FRACTIONAL FLOW

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Status on the Bakken ”Red Queen” with Data as per April 2015

This post presents a study of developments of Light Tight Oil (LTO, shale oil) extraction for 8 companies in Bakken(ND) that as of April 2015 had added around 600 (or more) producing wells in the Bakken/Three Forks formations since January 2008.

The 8 companies are; Continental Resources, EOG Resources, Hess Bakken Investments, Marathon Oil Company, Oasis Petroleum, Statoil Oil & Gas, Whiting Oil and Gas Corporation and XTO Energy.

These 8 companies had around 63% of total LTO extraction from Bakken as of April 2015.

The decline in the oil price has so far reduced the number of rigs drilling in Bakken and a decline in total LTO extraction in Bakken. This study shows there are differences in responses amongst the studied companies to the oil price decline.

As with most other things, size matters, also in Bakken.

Figure 1: The chart above (stacked areas) shows developments in total  LTO extraction, split on the 8 presented companies and others. 4 of the studied companies had growth in LTO extraction for the period from December 2014 through April 2015 which are stacked on top. NOTE: The chart does not include contributions from wells starting to flow prior to 2008 for the presented companies and the contributions from these wells are included in others and normally diminishes as the wells ages.

Figure 1: The chart above (stacked areas) shows developments in total LTO extraction, split on the 8 presented companies and others.
4 of the studied companies had growth in LTO extraction for the period from December 2014 through April 2015 which are stacked on top.
NOTE: The chart does not include contributions from wells starting to flow prior to 2008 for the presented companies and the contributions from these wells are included in others and normally diminishes as the wells ages.

Data from the North Dakota Industrial Commission (NDIC) shows that in  April 2015 Bakken LTO extraction was at 1.11 Mb/d, down from a high of 1.16 Mb/d as of December 2014.

  • For the period December 2014 – April 2015 those in decline lost about 76 kb/d (close to 10%), while those with growth added around 21 kb/d, curtailing total decline at 55 kb/d (close to 5%).
  • The 4 companies with growth added about 300 producing wells (46%) of a total of 645 for the months January – April 15 and contributed about 37% of the total Bakken LTO extraction per April 2015.

kb; kilo barrels = 1,000 barrels

The decline in the oil price and LTO flow (for some companies) is likely to move focus to CAPital EXpenditures discipline, profitability and balance sheets healing.

The low oil price has already affected the scale of the drilling and will in the near future lead to a decline in the monthly producing wells additions.

At present oil prices ($60/Bbl, WTI) the net cash flow from operations could unabridged pay for the addition of around 100 wells/month (from spud to flow).

As of the recent months an average of 160 producing wells was started monthly and LTO extraction declined.

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Written by Rune Likvern

Thursday, 18 June, 2015 at 21:48

Is the Red Queen outrunning Bakken LTO extraction?

This post is an update on LTO extraction in Bakken based upon published data from the North Dakota Industrial Commission (NDIC) as per January 2015.

This post also presents a closer look at developments in LTO extracted from the three of the four counties that presently dominates LTO extraction; McKenzie, Mountrail and Williams.

With an oil price below $50/Bbl (WTI) the companies involved in extraction of LTO in Bakken faces two financial challenges;

  1. The decline in the cash flow from operations reduces funding capacities for manufacturing new wells. A lower oil price also lowers the value of the companies’ assets and borrowing capacities.
  2. The “average” well with around 90 kb [90,000 Bbls] of flow in its first year is estimated to have an undiscounted point forward break even (that is a nominal break even with 0% return for the well) at around $65/Bbl (WTI). The break even price increases with increases in the return requirement.


In short, LTO extraction at present prices
($45/Bbl, WTI) makes little commercial sense!

Figure 01: The chart above shows development in Light Tight Oil (LTO) extraction from January 2009 and as of January 2015 in Bakken North Dakota [green area, right hand scale]. The top black line is the price of Western Texas Intermediate (WTI), red middle line the Bakken LTO price (sweet) as published by the Director for NDIC and bottom orange line the spread between WTI and Bakken LTO wellhead all left hand scale.

