The U.S. Treasury Department last week announced new sanctions on Petróleos de Venezuela, S.A. (PDVSA), the national oil company of Venezuela, that effectively halts imports of Venezuelan crude oil into the U.S. Given that the Venezuelan crude imported to the U.S. is of the heavy sour variety, which is not produced in large amounts in the U.S. (except for California), certain refineries along the Gulf Coast are left scrambling to find alternative sources of feedstock for their facilities. Today, we evaluate historical crude oil imports from Venezuela, the refineries that are most heavily impacted, and the potential effects of the sanctions on U.S. refiners.
Posts from Amy Kalt
The implementation date for IMO 2020, the international rule mandating a shift to low-sulfur marine fuel, is less than 12 months away. It’s anyone’s guess what the actual prices of Brent, West Texas Intermediate (WTI) and other benchmark crudes will be on January 1, 2020, or how much it will cost to buy IMO 2020-compliant bunker a year from now. What is predictable, though, is that the rapid ramp-up in demand for 0.5%-sulfur marine fuel is likely to affect the price relationships among various grades of crude oil, and among the wide range of refined products and refinery residues — everything from high-sulfur residual fuel oil (HSFO, or resid) to jet fuel. The refinery sector is in for an extended period of wrenching change, and today we conclude our blog series on the new bunker rule with a look at the structural pricing shifts needed to support the availability of low-sulfur marine fuel.
The IMO 2020 rule, which calls for a global shift to low-sulfur marine fuel on January 1, 2020, is likely to require a ramp-up in global refinery runs — that is, refineries not already running flat out will have to step up their game. Why? Because, according to a new analysis, the shipping sector’s need for an incremental 2 MMb/d of 0.5%-sulfur bunker less than 13 months from now cannot be met solely by a combination of fuel-oil blending, crude-slate changes and refinery upgrades. The catch is, most U.S. refineries are already operating at or near 100% of their capacity, so the bulk of the refinery-run increases will need to happen elsewhere. Today, we continue our look into how sharply rising demand for IMO 2020-compliant marine fuel may affect refinery utilization.
The planned shift from 3.5%-sulfur marine fuel to fuel with sulfur content of 0.5% or less mandated by IMO 2020 on January 1, 2020, will require a combination of fuel-oil blending, crude-slate changes, refinery upgrades and, potentially, increased refinery runs, not to mention ship-mounted “scrubbers” for those who want to continue burning higher-sulfur bunker. That’s a lot of stars to align, and even then, there’s likely to be at least some degree of non-compliance, at least for a while. So, what’s ahead for global crude oil and bunker-fuel markets — and for refiners in the U.S. and elsewhere — in the coming months? Today, we continue our analysis of how sharply rising demand for low-sulfur marine fuel might affect crude flows, crude slates and a whole lot more.
The planned implementation date for IMO 2020 is still more than a year away, but this much already seems clear: even assuming some degree of non-compliance, a combination of fuel-oil blending, crude-slate shifts, refinery upgrades and ship-mounted “scrubbers” won’t be enough to achieve full, Day 1 compliance with the international mandate to slash the shipping sector’s sulfur emissions. Increased global refinery runs would help, but there are limits to what that could do. So, what’s ahead for global crude oil and bunker-fuel markets — and for refiners in the U.S. and elsewhere — in the coming months? Today, we discuss Baker & O’Brien’s analysis of how sharply rising demand for low-sulfur marine fuel might affect crude flows, crude slates and a whole lot more.
Refineries along the U.S. Gulf Coast (USGC), which account for half of the country’s total refining capacity, are generally among the most sophisticated and complex anywhere, with configurations that enable them to break down heavy, sour crude oil into high-value, low-sulfur refined products. However, over the past eight years, the USGC has been flooded with increasing volumes of light, sweet crudes produced in the Eagle Ford, the Permian and other U.S. shale plays as new pipelines were constructed or reversed to the coast for domestic refining or export. Still more pipelines will be coming online over the next year. Today, we evaluate how much domestic crude oil has been absorbed into the USGC refining system, the implications to the overall crude slate qualities, and options for increasing domestic crude oil processing in the near term.
It’s been more than a year since Hurricane Harvey dumped 50 inches of rain on Houston and its environs, but memories from those fateful days remain remarkably fresh. Harvey is not only unforgettable, it put a spotlight on just how important Texas refineries — and the refined-products pipeline infrastructure connected to them — are to the rest of the U.S. For several days, more than half of the Gulf Coast’s refining capacity was offline. Major pipelines transporting gasoline, diesel and jet fuel to the East Coast and the Midwest shut down too. But how do Harvey’s impacts on refining and refined products markets compare with the effects of other major hurricanes this century? Today, we conclude our series on Gulf Coast refining and pipeline infrastructure, and how a natural disaster along the coast can impact the rest of the country.
