Energy 101

In days gone by, the common sentiment in the oil patch when prices rose was “Drill, baby, drill!” Not only have times changed, but even back when the phrase was made famous by former Republican Vice-Presidential nominee Sarah Palin in 2008 it vastly oversimplified and understated the efforts required to secure new production. It’s easy to overlook how intensive (and time-consuming) the operation at a well site is before even being able to extract any of those precious crude oil, natural gas and NGL molecules found beneath our feet. Prior to hydrocarbon production, well sites must be obtained, tested and developed by exploration and production companies trying to determine their chances of making a reasonable return on their investment. In today’s RBN blog, we take a step-by-step look at the leasing process.

Brent is by far the most important crude oil benchmark in the world, with well over 70% of all global crudes tied either directly or indirectly to the North Sea crude’s price. But the original Brent crude oil production is almost played out, with all of the offshore Brent producing platforms soon to be decommissioned. This might seem to be a big problem, but in the world of crude oil trading, it is a total non-issue, because Brent is no longer simply a grade of crude oil. It is a multi-layered matrix of trading instruments, pricing benchmarks, and standard contracts linked together by price differentials traded across a number of mechanisms and platforms that form the foundation of a robust, vibrant, and extremely important marketplace. Today, we delve further into the mechanics of the Brent complex, the key components that make it work, and the transactional glue that binds them together.

Do not try and refine the Brent; that's impossible. Instead, only try to realize the truth...there is no Brent. Then you will see it is not the Brent that gets refined; it is only yourself. For those who are not fans of The Matrix, that sentence may seem a little cryptic, but it makes a point that is little understood outside the rarified world of crude oil trading. The production of North Sea Brent crude oil is down to less than a couple of hundred barrels per day. Soon it will be gone altogether. But 70% of all crude oil in the world is tied either directly or indirectly to the price of Brent. How is that possible? Well, it’s because Brent is no longer simply a grade of crude oil. Over the past two decades, it has evolved into an intricate, multi-layered matrix of trading instruments, pricing benchmarks and standard contracts that is a world unto itself. A world with a huge impact across almost everything in today’s energy markets. Unfortunately, no one can be told what Brent is. You have to see it for yourself. So that’s where we’ll go in this blog series. Warning: To read on is like taking the red pill.

Global natural gas demand disruptions and high storage levels resulting from the COVID crisis have turned international LNG markets upside down. Price spreads for U.S. LNG exports, which were well above $1/MMBtu two months ago, have disappeared and even flipped to negative, with the UK NBP and Dutch TTF price benchmarks — and briefly also Asia’s JKM index — trading below the U.S. benchmark Henry Hub for the first time since the U.S. began exporting LNG in early 2016. Despite the uneconomic price spreads, U.S. cargo liftings have slowed only modestly so far. That’s likely to change in the coming months as both Cheniere Energy and Sempra have confirmed cancellations or modifications to lifting schedules by some offtakers, and other terminal operators are likely facing the same pressure. However, many U.S. cargoes will still move, regardless of prices. What are the economics of cancelling versus lifting a seemingly out-of-the-money cargo? Today, we begin a short series examining the factors affecting U.S. LNG cargo liftings.

The COVID-19-induced social isolation and subsequent economic slowdown have caused major drops in U.S. refined products consumption, especially gasoline and jet fuel, which have experienced declines of as much as 44% and 70%, respectively, relative to similar periods in 2019. Diesel fuel consumption has been off as much as 20% on the same basis, and given that COVID is a global crisis, product exports have also fallen. As a result, U.S. refinery utilization has dropped to less than 70% for the last few weeks, the lowest levels since September 2008 during Hurricane Ike. All this presents refiners with two challenges: (1) reduced total demand; and (2) the disproportionate decline in gasoline and jet fuel. Each refinery is configured differently and has a varying degree of flexibility to react to these challenges. Today, we discuss what refiners can do to adjust operations and product yields, and examine the point at which some refineries might be forced to shut down completely.

There is no such thing as a typical NGL barrel. For example, the composition of y-grade production out of the Marcellus is significantly different from y-grade out of most of the Permian. And it is not just gas processing engineers who care. The make-up of an NGL barrel is inextricably linked to the value of that barrel. The reason is pretty simple: there’s a big difference in the value of each of the five NGL products. These days, natural gasoline is worth nearly eight times as much per gallon as ethane. Normal butane is worth 1.6X as much as propane. Consequently, the more natural gasoline and normal butane in your barrel versus the amounts of ethane and propane, the more the barrel is worth. So it’s important to anyone trying to follow the value added by gas processing and related infrastructure to understand where these numbers come from and how much the composition of a barrel can vary from basin to basin, or for that matter, from well to well. In Part 2 of our series on gas processing, we turn our attention to the variability in the mix of NGL production and its implication for processing uplift.

OK, we admit it. Our title may be a bit of an overstatement in early 2020, but it was absolutely true back in 2012, when the frac spread was $13/MMBtu. These days, the frac spread — the differential between the price of natural gas and the weighted average price of a typical barrel of NGLs on a dollars-per-Btu basis — is only $2.48/MMBtu as of yesterday. But with Henry Hub natural gas prices in the doghouse — they closed on February 11 at $1.79/MMBtu — getting $4.27/MMBtu for the NGLs extracted from that gas, or an uplift of 2.4x, is still a pretty darned good deal. And that’s Henry Hub. Natural gas prices are lower in all of the producing basins, and are likely headed back below zero in the Permian this summer. So even with NGL prices averaging 30% lower than last year, the value of NGLs relative to gas can be a big contributor to a producer’s bottom line — assuming, of course, that the producer has the contractual right to keep that uplift. Today, we begin a blog series to examine the value created by extracting NGLs from wellhead gas, including processing costs, transportation, fractionation, ethane rejection, margins, netbacks and the myriad of factors that make NGL markets tick. We will start with the frac spread — what it tells us in its simplest form, how we can improve the calculations so it can tell us more, and, just as important, the economic factors that the frac spread excludes.

For a few years now, the Shale Revolution has been opening up development opportunities hardly anyone would have thought possible in the Pre-Shale Era. For example, new crude oil, natural gas and NGL pipelines from the Permian to the Gulf Coast, lots of new fractionators and steam crackers, as well as export terminals for crude, LNG, LPG, ethane and, most recently, ethylene. And here’s another. Thanks to the combination of NGL production growth and new ethylene supply — plus increasing demand for alkylate, an octane-boosting gasoline blendstock — the developer of a novel ethylene-to-alkylate project along the Houston Ship Channel has reached a Final Investment Decision (FID). Today, we discuss how the FID is driven by both supply-side and demand-side trends in the NGL and fuels markets.