Californians love their cars. Be it a lemon-yellow Lamborghini whizzing around Los Angeles freeways or a Jeep cruising the Pacific Coast Highway, getting behind the wheel is not just about coming of age — it’s a life goal in the Golden State. California also typically has the costliest gasoline in the U.S. (except when Hawaii holds that title), exacerbated by occasional price spikes and supply squeezes. The state responded in 2023 with a new law — SB X1-2 — designed in part to increase gasoline price transparency and assess potential ways to ensure consistent and affordable supply. In today’s RBN blog, we’ll examine the California Energy Commission’s (CEC) first assessment of the law’s impact.
refining
Some U.S. refiners report lower-than-market gasoline profit margins in the summer, which are often attributed to summer volatility specifications. But that is not always the primary issue; rather, some refiners have trouble generating enough octane-barrels due to the strong demand during the summer months, which can help drive price spikes. In today’s RBN blog we explain why, with a focus on octane, the primary yardstick of gasoline performance, quality and price, and show how refiners use a PIANO analysis to optimize their production.
More than a decade ago, several U.S. refiners brought new hydrocracking capacity online, wagering that rising demand for middle distillates made such major investments necessary. They were good bets. Demand for jet fuel is expected to continue to grow, and while diesel demand is seen as relatively flat in the U.S. over the next few years, it will continue to climb globally through 2045, according to RBN’s recently released Future of Fuels report. In contrast, the report also sees domestic gasoline demand declines accelerating post-2026 and peaking globally by about 2030, as more consumers turn to electric vehicles (EVs). These contrasting trajectories for middle distillates vs. gasoline will put a growing premium on distillate-centric hydrocracking capacity. In today’s RBN blog, we’ll examine trends incentivizing hydrocracking capacity and how these units will allow U.S. refiners to maintain their competitiveness in a rapidly changing product market.
In a refinery, crude oil is first distilled, which separates it into light, medium and heavy fractions. After that, refiners start performing chemical reactions to change the oil’s molecules from their natural form into those needed in modern fuels. But the catalysts used in that process aren’t only expensive, they essentially end up as hazardous waste at the end of their productive life. That helps to explain why there’s been a lot of interest in catalyst recycling, which advocates see as a way for refiners to improve both their profitability and their environmental performance. In today’s RBN blog, we continue our look into catalyst recycling — the technology, economics and trade-offs — and detail some of the pushback against it.
Back in the early 2010s, U.S. crude oil and NGL exports were minimal and LNG exports were non-existent, but there were omens that the U.S. would soon regain its status as an energy production juggernaut. Now the U.S. is a critically important global supplier of oil, gas and NGLs, with exports crucial to managing supply and demand as infrastructure rushes to keep up and industry players simultaneously explore alternative energy possibilities. How all these moving parts interconnect was the focus of RBN’s 18th School of Energy last week and it’s the subject of today’s RBN blog, which — fair warning! — is a blatant advertorial for School of Energy Encore, our newly available online version of the recent, action-packed conference.
Refinery distillation units separate crude oil into light, medium and heavy fractions. After that, refiners start performing chemical reactions using catalysts — materials that accelerate chemical reactions — to change the oil’s natural molecules into the forms needed in modern fuels. In recent years, refiners have stepped up their efforts to recycle those catalysts to improve their profitability and environmental performance. In today’s RBN blog, we explain how catalysts, which were formerly disposed of as hazardous waste, are increasingly being recycled and reused in refineries.
The new 650-Mb/d Dangote refinery in Nigeria instantly became Africa’s largest and the world’s seventh-largest by capacity when it finally began processing crude into diesel and aviation fuels in January after years of delays and cost overruns. Long touted as Nigeria’s ticket to ending refined fuels imports by supplying its own markets — with plenty to spare for exports — the Dangote facility could substantially impact trade flows and global supply if it lives up to years of homegrown ballyhoo. In today’s RBN blog, we will examine Dangote’s long road to production, and why we see a slow ramp-up to full capacity through 2026.