It’s been a year since Hurricane Harvey made landfall and devastated the Texas Gulf Coast, and the Atlantic Basin is once again entering peak hurricane season. Among the widespread and prolonged effects of Harvey was the disruption of refinery and refined product pipeline capacity along the Gulf Coast, which then reverberated in downstream markets across Texas, and the U.S. East Coast and Midwest regions. As such, a closer look at Harvey’s timeline provides key insights into the importance of Gulf Coast refineries to the broader U.S. market. Today, we continue our series on Gulf Coast refining and pipeline infrastructure, and how a natural disaster along the coast can impact the rest of the country.
On August 25, 2017, Hurricane Harvey made landfall as a Category 4 hurricane near the popular Gulf Coast vacation town of Rockport, TX, just east of Corpus Christi. Harvey was the first major hurricane (Category 3 or higher) to make landfall along the U.S. Gulf Coast since the devastating 2005 hurricane season that included hurricanes Katrina, Rita, and Wilma, and is tied with Hurricane Katrina as the most expensive storm ever to hit the country. Harvey also highlighted just how important the Gulf Coast refining and refined product pipeline infrastructure is to the rest of the U.S. Today, we mark the one-year anniversary of the devastating storm with a three-part series on Gulf Coast refining and pipeline infrastructure, and how a natural disaster along the coast can impact the rest of the country.
On Thursday, August 9, a U.S. District Court judge approved a request by a Canadian mining company to seize shares of a subsidiary of Petróleos de Venezuela SA (PDVSA) that controls CITGO Petroleum Corp. The ruling was made to satisfy a $1.2 billion arbitration award against the Venezuelan government. While details of the full ruling are yet to be released, this decision could have an enormous knock-on effect on the various other parties seeking payment from the struggling oil company for asset seizures and unpaid debts. Today, we review the assets of CITGO Petroleum Corp., the U.S. arm of PDVSA.
Corpus Christi, TX, is quickly becoming a strategic hub for U.S. crude oil exports. Since the repeal of the crude oil export ban in December 2015, crude exports from the Sparkling City by the Sea have increased to nearly 500 Mb/d — and that may be just the beginning. Numerous pipeline and terminal projects have been announced to receive, store and ship out a lot more crude from the Permian and Eagle Ford shale plays, with an increasing share of those barrels destined for the international market. Today, we discuss recent developments in crude exports out of South Texas.
Over the past few years, rising production in the Canadian oil sands and U.S. shale plays such as the Bakken, Permian and Eagle Ford has given refiners new options for sourcing their crude, causing changes in oil pipeline utilization and prompting the development of new pipelines — or the reversal of existing pipes. A prime example of all this is playing out in Memphis, TN, where a Valero Energy refinery will be shifting from mostly U.S. Gulf Coast-sourced light crude to light crude that will flow in on the new Diamond Pipeline from the Cushing, OK, crude storage hub. Valero’s change in crude sourcing will be yet another blow to the 1.2-MMb/d Capline Pipeline, which for decades has moved crude north from the Gulf Coast to Patoka, IL, and other points along the way, including western Tennessee. Today, we look at the thinking and economics behind Valero’s plan and at the latest news on Capline.
Since last winter, the price gap between light crude oil and heavy crude — otherwise known as the light-heavy differential — has narrowed considerably. In February, the price difference between Louisiana Light Sweet crude (LLS) and heavy Maya crude on the Gulf Coast was almost $10/bbl, providing an advantage to refiners who have invested in cokers and other equipment that allows them to run a heavier crude slate. But since June Maya has on average sold for only about $5/bbl less than LLS. Today we examine the shrinking price gap between light and heavy crude and its effect on coking and cracking margins.
Over the past five years, the price differential between regular and premium gasoline has been widening steadily. According to the Energy Information Administration (EIA), as of July 2017 the premium -vs.-regular differential reached $0.53/gallon — more than double the differential in 2012. This has produced cringe-worthy experiences at the pump for consumers requiring the premium grade and an incentive for refiners to optimize the gasoline pool. Consequently, refiners have been making operational adjustments and capital investments to squeeze additional high-octane components out of their feedstocks. Today we examine the premium-regular gasoline differential, provide a primer on gasoline blendstocks and octane levels, and discuss some contributing factors to the widening divide between the pump prices of 87- and 93-octane gasoline.
Worldwide, refiners expect to add significant capacity over the next five years, mostly in the Middle East and the Asia Pacific region. While only a small amount of crude processing capacity additions are expected in the U.S. and Canada, the capacity additions elsewhere could have major product-trade and utilization effects on U.S. refiners — especially in PADD 1 (East Coast). Today we analyze expected near-term refinery capacity additions, global demand projections, and potential effects in the U.S.