Transporting Oil: Why Pipelines Still Rule (2024)

When assessing U.S. oil production declines and what it means for midstream companies many times we are asked, “What happens to crude oil pipeline volumes if production declines as the EIA expects, by approximately 800,000 barrel per day (bpd) compared to 2015?”

That’s a very good question.

To clarify, the 800,000 bpd decline in U.S. production is based on average 2016 volumes versus average 2015 volumes. However, the exit rate of production, i.e. what you end 2016 at versus what we ended at in 2015, will be closer to a 900,000 bpd decline.

To appropriately assess the impact of oil production declines, it’s important to point out some key factors:

• Mode of transportation can vary between pipeline, rail car, barge and truck

• Cost of transportation varies by mode

• Destination matters as it creates basis, i.e. differentials between various locations

• Strategic value of the asset matters

• And finally, a distinction between supply push and demand pull is necessary to fully appreciate the outlook

Pipelines remain cheapest way to transport oil

In terms of the various modes of transportation, pipeline is far and away the most utilized, yet rail made significant strides over the last several years as the need for cheap, fast takeaway capacity was high to meet the rapid rise in U.S. crude oil production. Barge is another source of transportation, but is clearly only applicable in various regions where waterways exist. Trucking is the final mode, but is primarily used in emerging basins and over shorter distances given the cost.

Speaking of cost, pipeline is also far and away the cheapest mode of transport. Ranges vary based primarily on distance traveled and grades of crude, but pipeline transportation generally ranges between $2 and $4 per barrel. Rail transport typically costs 2-5 times pipeline transport. Barge varies significantly by distance, but is commonly cheaper than rail and more expensive than pipeline. Finally, trucking is the most expensive and is usually cost prohibitive except for shorter haul shipments.

Destination is key and the length of transport will often necessitate certain modes being deployed. For example, transporting crude oil from the Bakken Shale in North Dakota to refiners in the Northeast is challenging by anything but rail. No pipelines exist for that transport, and the cost of building a new pipeline would be extremely expensive and very difficult given the population density. Hence, rail is the preferred method. However, differentials play a big part in determining not only the mode, but if something gets transported at all. As an east coast refiner, your option is to either take crude imported from the water, based on an international price, such as Brent, or to possibly buy Bakken crude and have it shipped via rail. As such, in order to compete, the Bakken crude must price below the waterborne crude, including the cost of transport via rail, which, as noted can be $10-$15 per barrel. If Bakken crude, when including the incremental transport cost by rail, is higher than the international marker, it must find a different home.

Location, Location, Location

The strategic value of an asset matters greatly as well. For instance, as a basin builds in production and producers get more and more comfortable with the resource base, permanent solutions tend to rule the day. Pipelines replace rail that served as a stopgap measure until new takeaway could be built. Once again the Bakken serves as a useful example, as pipelines’ share of export volumes has increased from approximately 20% in early 2014 to over 50% now, while rail has fallen from over 70% of export volumes to just over 40% during the same time period.

An additional component of the strategic value of assets is determined by whether a pipeline is supply push or demand pull. Supply push pipelines provide takeaway from a specific basin, while demand pull pipelines feed a demand center, such as a refinery.

This distinction is key for many reasons, but consider the current environment where low crude oil prices and strong gasoline demand are incenting refineries to run full out, with utilizations averaging over 90%. As such, pipelines moving crude oil into a refinery provide a high degree of assurance of maintaining utilization. Especially when one considers the pipeline may deliver crude whether it is domestic or international, i.e. the pipeline still operates as long as the refinery continues to run. This is a strong distinction compared to a pipeline that is dependent on a specific basin continuing to operate based on producer break-evens, driven in large part by the commodity price.

Which brings us to a final point, location matters in evaluating the strategic nature of the pipeline. Various basins will react differently to lower prices. The Permian Basin in West Texas has long been one of our favorites and one that we feel will hold up better in this low commodity price environment. So we shift our portfolios to take advantage of the best basins.

With all that background, our premise is pretty simple. Pipelines will hold up better than other modes of transportation based on cost, location and strategic value. Additionally, demand pull pipelines will hold up even better still. And supply push pipelines supporting the best basins will also fare better.

In fact, since the beginning of 2015, we have seen a decline of 450,000 bpd in terms of rail transport in the U.S. And while pipelines will certainly feel some of the decline in production of approximately 800,000 bpd year over year, we anticipate rail will take the brunt and pipelines will be more resilient.

The last big decline in crude oil prices and subsequently production was in 2008-2009. During that time period, pipeline volumes held up quite well and we would expect this disruption to be no different.

