The U.S. is seeing softer domestic demand for traditional fuels, but pockets of the country remain highly dependent on imported gasoline, jet fuel and diesel. Today, we’ll zero in on which PADDs are at the highest risk for shortages and price spikes if the Iran war drags on for an extended period.
Crude oil production from the Western Canadian Sedimentary Basin continues to grow, but U.S. PADD 2 refiners are already taking nearly as much as they can. Growing production could move into Cushing, OK, and Patoka, IL, but will there be enough pipeline capacity to reach the Gulf Coast?
For the past several years, a potent combination of market developments has incentivized PADD 2/Midwest refiners — and their midstream partners — to move increasing volumes of refined products east. In today’s RBN blog, we’ll discuss what’s been happening lately and how it’s affecting refiners.
The U.S. refining industry has been on a real rollercoaster ride in recent years. Today, we take a region-by-region look at the future of the U.S. refining industry and explain why reductions in refining capacity are expected in some areas while others may be in a position to thrive.
The U.S. refining industry has undergone a number of changes in recent years and more turbulence looks likely as global economic and trade patterns shift and energy transition moves forward. For some refineries, this has led to closures due to weak profits, rising regulatory costs and declining demand for products, particularly gasoline. But other refineries have prospered — and even invested in expansions — while the U.S. industry as a whole has evolved into the most competitive system in the world. Overall, the prospects have been very regionally (and even facility) specific. As detailed in the most recent Future of Fuels report from our Refined Fuels Analytics (RFA) practice, this regional differentiation will continue and shift over the coming years. In today’s RBN blog, we’ll discuss what we expect for the U.S. refining industry — where closures will likely take place, where the industry might actually add capacity, and the reasons for those actions.
The looming threat of a 10% tariff on U.S. imports of Canadian crude oil hasn’t just angered Canadians — and understandably so, we might add. It’s also put a spotlight on PADD 2 — the Midwest/Great Plains region — whose pipelines transport the vast majority of Canadian exports and whose 25 refineries (combined capacity 4.3 MMb/d) are, in many cases, significant consumers of heavy and light crudes from up north. Put simply, to assess the impacts of the still-possible trade war on U.S. refiners and producers on both sides of the border, you need to understand PADD 2’s crude oil supply/demand balance and the options Midwestern refineries that currently run Canadian crude would have if a tariff were put in place. In today’s RBN blog, we’ll discuss these dynamics.
PADD 1 — the East Coast — represents about 31% of total U.S. consumption of refined products (and 37% of its population) but is home to just 5% of U.S. refinery capacity. With only minimal in-region crude oil production, PADD 1 refineries are almost entirely dependent on imported and domestic inflows of both crude oil and products like gasoline, diesel and jet fuel. In the early years of the Shale Era, large volumes of domestic crude were railed or barged to these refineries, but in recent years they’ve again become largely reliant on imports from OPEC, Canada and other foreign sources. In today’s RBN blog, we’ll look into PADD 1’s changing crude oil and refined products supply and demand balance.
Refined product markets in the U.S. are constantly morphing. Over time, demand for gasoline and diesel rises or falls, refineries are shut down, and the price spread between products sold in neighboring regions widens or narrows. These changes can incentivize refiners and marketers to push into new areas — and encourage midstream companies to develop pipeline capacity to ease the flow of gasoline, diesel and jet fuel into newly attractive markets. Midstreamers have advanced a number of pipeline projects in the past few months to help move increasing volumes of products west across Texas to the Permian, the Great Plains and into the Rockies. In today’s RBN blog, we discuss these projects and what’s been driving their development.
It is impossible to overstate the significance of the crude oil hub in Patoka, IL, to refineries in the Midwest. The seven-terminal hub, whose 80-plus above-ground tanks can hold more than 17 million barrels of crude oil, serves as the primary storage, blending, and staging site for a dozen refineries in five states with a combined capacity of more than 2.6 MMb/d. In other words, if the folks that keep Patoka running decide to take a couple of days off, Midwest refining would pretty much grind to a halt. And that’s not all: the southern Illinois hub also plays a critical role in sending crude oil south to the Gulf Coast. Today, we conclude our series on the Patoka hub with a look at the infrastructure within the facility’s boundaries and the pipes that transport oil out of it.
A blast of Arctic air plunges the Midwest and Northeast into deep freeze. Already-low propane inventories result in supply shortages in local markets. Propane transport trucks move product hundreds of miles from storage hubs to replenish regional terminals as markets scramble to meet surging propane demand. Are we talking about the nightmarish polar vortex winter of 2013-14, when regional propane inventories were sucked down dangerously low and Conway, KS, propane prices skyrocketed to almost $5.00/gal? No. We are talking about now. This is a description of what is happening today in U.S. propane country –– that belt of northern states that depend heavily on propane for heating. But this is not 2013-14. Things have changed. So in today’s blog we’ll explore how the latest polar vortex could be quite different than that weather-driven crisis seven years ago.
