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US shale oil productivity update – OPEC could choke on strongly reviving US shale oil production in 2018 if oil prices hold up in H1-17

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SEB - Prognoser på råvaror - CommodityNote: US rig count data by Baker Hughes at 19:00 CET on Friday December 16th

Crude oil comment – US shale oil productivity update – OPEC likely to choke down the road on strongly reviving US shale oil production if oil prices hold up in H1-17

The only thing which can prevent a strong rise in US shale oil rig count going forward is muted crude oil prices. The physical crude oil production effect of an additional 25 shale oil rigs into the market per month in H1-17 won’t really hit the market before H2-17 and mostly 2018. Thus price action may stay oblivious to the coming wave of US shale oil production if it disregards a potentially continued solid rise in US shale oil rigs in H1-17 on the back of OPEC cuts and associated higher prices. At the moment we can see a marginal increase in US shale production projected for January 2017. In weekly data we can see that US crude production bottomed out in September and rose 99 kb/d w/w last week.

We will not see the actual realisation of US shale oil crude production in the spot market following the rig rise in H2-16 and potentially H1-17 for quite some time. I.e. not really before H2-17 and 2018. What we can see at the moment is the reflected hedging activity from the US shale oil players who hedge on the curve for 2018 and 2019 pushing it down. Shale oil players securing their investments in newly initiated activity having been burned heavily in the previous boom and bust. That is the immediate “shadow effect” hitting the market and the crude oil curve here and now as a reflection of the rising rig count which is again an effect of higher oil prices.

According to the latest US EIA’s Drilling productivity report there were 23 shale oil rigs added per month from the start of June until November. In November alone there were 34 rigs added.

The WTI 15mth price has averaged $51.6/b since the start of June. At the time of writing it trades at $54.3/b but recently traded all the way up to $56.4/b.

Note that in the below US crude oil production scenarios we have only assumed an additional 25 rigs per month for H1-17 for Ch10 and Ch11. That is not much more than the +23 added shale oil rigs per month since June observed by the US EIA in their December drilling productivity report. Thus assuming +25 rigs per month in H1-17 is not really acceleration in rig count addition versus H2-16. However, if the crude oil price was to be significantly higher, especially the WTI 15 mth crude price, then one probably should assume a substantially higher inflow of rigs in H1-17 than what we have witnessed in H2-16.

What this all tells us is that the oil price will be highly responsive to changes in the oil market balance versus OPEC cuts or whether Libyan production will average 1 mb/d in 2017 or just 0.5 mb/d or whether global oil demand growth will be much stronger or not in 2017 or whether Russia will actually be good on its pledged cuts for H1-17 etc. Then again US shale oil rig count and thereafter production will be highly responsive to oil prices again. We have shale oil boom and bust behind us. Now we have the shale oil adaptability before us. We cannot predict all the possible uncertain events which might hit the oil market supply/demand balance in 2017 and thus impact the oil price. We can however say a lot about the responsiveness for US shale oil production and thus how the oil market dynamically will behave. Thus if OPEC gives the market elevated oil prices in H1-17, then US shale oil will give the market a serious Blue Monday in H2-17 or 2018.

What the three US crude oil production scenarios below tells us is that US crude production in 2018 is highly impacted by how many rigs are added in H1-17. If there are no more rigs in H1-17, then US crude production is good at 9.2 mb/d in 2018. However, if we just continue on the trend from H2-16 with close to 25 extra rigs per month, then US crude production jumps to 10 mb/d in 2018. Thus the 2018 global supply/demand balance is really at play in H1-17. Our numbers are of course a model. The model still fairly well shows the magnitude of sensitivities at play.

Ch1: US shale oil volume productivity growth continues to hold up at 20% per annum
Both in terms of y/y as well as 3mth/3mth annualized

US shale oil volume productivity growth continues to hold up at 20% per annum

Ch2: US shale oil volume productivity set to rise to 806 b/d per rig per month in January
Calculated for the 4 main US shale oil regions: Bakken, Eagle Ford, Nibrara and Permian

US shale oil volume productivity set to rise to 806 b/d per rig per month in January

Ch3: The US EIA again revised higher historical US shale oil productivity by 2.1% for Nov and Dec
Data back to December 2015 were also on average revised higher.