Nothing contained in this communication constitutes tax, legal, or investment advice. Investors must consult their tax advisor or legal counsel for advice and information concerning their particular situation. Views expressed herein should not be relied on as investment advice or an indication of trading intent. Past performance does not guarantee future results. Like any other stock, total return and market value will fluctuate so that an investment, when sold, may be worth more or less than its original cost. All investments involve risk, including possible loss of principal. You should consider the investment objective, risks, charges and expenses of the fund carefully before investing. For this and other important information please refer to the fund’s most recent prospectus and read it carefully before investing. For additional information call Tortoise Capital Advisors, L.L.C., the fund adviser, at 866-362-9331.

Transporting Oil: Why Pipelines Still Rule (2024)

FAQs

Why are pipelines the best way to transport oil? ›

Pipeline transport is safer, more efficient, and creates fewer GHG emissions than ship, truck or train. Pipeline companies employ engineers, safety and environmental experts to ensure that pipelines meet rigorous safety and environmental standards.

Why are oil pipelines important? ›

The Importance of U.S. Pipelines

America's pipelines are a vital link connecting our abundant domestic oil and natural gas resources to refineries, chemical plants, businesses and consumers in the U.S. and around the globe.

What is the most effective way to transport oil? ›

Pipelines play a very critical role in the transportation process because most of the oil moves through pipelines for at least part of the route. After the crude oil is separated from natural gas, pipelines transport the oil to another carrier or directly to a refinery.

What are the arguments against oil pipelines? ›

Building pipelines results in deforestation and the destruction of habitats for multiple species. There have been approximately 9,000 significant pipeline spills over the past 30 years. Over 500 people have died because of these spills, in addition to 2,576 people injured, and over $8.5 billion in financial damages [1]

Is a pipeline the best way to transport oil? ›

Pipelines are the safest and most environmentally responsible way to transport natural gas and petroleum products over long distances.

What are the advantages of pipeline transportation? ›

Advantages of pipeline transportation

An oil pipeline can continuously complete the transportation task. According to the size of its pipe diameter, its annual transportation volume can reach millions of tons to tens of millions of tons, or even more than 100 million tons. (2) Small footprint.

Are pipelines the safest way to transport oil? ›

Both rail and pipelines are quite safe, but pipelines are without a doubt the safest way to transport oil and gas. In every year from 2003 to 2013, pipelines experienced fewer occurrences per million barrels of oil equivalent transported than did rail.

Who benefits from oil pipelines? ›

Millions of homes in colder climates depend upon pipelines to keep their homes warm in winter. Home heating oil or ultra low sulfur diesel is sent by pipeline in large volumes to regional storage points. Trucks make heating fuel deliveries the last few miles of a journey started by pipeline.

Are oil pipelines good or bad? ›

Pipelines can pollute air, water, soil and climate when they leak. Pipelines that cross rivers and streams are more vulnerable to breaks when heavy rain and floods occur.

What is the cheapest way to transport oil? ›

Pipeline Transportation of Crude Oil

Crude oil pipelines are the most common, safest, and cheapest of all modes of crude oil and refined product transport.

Are pipelines bad for the environment? ›

This is because, like propane, natural gas pipelines can cause fires and explosions when the natural gas ignites. Besides impacting the immediate environment negatively, natural gas pipeline leaks and explosions release methane, a greenhouse gas that significantly contributes to climate change.

What percent of oil is transported by pipeline? ›

Across the U.S., natural gas is transported almost entirely by pipeline, and over 90% of crude oil and refined petroleum products are transported by pipeline at some point.

Why are so many people against pipelines? ›

Why are the natives against the pipeline? They're opposed to it being built on top of their lands, esp. land they considered to be sacred. Also, environmental damage would be great if the pipe leaked.

Who controls oil pipelines? ›

The CPUC regulates the transportation rates and terms of service of pipeline companies that transport petroleum products owned by other companies.

How do oil pipelines affect the economy? ›

Pipelines benefit Canadians

This sector directly and indirectly employs about 740,000 people. The oil and gas sector contributes nearly 11 percent of Canada's GDP and pays on average more than $20 billion per year in taxes, royalties and fees to governments.

Why are pipelines preferred over rail or road transport of oil? ›

Pipelines are the most economical way to transport crude oil or natural gas in a controlled manner. Once the pipeline has been laid under the ground, it is not going to disturb the on-land facilities, transportation system and it does avoid the risk of a hazardous accident on roads or risk of leakage.

Is oil easy to transport through pipelines? ›

Petroleum (crude oil) is relatively easy to transport, but can cause catastrophic damage if spilled. The safest and cheapest way to transport large amounts of petroleum (crude oil) over land is via pipelines.

Why is crude oil transported by pipeline? ›

Pipelines are the go-to transportation method for moving crude oil over long distances given they are cost-effective, energy-efficient and have a comparatively low environmental impact.

What is the advantage of transporting oil by pipelines and tankers? ›

Advantages of transporting oil by pipelines include high capacity and low cost, while disadvantages include limited flexibility and vulnerability to leaks. The advantages of transporting oil by tank trucks include flexibility and good protection for the oil drum.

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