The prospect of decreased crude oil supplies from Mexico, the top international supplier to the U.S. Gulf Coast (USGC), is creating uncertainty among heavy crude-focused refineries. Mexico’s state-owned energy company, Petróleos Mexicanos (Pemex), instructed its trading unit to cancel up to 436 Mb/d of crude exports for April to supposedly focus on processing domestic oil at its new 340-Mb/d Dos Bocas refinery and/or its existing plants. While the refinery’s startup is likely not nearly as imminent as Pemex says, the cancellation of Mexican crude imports could be problematic for U.S. refiners with plants built to run heavy crude, a necessary ingredient to optimize operations and yields. Adding to the complexity of the situation is the upcoming startup of the Trans Mountain Pipeline expansion (TMX) and the recent reinstatement of U.S. sanctions on Venezuelan crude. In today’s RBN blog, we’ll examine the potential fallout resulting from Pemex’s decision at a time when heavy crudes elsewhere are also becoming less available.
When the price of the Tier 3 sulfur credit hit a new high of $3,600 in October 2023, the tradable sulfur credit for gasoline moved from the background to center stage in refining circles. And while credit prices have retreated slightly to about $3,400, they still represent a nearly 10-fold increase over two years and translate to a Tier 3 compliance cost of almost $3/bbl, raising concerns from refiners in a highly competitive market. In today’s RBN blog, we look at how refiners are adapting and the investments that could reduce the cost of compliance.
The impending startup of Canada’s government-owned Trans Mountain Expansion Project, better known as TMX, will add exit capacity for Western Canadian crude oil production and is expected to redirect at least some of Alberta’s output toward California and Asia and away from its traditional North American markets, including complex refiners in Eastern Canada and the U.S. Midwest and Gulf Coast. Among them, Gulf Coast refiners, who have become the “price-setting” consumers of heavy Western Canadian crude, are expected to be the hardest hit. In today’s RBN blog, we examine the Gulf of Mexico production and imported grades that might become stand-ins for the “lost” Canadian barrels.
The price of the Tier 3 gasoline sulfur credit hit $3,600 in October, up by a factor of 10 since 2022 and roughly in line with the all-time high reached in 2019. The high price of this important credit is a direct indicator of the true cost of compliance with the Environmental Protection Agency’s (EPA) Tier 3 gasoline sulfur standard and has raised some alarm recently in refining and financial circles. In today’s RBN blog, we give some specific examples of how refiners and investment analysts are reacting.
We’ve reached the two-year anniversary of the reversal of the joint-venture Capline crude oil pipeline. With its current north-to-south flow, it adds to the few conduits that can move oil from the Midwest to the Gulf Coast, specifically the St. James, LA, oil hub. Flows have been on a steady climb since southbound service began in December 2021, but volumes appear to be short of its available capacity, and there are looming headwinds. In today’s RBN blog, we examine whether Capline’s flows could be affected by the impending startup of the Canadian government-owned Trans Mountain Expansion Project (TMX). Could rising Alberta production be its golden ticket?
When you’re in competition for billions in federal dollars, you need more than just a sensible approach and a strong economic case. You need a real competitive advantage. That’s what Hy Stor Energy believes it has with its proposed Mississippi Clean Hydrogen Hub (MCHH). It sees off-the-grid renewable power and extensive salt-dome storage capabilities as the surest path to decarbonization for a myriad of industrial needs. In today’s RBN blog, we look at the overall strategy behind the MCHH, the plan to produce 100% green hydrogen, and how Hy Stor hopes to beat the competition and secure Department of Energy (DOE) funding for a regional hydrogen hub.
U.S. production of hydrogenated renewable diesel (RD), which is made from soybean oil, animal fats and used cooking oil, is growing faster than expected. That may sound like good news for the renewable fuels industry, but it comes with the fear that the rapid growth might push RD production levels well past the mandates set by the Renewable Fuel Standard (RFS), potentially triggering a sudden crash in Renewable Identification Number (RIN) prices that — if it happens — would rock the market. In today’s RBN blog, we estimate the likelihood and possible timing of such a market-shaking event.
The world consumes about 100 MMb/d of liquid fuels, which are critically important to every segment of the global economy and to nearly every aspect of our daily lives. The size and scope of this market means it’s impacted by all kinds of short-term forces — economic ups and downs, geopolitics, domestic developments and major weather events, just to name a few — some of which are difficult, if not impossible, to foresee. But while these events can sometimes come out of nowhere, there are some long-term forces on the horizon that will shape markets in the decades to come, even if the magnitude of these changes might be up for debate. One is a move to prioritize alternative fuel sources rather than crude oil, but a meaningful shift won’t happen as quickly as many forecasts would indicate — and that has big implications for liquid fuel demand and the outlook for U.S. refiners. In today’s RBN blog, we discuss these issues and other highlights from the recent webcast by RBN’s Refined Fuels Analytics (RFA) practice on their newly released update to the Future of Fuels report.