Figure 01: The chart above shows development in Light Tight Oil (LTO) extraction from January 2009 and as of January 2015 in Bakken North Dakota [green area, right hand scale]. The top black line is the price of Western Texas Intermediate (WTI), red middle line the Bakken LTO price (sweet) as published by the Director for NDIC and bottom orange line the spread between WTI and Bakken LTO wellhead all left hand scale.

From December 2014 to January 2015 LTO extraction from Bakken(ND) declined from 1.16 Mb/d to 1.13 Mb/d.

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Growth in Global Total Debt sustained a High Oil Price and delayed the Bakken “Red Queen”

The saying is that hindsight (always) provides 20/20 vision.

In this post I present a retrospective look at my prediction from 2012 published on The Oil Drum (The “Red Queen” series) where I predicted that Light Tight Oil (LTO) extraction from Bakken in North Dakota would not move much above 0.7 Mb/d.

  • Profitable drilling in Bakken for LTO extraction has been, is and will continue to be dependent on an oil price above a certain threshold, now about $68/Bbl at the wellhead (or around $80/Bbl [WTI]) on a point forward basis.
    (The profitability threshold depends on the individual well’s productivity and companies’ return requirements.)
  • Complete analysis of developments to LTO extraction should encompass the resilience of the oil companies’ balance sheets and their return requirements.

Figure 01: The chart above shows development in Light Tight Oil (LTO) extraction from January 2009 and as of August 2014 in Bakken North Dakota [green area, right hand scale]. The top black line is the price of Western Texas Intermediate (WTI), red middle line the Bakken LTO price (sweet) as published by the Director for NDIC and bottom orange line the spread between WTI and Bakken LTO wellhead all left hand scale. The spread between WTI and Bakken wellhead has widened in the recent months.

Figure 01: The chart above shows development in Light Tight Oil (LTO) extraction from January 2009 and as of August 2014 in Bakken North Dakota [green area, right hand scale]. The top black line is the price of Western Texas Intermediate (WTI), red middle line the Bakken LTO price (sweet) as published by the Director for NDIC and bottom orange line the spread between WTI and Bakken LTO wellhead all left hand scale. The spread between WTI and Bakken wellhead has widened in the recent months.

What makes extraction from source rock in Bakken attractive (as in profitable) is/was the high oil price and cheap debt (low interest rates). The Bakken formation has been known for decades and fracking is not a new technology, though it has seen and is likely to see lots of improvements.

LTO extraction in Bakken (and in other plays like Eagle Ford) happened due to a higher oil price as it involves the deployment of expensive technologies which again is at the mercy of:

  • Consumers affordability, that is their ability to continue to pay for more expensive oil
  • Changes in global total debt levels (credit expansion), like the recent years rapid credit expansion in emerging economies, primarily China.
  • Central banks’ policies, like the recent years’ expansions of their balance sheets and low interest rate policies
    • Credit/debt is a vehicle for consumers to pay (create demand) for a product/service
    • Credit/debt is also used by companies to generate supplies to meet changes to demand
    • What companies in reality do is to use expectations of future cash flows (from consumers’ abilities to take on more debt) as collateral to themselves go deeper into debt.
    • Credit/debt, thus works both sides of the supply/demand equation
  • How OPEC shapes their policies as responses to declines in the oil price
    Will OPEC establish and defend a price floor for the oil price?

I have recently and repeatedly pointed out;

  • Any forecasts of oil (and gas) demand/supplies and oil price trajectories are NOT very helpful if they do not incorporate forecasts for changes to total global credit/debt, interest rates and developments to consumers’/societies’ affordability.

Oil is a global commodity which price is determined in the global marketplace.

Added liquidity and low interest rates provided by the world’s dominant central bank, the Fed, has also played some role in the developments in LTO extraction from the Bakken formation in North America.

As numerous people repeatedly have said; “Never bet against the Fed!” to which I will add “…and China’s determination to expand credit”.

Let me be clear, I do not believe that the Fed’s policies have been aimed at supporting developments in Bakken (or other petroleum developments) this is in my opinion unintended consequences.