The US EIA again revised higher historical US shale oil productivity by 2.1% for Nov and Dec

Ch4: The productive effect of today’s some 400 rigs are as strong as 1200 rigs back at the start of 2013
Dark line gives historical rig count adjusted with today’s productivity versus productivity at the time.
An additional 23 rigs are assumed added both in December and in January.

The productive effect of today’s some 400 rigs are as strong as 1200 rigs back at the start of 2013

Ch5: US shale oil production is set to start to rise rapidly near term as new production cross above losses in old production
New production here given by EIA rig productivity (December report) stretching out to Jan-17 multiplied by rig count from same report but assuming an additional 23 rigs added in Dec and Jan. In reality however there is a time-lag of 2-4 months before they really cross over.

US shale oil production is set to start to rise rapidly near term as new production cross above losses in old production

 

Ch6: US EIA shale oil production just about to turn higher
Data from EIA’s drilling productivity report for December

US EIA shale oil production just about to turn higherCh7: US crude oil production in weekly data already ticking higher (+99 kb/d w/w last week)

US crude oil production in weekly data already ticking higher (+99 kb/d w/w last week)

Ch8: US WTI15mth contract at most stimulative level (shale oil investment vise) since July 2015
Playing with numbers:
Green line: Adjust historical WTI15mth crude prices with the 20% pa (roughly) volume productivity growth
Then today’s WTI15 mth price is the most investment wise stimulative level since August 2014

US WTI15mth contract at most stimulative level (shale oil investment vise) since July 2015

Ch9: US 2018 crude oil production at 9.2 mb/d – Assuming no added US shale oil rigs after Nov 2016 and zero productivity growth
Thus rig count is fixed at 401 from Dec-16 onwards with no productivity growth
However we have already seen 21 additional shale oil rigs into the market in December but they are not added to this scenario.
Only the rigs from the US EIA’s December drilling productivity report are included in this scenario.
Thus seen in the perspective of SEB’s US crude oil model it seems to us that the US EIA assumes NO additional activated shale oil rigs into the market after Nov-16 and no additional shale oil rigs into market in 2017.
We think that the US EIA should specify its assumptions and model projections for the US shale oil rig cont and productivity which goes into their model in its monthly STEO oil reports.

Oil

Oil

Ch10: US 2018 crude oil production at 10.0 mb/d – Assuming +25 shale oil rigs per month from December 2016 to June-2017 and zero productivity growth
Then no more rigs added after June 2017 with number of US shale oil rigs fixed at 576 rigs after that
Also zero volume productivity growth here onwards from December 2016 gives the following production projection

US 2018 crude oil production

US 2018 crude oil production

Ch11: US 2018 crude oil production at 10.3 mb/d – Assuming +25 shale oil rigs per month from December 2016 to June-2017 and 10% pa volume productivity growth
Then no more rigs added after June 2017 with number of US shale oil rigs fixed at 576 rigs after that
But assume that US shale oil volume productivity growth continues at 10% pa. instead of the historical (and current) 20% pa.

11-top

Oil

Ch12: US shale oil profitability versus WTI 15 mth crude oil prices
Annual return for a three year investment.
Three years of crude oil production from a new shale oil well.
All money back after three years.
IP 1mth: 1000 b/d. Royalty pay: 20%. Discount rate: 10%, Three yr production after royalty and discount: 330,000 barrels, Wellhead to Cushing discount: $5/b, OPEX: $12/b, Total well cost: $8million,
All production within the hedgeable part of the WTI crude oil price curve.
Thus return should be possible to lock in at the initiation of the investment

US shale oil profitability versus WTI 15 mth crude oil prices

Ch13: The WTI crude oil forward curve feeling the depression from shale oil hedging in 2018 and 2019
Likely to be increasingly heavy depression if rig count continues to rise further

The WTI crude oil forward curve feeling the depression from shale oil hedging in 2018 and 2019

Ch14: As three year annual shale oil profitability hits 16% pa

As three year annual shale oil profitability hits 16% pa

Kind regards

Bjarne Schieldrop
Chief analyst, Commodities
SEB Markets
Merchant Banking

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Analys

’wait and see’ mode

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So far this week, Brent Crude prices have strengthened by USD 1.3 per barrel since Monday’s opening. While macroeconomic concerns persist, they have somewhat abated, resulting in muted price reactions. Fundamentals predominantly influence global oil price developments at present. This week, we’ve observed highs of USD 89 per barrel yesterday morning and lows of USD 85.7 per barrel on Monday morning. Currently, Brent Crude is trading at a stable USD 88.3 per barrel, maintaining this level for the past 24 hours.

