a key type of fuel for vehicles is underscored by its indispensable role in powering the transportation sector globally. Despite rising awareness of environmental protection, D2 remains a crucial fuel source for vehicles in many countries, particularly those with a high demand for automotive diesel, such as China, India, and other Asian countries.
The unique characteristics of D2 fuel make it ideal for automotive applications. D2 has a lower sulfur content than other types of diesel, which contributes to reduced pollution in cities. The reduction in sulfur content also allows for the use of advanced emissions control technologies, substantially lowering harmful emissions from diesel combustion. This is particularly important for the inhabitants of big cities, as it helps reduce the exhaust output of ozone precursors and particulate matter.
D2 fuel is also known for its versatility and compatibility with diesel engines. It was used in the first engines before the invention of petrol-based cars. D2 does not require spark plugs for ignition, as the diesel engine will ignite and combust when the pressure increases, causing the heated "plug" to explode. This fundamental difference from petrol engines makes D2 a reliable and efficient choice for diesel vehicles.
Additionally, D2 fuel is often favoured due to its performance in varying climatic conditions. In very cold climates, Diesel-1 (D1), which is similar to kerosene, may be used instead of D2. However, D2 is suitable for most weather conditions and is sold year-round in most countries. It is essential to note that using summer diesel in winter may result in better mileage, but it can also cause fuel pipes to freeze and burst due to the thicker flow of diesel.
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D2's role in power generation
D2, or Diesel-2, is a type of diesel fuel that is widely used in the transportation and energy sectors. It is derived from the distillation of oil and is heavier than gasoline but lighter than engine oil and heavy oil. D2 is a key fuel for vehicles in many countries and is particularly in demand in Asia due to the increasing number of cars in the region.
D2 plays a crucial role in power generation, especially in the context of diesel engines and electricity generation. As a cleaner-burning diesel fuel, D2 has lower emissions compared to other types of diesel, making it ideal for use in trucks, buses, and cars. The low sulphur content of D2, also known as Gasoil, has contributed to reduced pollution in cities. The reduction in sulphur content has also allowed for the use of advanced emissions control technologies, further lowering the harmful emissions from diesel combustion.
In terms of power generation, D2 is specified by the ISO standard, which most oil companies use as a reference. The EN590 standard, introduced along with European emission standards, has been adapted over time to lower the sulphur content of diesel fuel. Since 2007, this low-sulphur variant of diesel has been referred to as ultra-low-sulphur diesel (ULSD).
D2 is also an important fuel for the aviation industry. It has been tested in planes, resulting in greater mileage per weight unit of fuel—up to a 40% increase. The use of D2 in aircraft may contribute to reduced emissions, as it could replace kerosene as the primary fuel source.
Overall, D2 plays a significant role in power generation, particularly in transportation and energy sectors, by providing a cleaner-burning and low-emission fuel option for diesel engines, aircraft, and electricity generation.
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D2's sulphur content compared to GASOIL
D2, or automotive diesel, is a cleaner-burning diesel fuel used in trucks, buses, and cars. It is a refinery abbreviation for Gasoil and is the second distillate from the processing of crude oil. Gasoil, on the other hand, is used in off-road vehicles and is often called red diesel.
The primary difference between D2 and Gasoil is their sulphur content. D2 has a lower sulphur content and is, therefore, ideal for vehicle use. Gasoil, which has a higher sulphur content, is more suitable for electricity generation.
The GOST variant for D2/Gasoil is GOST 305–82, which specifies a maximum sulphur content of 0.02%, according to the ISO standard. The ANSI standard, however, classifies this as "Ultra Low Sulphur" and defines "Low Sulphur" as having a sulphur content of 0.2% (2000ppm).
In recent years, there has been a push to lower the sulphur content in diesel fuel. Since 2007, diesel with a sulphur content below the lubricant level has been termed ultra-low sulphur diesel. This reduction in sulphur content has facilitated the use of advanced emissions control technologies, leading to a substantial decrease in harmful emissions from diesel combustion.
The US EPA introduced a limit of 4% sulphur in Gasoil about ten years ago, with Europe and the rest of the world following suit. As sulphur can be traded profitably as sulphuric acid, there is now a greater incentive to extract as much of it as possible during the refining process.
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