Daily Energy Blog

Most of the crude by rail  (CBR) shipments to 4 refineries in Washington State are ex-North Dakota from where rail freight costs are over $10/Bbl. Bakken crude from North Dakota competes at Washington refineries with Alaska North Slope (ANS) shipped down from Valdez, AK. Back in 2012 ANS prices were more than $20/Bbl higher than Bakken crude – easily covering the rail cost. In 2016 so far the ANS premium to Bakken has averaged well below the $10/Bbl freight cost making CBR shipments uneconomic. But as we discuss today - Northwest refiners are still shipping significant volumes of crude from North Dakota.

In January 2016 the ICE futures Exchange changed the expiration calendar for its flagship Brent crude contract. The March 2016 contract expired on January 29, 2016 under new calendar rules that stipulate expiration one month and one day prior to delivery. This was done belatedly to reflect a change in the assessment of the physical Brent market that was implemented back in January 2012. On paper the change is just an overdue action by ICE to properly align the timing calendar for their popular futures contract with the underlying physical market. But in practice - as we suggest in today’s blog, the change has significant impacts on the calculation and analysis of the commonly utilized spread between ICE Brent (the international benchmark crude) and the U.S. equivalent West Texas Intermediate (WTI) crude futures contract traded on the CME/NYMEX.

If East Coast refiners bought their crude at the wellhead in North Dakota during February 2016 they would have paid average prices of about $4.90/Bbl below U.S. Benchmark West Texas Intermediate (WTI) at Cushing, OK – which works out at about $26.25/Bbl (price estimates from Genscape). If they shipped that crude by rail to refineries in Philadelphia, PA on the East Coast they would have paid about $14/Bbl rail freight - meaning the delivered cost of crude would be $26.25 + $14 or $40.25/Bbl. Alternatively they could have simply imported Bakken equivalent light sweet crude priced close to international benchmark Brent for an average $34/Bbl – saving a minimum of $6.25/Bbl. Today we describe how these economics have had a detrimental impact on crude-by-rail (CBR) shipments to the East Coast.

For the past, year many shale oil producers have defied the expectations of many and kept output at or near to record levels in the face of falling oil prices and much tougher economics. Improvements in productivity, cost cutting and a concentration on “sweet spot” wells that generate high initial production (IP) rates have all helped cash strapped producers survive. But with oil prices so far in 2016 stuck in the $35/Bbl and lower range and with the worldwide crude storage glut still weighing on the market – producers are finally pulling back. Today we look at how increased pressure on North Dakota producers is putting the brakes on Bakken crude production.

RBN estimates that midstream companies have built out about 950 Mb/d of crude-by-rail (CBR) loading terminal capacity in Western Canada. Data from the Energy Information Administration (EIA) shows actual CBR shipments from Canada to the U.S. topped out at 195 Mb/d in January 2015 and have fallen by 40% since then. Hard-pressed Canadian producers have been squeezed by lower prices and high transport costs with only limited relief as new pipelines came online. Today we review the fate of Canadian CBR transport capacity.

Crude oil production growth in Oklahoma over the past two years has been so rapid that apparently the State of Oklahoma “misplaced” (under-reported?) as much as 100 Mb/d of output according to a recent Energy Information Administration (EIA) report. Whatever the true production numbers a couple of central Oklahoma plays continue to attract new drilling and infrastructure investment in the face of the oil price meltdown. Today we describe new infrastructure in the region.

According to the latest Energy Information Administration (EIA) monthly Drilling Productivity Report, crude production from the Niobrara shale in Colorado and Wyoming peaked at 491 Mb/d in April 2015 and is forecast to decline by ~100 Mb/d to 388 Mb/d through March 2016 – in response to falling crude prices and lower drilling activity. Meantime midstream companies are still building new pipeline capacity out of the region with the Saddlehorn and Grand Mesa projects set to add 350 Mb/d of takeaway capacity this year (2016). The pipeline build out has already caused a shift of crude shipments away from crude-by-rail (CBR) that peaked in December 2014. Yet as we describe today - rail terminals and infrastructure are still under construction in the region.