Ole R. Hvalbye, Analyst Commodities, SEB
Ole R. Hvalbye, Analyst Commodities, SEB

Additionally, there has been no significant price reaction to Crude following yesterday’s US inventory report (see page 11 attached):

  • US commercial crude inventories (excluding SPR) decreased by 6.4 million barrels from the previous week, standing at 453.6 million barrels, roughly 3% below the five-year average for this time of year.
  • Total motor gasoline inventories decreased by 0.6 million barrels, approximately 4% below the five-year average.
  • Distillate (diesel) inventories increased by 1.6 million barrels but remain weak historically, about 7% below the five-year average.
  • Total commercial petroleum inventories (crude + products) decreased by 3.8 million barrels last week.

Regarding petroleum products, the overall build/withdrawal aligns with seasonal patterns, theoretically exerting limited effect on prices. However, the significant draw in commercial crude inventories counters the seasonality, surpassing market expectations and API figures released on Tuesday, indicating a draw of 3.2 million barrels (compared to Bloomberg consensus of +1.3 million). API numbers for products were more in line with the US DOE.

Against this backdrop, yesterday’s inventory report is bullish, theoretically exerting upward pressure on crude prices.

Yet, the current stability in prices may be attributed to reduced geopolitical risks, balanced against demand concerns. Markets are adopting a wait-and-see approach ahead of Q1 US GDP (today at 14:30) and the Fed’s preferred inflation measure, “core PCE prices” (tomorrow at 14:30). A stronger print could potentially dampen crude prices as market participants worry over the demand outlook.

Geopolitical “risk premiums” have decreased from last week, although concerns persist, highlighted by Ukraine’s strikes on two Russian oil depots in western Russia and Houthis’ claims of targeting shipping off the Yemeni coast yesterday.

With a relatively calmer geopolitical landscape, the market carefully evaluates data and fundamentals. While the supply picture appears clear, demand remains the predominant uncertainty that the market attempts to decode.

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Analys

Also OPEC+ wants to get compensation for inflation

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Brent crude has fallen USD 3/b since the peak of Iran-Israel concerns last week. Still lots of talk about significant Mid-East risk premium in the current oil price. But OPEC+ is in no way anywhere close to loosing control of the oil market. Thus what will really matter is what OPEC+ decides to do in June with respect to production in Q3-24 and the market knows this very well. Saudi Arabia’s social cost-break-even is estimated at USD 100/b today. Also Saudi Arabia’s purse is hurt by 21% US inflation since Jan 2020. Saudi needs more money to make ends meet. Why shouldn’t they get a higher nominal pay as everyone else. Saudi will ask for it

Bjarne Schieldrop, Chief analyst commodities, SEB
Bjarne Schieldrop, Chief analyst commodities, SEB

Brent is down USD 3/b vs. last week as the immediate risk for Iran-Israel has faded. But risk is far from over says experts. The Brent crude oil price has fallen 3% to now USD 87.3/b since it became clear that Israel was willing to restrain itself with only a muted counter attack versus Israel while Iran at the same time totally played down the counterattack by Israel. The hope now is of course that that was the end of it. The real fear has now receded for the scenario where Israeli and Iranian exchanges of rockets and drones would escalate to a point where also the US is dragged into it with Mid East oil supply being hurt in the end. Not everyone are as optimistic. Professor Meir Javedanfar who teaches Iranian-Israeli studies in Israel instead judges that ”this is just the beginning” and that they sooner or later will confront each other again according to NYT. While the the tension between Iran and Israel has faded significantly, the pain and anger spiraling out of destruction of Gaza will however close to guarantee that bombs and military strifes will take place left, right and center in the Middle East going forward.

