Canadian oil-sands producers may want to sing “I Want to Be Free” right about now. Between the European Union’s proposal of a penalty on oil sands consumed in Europe and the political wrangling surrounding TransCanada Corporation (USA) (NYSE:TRP)‘s Keystone XL pipeline, producers just can’t seem to find a market. Even without the political problems, there are still some massive logistics problems facing Canadian oil sands. Let’s take a look at one critical issue with Canadian oil sands and how one U.S. energy play could be a savior.
Sweet Sticky Thing
Even though we call everything “crude oil,” every source of crude is different. Crude is a collection of hundreds of different types of molecules that are based on the same basic concept: chains or rings of carbon atoms flanked by hydrogen atoms. Depending on where oil comes from, the percentages of these molecule types change, which changes the physical properties — and the market value — of these crudes. In the case of the Canadian oil sands, the product is considered a heavy oil/bitumen crude source. This means it has a much higher percentage of long-chain molecules used for products such as lubricants, residual fuels such as home heating oil, and asphalt for roads and roofs. By contrast, lighter oil types, such as what we’re seeing from shale oil in the U.S., have more short-chain molecules and will produce a higher percentage of light products, such as gasoline, kerosene, and jet fuel.
This also poses another problem. This heavy oil type is very viscous and doesn’t flow through pipes easily. For it to be sent through a pipe like the Keystone XL, it needs to be blended or treated in some way or another. One of the most common practices to treat oil sands is to blend it with condensate, which is a hydrocarbon somewhere between crude oil and natural gas liquids. By themselves, the two products are difficult to transport and don’t generate a lot of value for producers. Combined, though, the two products can be much more transportable, and a much wider variety of facilities can refine them.
The problem for Canada is that it has an enormous amount of oil sands, but the supply of condensate is skin-tight. Right now in Canada, condensate is in high demand, and prices for the product are much higher than in the United States. Many Canadian oil sands producers are looking to get condensate from the U.S. as a blending agent.
While there are many shale formations in the U.S. producing high amounts of condensate, one could benefit from moving condensate to Canada more than the others; the Utica formation. While the Utica hasn’t turned out to be the oil play some were hoping it would be, the most lucrative wells in the region are being drilled in what is known as the “wet gas” region of the play. In this region, Utica-heavy operators Chesapeake Energy Corporation (NYSE:CHK) and Gulfport Energy Corporation (NASDAQ:GPOR) have focused much of their attention in this region, because it is believed to generate the highest rate of return for drillers.