In Bakken two factors helped grow and sustain a high number of well additions (well manufacturing);

  • A high(er) oil price
  • Growing use of cheap external funding (primarily debt)

In the summer of 2012 I found it hard to comprehend what would sustain the oil price above $80/Bbl (WTI).

The mechanisms that supported the high oil price was well understood, what lacked was documentation from authoritative sources about the scale of the continued accommodative policies from major central banks’ (balance sheet expansions [QE] and low interest rate policies) and as important; global total credit expansion, which in recent years was driven by China and other emerging economies.

I have described more about this in my post World Crude Oil Production and the Oil Price.

 

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IN BAKKEN (ND) IT IS NOW MOSTLY ABOUT MCKENZIE COUNTY

In this post I present an update to my previous posts over at The Oil Drum (The Red Queen series) on developments in tight oil production from the Bakken formation in North Dakota with some additional estimates, mainly presented in charts. The expansion is much about the differences between wells capable of producing, actual producing wells and idle wells (here defined as the difference between the number of wells capable of producing and the number of actual producing wells).

Figure 01: The chart above shows monthly net additions of producing wells (green columns plotted against the rh scale) and development in oil production from Bakken (ND) (thick dark blue line, lh scale) as of January 2000 and as of October 2013. The 12 Month Moving Average (12 MMA) is also plotted (thick dotted dark red line, lh scale).

Figure 01: The chart above shows monthly net additions of producing wells (green columns plotted against the rh scale) and development in oil production from Bakken (ND) (thick dark blue line, lh scale) as of January 2000 and as of October 2013. The 12 Month Moving Average (12 MMA) is also plotted (thick dotted dark red line, lh scale).

There is still noticeable growth in tight oil production from an accelerated additions of producing wells.

  • For October 2013 North Dakota Industrial Commission (NDIC) reported a production of 877 kb/d from Bakken/Three Forks.
  • In October 2013YTD production from Bakken/Three Forks (ND) was 775 kb/d.
    (It is now expected that average daily production for all 2013 from Bakken (ND) will become around 800 kb/d.
  • The cash flow analysis now suggests less use of debt for manufacturing wells for 2013.
    Major funding for new wells now appears to come mainly from from net cash flows.

kb; kilo barrels = 1,000 barrels

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TIGHT OIL AND OIL SAND VERSUS SMALL DEEP WATER DEVELOPMENTS, SOME OBSERVATIONS

This post which is based on results from earlier research and analytic work posted on The Oil Drum, Fractional Flow and not least in recent (private) discussions with other international acknowledged experts present some facts and observations about developments of tight oil (which to some extent also applies to oil sands) versus small deep water discoveries*.

*Small deep water discoveries are here meant discoveries with Estimated Ultimate Recovery (EUR) below 100 Million Barrels of Oil Equivalents (MBOE).

Figure 1: Chart above shows relative developments in annualized yield curves (lh scale) of oil for so-called elephants (Norwegian deep water discoveries estimated to hold ultimate recoverable reserves (EUR) above 1,000 million barrels with crude oil [red lines]). Small discoveries (Norwegian deep water discoveries estimated to hold ultimate recoverable reserves (EUR) below 100 million barrels with crude oil, [green lines]). The reference tight oil well for Bakken [violet lines]. The cumulative versus time is plotted against the rh scale.  Note also the short high flow life cycles of small deep water developments and tight oil.

Figure 1: Chart above shows relative developments in annualized yield curves (lh scale) of oil for so-called elephants (Norwegian deep water discoveries estimated to hold ultimate recoverable reserves (EUR) above 1,000 million barrels with crude oil [red lines]).
Small discoveries (Norwegian deep water discoveries estimated to hold ultimate recoverable reserves (EUR) below 100 million barrels with crude oil, [green lines]).
The reference tight oil well for Bakken [violet lines].
The cumulative versus time is plotted against the rh scale.
Note also the short high flow life cycles of small deep water developments and tight oil.

One big takeaway from the chart above is that both developed small deep water discoveries and tight oil wells have steep decline rates and short high flow life cycles. These are now the major sources that offset declines from the bigger, heavily depleted legacy fields (with long productive life cycles) and provide any growth in global oil supplies.

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