This article includes a list of references, but its sources remain unclear because it has insufficient inline citations. (April 2015) (Learn how and when to remove this template message)
Petroleum transport is the transportation of petroleum and derivatives such as gasoline (petrol). Petroleum is transported via rail cars, trucks, tanker vessels, and through pipelines. Which method is used to move this oil depends on the amount that is being moved and its destination. The biggest problems with moving this oil are pollution and the chance of being spilled. Petroleum oil is very hard to clean up and is very toxic to living animals.
Marine Vessels and barges can transport this petroleum all around the world. Because these vessels can carry a lot of fuel, the amount it costs per barrel to move this oil is very cheap. These tankers are also the only practical way to move crude oil across the oceans. Usually the larger tankers are used to transport this fuel on a global scale, taking fuel from one continent to the other. Barges are more like tankers, but smaller and do not have any method of propulsion to move them. They are often pushed or towed by tugs. This makes barges very ineffective for transporting this oil for long distances. Barges are also not applicable for traveling across rough seas, so they are used in calmer waters. However, these barges are usually used for transporting the fuel shorter distances.
Pipelines are used to transport oil from the wells to refineries and storage facilities. Pipelines are viewed as the most cost efficient way to move oil on land. First the oil is collected at the wellhead, or some area where the oil is stored. From the wellhead it is pumped across the land through a pipe, and is discharged at its destination which typically is a refinery. However, pipelines can be used the same way to deliver already refined fuels such as gasoline, diesel and even jet fuel from the refinery to distribution facilities or a consumer. These pipelines are not just a solid line of straight pipe, but have various components on the pipeline. These pipelines will have booster pumps to keep the fuel moving along a long distance, inspection areas to make sure that the fuel is not getting any contaminants, and even other collection and delivery points along the way. Although it costs a lot of money and time to set up these pipelines, the operation cost is significantly less than using any other type of transportation. Also the amount of manpower needed to move this oil is not that much. Pipelines offer the most efficient mode of transporting this oil across a land mass. Even though these pipes are extremely cost effective there are some circumstances where this is not true and it is more logical to use another method. An example of this is how it is cheaper and more logical to use a ship to move the oil across the Atlantic Ocean than a pipeline.
Tank cars are another way to move crude oil across a landmass. The oil is loaded into the tank cars, and are moved by a diesel train across the rails to the refinery or the trains planned destination. Trains can carry a massive amount of this oil by using of multiple tank cars. Though each rail car holds a lot less oil than a large marine tanker vessel, when multiple are used a lot of oil can be transported. For example, the DOT-111 tank car is a very common tank car and can hold 34,500 US gallons (820 bbl; 131 m3). If ten tank cars were pulled the train would be carrying 345,000 US gallons (8,200 bbl; 1,310 m3) of oil, so the amount of volume increases rapidly. The locomotive used to pull these rail cars have a massive amount of horsepower and can be hooked up with other locomotives to increase the power, making the rail car a fairly cost effective way to move this oil. These rail cars, just like the pipelines, can be used to carry a refined fuel instead of crude oil from a refinery to a distributing plant. Rail cars are a common way to move this fuel a long distance to areas where they do not have pipelines set up.
Tank trucks are used more like rail cars are, but they will usually transport refined fuel to a fuel station, like a gas station. Trucks are usually used to carry smaller capacities of oil short distances. Like rail cars, these trucks can carry several different forms of this petroleum, but they do not really carry the petroleum in its crude oil form because operating the trucks would cost more than the crude oil itself would be worth. However, these trucks often deliver this fuel to gas stations, or deliver the fuel straight to the consumer. They also are used in situations where it would be illogical to use rail cars, pipelines and tanker ships. Because gas stations do not require large amounts of fuel, and generally could not practically be connected to railways, trucks allow a rational and cost effective way to deliver the fuel to the consumers. Common sizes of their tanks range from 400 up to 7,500 US gallons.
Every method of transporting this petroleum has the potential for a major oil spill. However, the amount of oil spilled while it is in transport is a surprisingly small percentage of the total oil spilled. Most oil is spilled during loading and unloading and industrial plants accidentally spilling the oil into the ground. Regulations are created to help prevent oil from spilling everywhere. Some of these regulations include forcing marine tankers to have double hulls, and making a minimum of two man crew on trains that are carrying crude oil. Even though the least amount of oil spills happens when the oil is in transit, regulations are still put in. If the oil is spilled while it is in a ship, tank truck, pipeline or rail car, it can result in fire, poisoning of plants, injuries and fatalities of the crew and citizens. There are also regulations put in place to prevent the spilling of oil and petroleum vapors while loading and unloading these fuels as well as processing the oil. The goal of these regulations is to make sure that all the oil is delivered or processed equals the amount of oil that was received. A simple example of this is the vapor guard on the nozzle of the gas pump at the gas stations. These regulations make sure that the companies watch to see that they do not have leaks in any pipes or equipment. When the oil is being processed is when it has a great potential of being leaked, so constant watch is required. These regulations are constantly changing as more discoveries on how to better control oil spills are being found.
- Edge, Graham (1998). A Century of Petroleum Transport. Roundoak. ISBN 978-1-8715-6527-0.
- "Oil Transportation". PetroStrategies, Inc. Retrieved 29 October 2015.
- Karangwa, Eugene (2008). "Estimating the cost of pipeline transportation in Canada" (PDF). Canadian Transport Research Forum.
- Trench, Cheryl J. (December 2001). How Pipelines Make the Oil Market Work – Their Networks, Operation and Regulation (PDF) (Report). New York: Allegro Energy Group.
- "49 CFR 179.13 - Tank car capacity and gross weight limitation". LII / Legal Information Institute. Retrieved 2018-04-20.
- 5.2 Transportation And Marketing Of Petroleum Liquids (PDF). AP-42, Compilation of Air Pollutant Emission Factors (Report) (fifth ed.). EPA. 2008. Retrieved 21 April 2015.
- "Refined Fuel Trucks - Westmor Industries Fuel Delivery Equipment". westmor-ind.com. Retrieved 2017-09-07.
- Oil Transportation
- United States Department of Transportation. (n.d.). Bureau of Transportation Statistics. Table 1-61: Crude Oil and Petroleum Products Transported in the United States by Mode