Crushing oil prices are hitting U.S. shale producers hard and the outlook for 2016 shows little sign of a let-up. Production has continued to prove resilient but the odds are that something has to give at these prices. However there are still sweet spots in U.S. shale plays where producers are increasing acreage and drilling new wells. The headline plays that many analysts talk about are the Delaware and Midland basins in the West Texas Permian but as we outline in today’s blog there is also continued interest in the relatively less well-known central Oklahoma SCOOP and STACK plays.

Crude oil production in the Gulf of Mexico (GOM) has been riding high in recent months, still surfing the wave of deepwater and ultra-deepwater projects whose development started in the “good ole days” of $100/Bbl oil. Some incremental output is still being added, keeping GOM production levels high even as onshore oil output is declining in response to low crude prices and drilling cutbacks. But exploration and production companies (E&Ps) are cutting their spending on offshore projects, and unless oil prices start to rebound soon the Gulf too will see a leveling off—and after that, a gradual fall--in production. Today, we conclude our series on resilient production levels in the GOM with a look at recent cutbacks and what they may mean for Gulf oil output in 2016 and beyond.

Most Canadian oil sands crude production comes from very expensive mining or underground steam heating operations designed to produce consistently for decades that are costly to shutter in a downturn. Right now the crude netbacks (market price less transport costs) for these projects are more or less under water depending on transport routes. Yet production continues and new projects are still coming online. Today we estimate the netbacks (market price less transport cost) that Canadian producers are realizing.

If you think that yesterday’s 13 year-low CME/NYMEX crude settlement price ($26.21/Bbl – February 11, 2016) is bad news for struggling U.S. producers then try putting yourself in Canadian producer’s shoes! The headwinds facing Western Canada’s heavy oil sands these days would try the patience of a saint. Prices for benchmark Western Canadian Select (WCS) blend in Alberta traded as low as $12.50/Bbl in January 2016 – clawing back to $14.06/Bbl on February 10, 2016. But by the time gathering, transport and diluent purchase costs are subtracted, the netback (market price less transport cost) at the lease is negative for many producers – especially when shipping by rail.  To be clear, that’s below zero at the wellhead!  Yet there are few signs that production is falling off – at least in the short term. Today we lament the ongoing plight of Canadian producers.

Crude prices are hovering around $30/Bbl making crude–by-rail (CBR) transport an expensive option for hard pressed producers looking to conserve cash – especially where pipeline alternatives are available. The crude price differentials that once justified shipping inland crude to coastal destinations by rail have all but disappeared. In November, 2015 pipeline shipments exceeded rail out of North Dakota for the first time since 2011 and by 2017 available pipeline capacity out of the region should exceed producer’s needs. In the circumstances, rail shipments would appear to be living on borrowed time but as we describe today - some North Dakota rail shipments are continuing in spite of the poor economics.

The Mid-Continent trading and storage hub at Cushing, OK is the nation’s largest commercial crude tank farm – with an estimated 73 MMBbl of working storage capacity according to the Energy Information Administration (EIA). The latest weekly EIA Petroleum Supply report (January 29, 2016) indicated inventory levels at Cushing just over 64 million barrels – 24 thousand barrels below the all-time high set two weeks previously.

With crude prices below $30/Bbl and the price spread between U.S. domestic crude benchmark West Texas Intermediate (WTI) and international equivalent Brent trading in a very narrow range – the economics of moving Crude-by-Rail (CBR) rarely make sense any more.  Rail shipments are down across all regions and railroads are reporting sharply lower revenues from CBR shipments.  Today we start a new series revisiting the regions where CBR traffic boomed a couple of years back and contemplating its future value to shippers and refiners.

Deepwater and ultra-deepwater crude oil production projects in the Gulf of Mexico (GOM) are complex and take years to complete, so the several GOM projects on which exploration and production companies made final investment decisions in 2012-14 are only now coming online—just in time, it turns out, for the lowest oil prices in a dozen years.  So there’s this irony: Crude is selling for little more than $30/Bbl, but the new projects coming online in 2016 and beyond are likely to bring GOM production to record highs. Today, we continue our examination of still-rising production in the GOM with a review of more projects increasing the Gulf’s output.