Also OPEC+ wants to get paid. At the start of 2020 the 20 year inflation adjusted average Brent crude price stood at USD 76.6/b. If we keep the averaging period fixed and move forward till today that inflation adjusted average has risen to USD 92.5/b. So when OPEC looks in its purse and income stream it today needs a 21% higher oil price than in January 2020 in order to make ends meet and OPEC(+) is working hard to get it.

Much talk about Mid-East risk premium of USD 5-10-25/b. But OPEC+ is in control so why does it matter. There is much talk these days that there is a significant risk premium in Brent crude these days and that it could evaporate if the erratic state of the Middle East as well as Ukraine/Russia settles down. With the latest gains in US oil inventories one could maybe argue that there is a USD 5/b risk premium versus total US commercial crude and product inventories in the Brent crude oil price today. But what really matters for the oil price is what OPEC+ decides to do in June with respect to Q3-24 production. We are in no doubt that the group will steer this market to where they want it also in Q3-24. If there is a little bit too much oil in the market versus demand then they will trim supply accordingly.

Also OPEC+ wants to make ends meet. The 20-year real average Brent price from 2000 to 2019 stood at USD 76.6/b in Jan 2020. That same averaging period is today at USD 92.5/b in today’s money value. OPEC+ needs a higher nominal price to make ends meet and they will work hard to get it.

Price of brent crude
Source: SEB calculations and graph, Blbrg data

Inflation adjusted Brent crude price versus total US commercial crude and product stocks. A bit above the regression line. Maybe USD 5/b risk premium. But type of inventories matter. Latest big gains were in Propane and Other oils and not so much in crude and products

Inflation adjusted Brent crude price versus total US commercial crude and product stocks.
Source:  SEB calculations and graph, Blbrg data

Total US commercial crude and product stocks usually rise by 4-5 m b per week this time of year. Gains have been very strong lately, but mostly in Propane and Other oils

Total US commercial crude and product stocks usually rise by 4-5 m b per week this time of year. Gains have been very strong lately, but mostly in Propane and Other oils
Source:  SEB calculations and graph, Blbrg data

Last week’s US inventory data. Big rise of 10 m b in commercial inventories. What really stands out is the big gains in Propane and Other oils

US inventory data
Source:  SEB calculations and graph, Blbrg data

Take actual changes minus normal seasonal changes we find that US commercial crude and regular products like diesel, gasoline, jet and bunker oil actually fell 3 m b versus normal change. 

Take actual changes minus normal seasonal changes we find that US commercial crude and regular products like diesel, gasoline, jet and bunker oil actually fell 3 m b versus normal change.
Source:  SEB calculations and graph, Blbrg data
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Analys

Nat gas to EUA correlation will likely switch to negative in 2026/27 onward

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Historically positive Nat gas to EUA correlation will likely switch to negative in 2026/27 onward

Bjarne Schieldrop, Chief analyst commodities, SEB
Bjarne Schieldrop, Chief analyst commodities, SEB

Historically there has been a strong, positive correlation between EUAs and nat gas prices. That correlation is still fully intact and possibly even stronger than ever as traders increasingly takes this correlation as a given with possible amplification through trading action.

The correlation broke down in 2022 as nat gas prices went ballistic but overall the relationship has been very strong for quite a few years.

The correlation between nat gas and EUAs should be positive as long as there is a dynamical mix of coal and gas in EU power sector and the EUA market is neither too tight nor too weak:

Nat gas price UP  => ”you go black” by using more coal => higher emissions => EUA price UP

But in the future we’ll go beyond the dynamically capacity to flex between nat gas and coal. As the EUA price moves yet higher along with a tightening carbon market the dynamical coal to gas flex will max out. The EUA price will then trade significantly above where this flex technically will occur. There will still be quite a few coal fired power plants running since they are needed for grid stability and supply amid constrained local grids.

As it looks now we still have such overall coal to gas flex in 2024 and partially in 2025, but come 2026 it could be all maxed out. At least if we look at implied pricing on the forward curves where the forward EUA price for 2026 and 2027 are trading way above technical coal to gas differentials. The current forward pricing implications matches well with what we theoretically expect to see as the EUA market gets tighter and marginal abatement moves from the power sector to the industrial sector. The EUA price should then trade up and way above the technical coal to gas differentials. That is also what we see in current forward prices for 2026 and 2027.

The correlation between nat gas and EUAs should then (2026/27 onward) switch from positive to negative. What is left of coal in the power mix will then no longer be dynamically involved versus nat gas and EUAs. The overall power price will then be ruled by EUA prices, nat gas prices and renewable penetration. There will be pockets with high cost power in the geographical points where there are no other alternatives than coal.

The EUA price is an added cost of energy as long as we consume fossil energy. Thus both today and in future years we’ll have the following as long as we consume fossil energy:

EUA price UP => Pain for consumers of energy => lower energy consumption, faster implementation of energy efficiency and renewable energy  => lower emissions 

The whole idea with the EUA price is after all that emissions goes down when the EUA price goes up. Either due to reduced energy consumption directly, accelerated energy efficiency measures or faster switch to renewable energy etc.

Let’s say that the coal to gas flex is maxed out with an EUA price way above the technical coal to gas differentials in 2026/27 and later. If the nat gas price then goes up it will no longer be an option to ”go black” and use more coal as the distance to that is too far away price vise due to a tight carbon market and a high EUA price. We’ll then instead have that:

Nat gas higher => higher energy costs with pain for consumers => weaker nat gas / energy demand & stronger drive for energy efficiency implementation & stronger drive for more non-fossil energy => lower emissions => EUA price lower 

And if nat gas prices goes down it will give an incentive to consume more nat gas and thus emit more CO2:

Cheaper nat gas => Cheaper energy costs altogether, higher energy and nat gas consumption, less energy efficiency implementations in the broader economy => emissions either goes up or falls slower than before => EUA price UP 

Historical and current positive correlation between nat gas and EUA prices should thus not at all be taken for granted for ever and we do expect this correlation to switch to negative some time in 2026/27.

In the UK there is hardly any coal left at all in the power mix. There is thus no option to ”go black” and burn more coal if the nat gas price goes up. A higher nat gas price will instead inflict pain on consumers of energy and lead to lower energy consumption, lower nat gas consumption and lower emissions on the margin. There is still some positive correlation left between nat gas and UKAs but it is very weak and it could relate to correlations between power prices in the UK and the continent as well as some correlations between UKAs and EUAs.

Correlation of daily changes in front month EUA prices and front-year TTF nat gas prices, 250dma correlation.

Correlation of daily changes in front month EUA prices and front-year TTF nat gas prices
Source: SEB graph and calculations, Blbrg data

EUA price vs front-year TTF nat gas price since March 2023

EUA price vs front-year TTF nat gas price since March 2023
Source: SEB graph, Blbrg data

Front-month EUA price vs regression function of EUA price vs. nat gas derived from data from Apr to Nov last year.

Front-month EUA price vs regression function of EUA price vs. nat gas derived from data from Apr to Nov last year.
Source: SEB graph and calculation

The EUA price vs the UKA price. Correlations previously, but not much any more.

The EUA price vs the UKA price. Correlations previously, but not much any more.
Source: SEB graph, Blbrg data

Forward German power prices versus clean cost of coal and clean cost of gas power. Coal is totally priced out vs power and nat gas on a forward 2026/27 basis.

Forward German power prices versus clean cost of coal and clean cost of gas power. Coal is totally priced out vs power and nat gas on a forward 2026/27 basis.
Source: SEB calculations and graph, Blbrg data

Forward price of EUAs versus technical level where dynamical coal to gas flex typically takes place. EUA price for 2026/27 is at a level where there is no longer any price dynamical interaction or flex between coal and nat gas. The EUA price should/could then start to be negatively correlated to nat gas.

Forward price of EUAs versus technical level
Source: SEB calculations and graph, Blbrg data

Forward EAU price vs. BNEF base model run (look for new update will come in late April), SEB’s EUA price forecast.

Forward EAU price vs. BNEF base model run
Source: SEB graph and calculations, Blbrg data
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