EIA – Page 20 – Peak Oil Barrel

The EIA’s Drilling Productivity Report, Is Productivity Really Improving?

04/14/201404/14/2014 Ron Patterson 122 Comments

The EIA just published their latest Drilling Productivity Report. They kept their very linear increase for all LTO plays except for the Bakken. Strangely they updated their Bakken data right up through January according to the data they apparently received from North Dakota.

The last data point is February for the North Dakota data and May for the DPR data.

But the EIA posted some strange Legacy Decline numbers for the Bakken;

Now this just doesn’t make any sense. The legacy decline is supposed to be the number of barrels per day all the wells in the combined declined. That number should increase, but gradually as new production comes on line. That is the more production the greater the decline. They have the decline rate at 60,553 bp/d in November, jumping to 123,248 in December, then falling back to 63,459 in January. That is impossible! The decline, in barrels per day, increases as production increases. But if production decreases then the number of barrels per day that declines must decrease, not increase.

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Bakken Update February Production Numbers

04/11/201404/14/2014 Ron Patterson 136 Comments

The latest Update on Bakken and North Dakota LTO production is out.
ND Monthly Bakken Oil Production Statistics (Bakken Only)
ND Monthly Oil Production Statistics (All North Dakota)

Bakken production in February was 888,398 barrels per day and all North Dakota February production was 951,350 barrels per day. Some revisions were made in the past production numbers. Only the last three months were significant however. Listed below are the actual production changes, per month, for the last three months:

Month Bakken North Dakota
Dec 13 -45,528 -40,284
Jan 14 6,542 -2,218
Feb 14 16,643 16,224

The Director’s Cut for this has not been published yet. I will update this post when it has been. There were 119 additional wells in the Bakken and 79 in all North Dakota. That means a lot of North Dakota Wells were shut down.

A Bismark engineering firm has calculated the probable Bakken Peak.
Competition from Texas, winter expected to limit ND oil production

MINOT, N.D. – North Dakota oil production, which is poised to break the 1 million barrels per day benchmark, will peak at 1.2 million to 1.5 million barrels per day over the next five years, limited by winter weather and competition from Texas, a Bismarck engineering firm said this week.

I have charted that prediction below. The figures are the average yearly production.

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Just How Good Are The EIA’s Predictions?

04/07/201404/07/2014 Ron Patterson 118 Comments

Folks here know that I like to post charts created from oil production data. But there has been a dearth of data lately. But not to worry, the data should start coming fast and furious later this week. However in the meantime I decided post a little about what the EIA expects in the future. They published the below comments and chart April 7, 2014. Bold mine.
Petroleum & Other Liquids

In the Annual Energy Outlook 2014 (AEO2014) Reference case, crude oil* production rises from 6.5 million barrels per day (MMbbl/d) in 2012 to 9.6 MMbbl/d before 2020, a production level not seen since 1970. Tight oil production growth accounts for 81% of this increase, and sees its share of national crude oil production grow from 35% in 2012 to 50% in 2019. In the High Oil and Gas case, U.S. crude oil production reaches 11.3 MMbbl/d in 2019 and reaches 13.3 MMbbl/d in the mid-2030s.

Under the Reference case, the import share of U.S. petroleum and other liquid fuels falls to about 25% during the last half of the current decade before rising again to 32% by 2040. In comparison, the High Oil and Gas Resource case projects that net U.S. oil imports will continue to decline through the mid-2030s and remain at or near zero between 2035 and 2040.

In the High Oil and Gas Resource case, tight oil plays an even more prominent role in driving national production growth, accounting for nearly two-thirds of total U.S. production by 2035, versus less than half of total U.S. production in the Reference case. Tight oil development is still at an early stage, and the outlook is highly uncertain. In EIA’s view, there is more upside potential for greater gains in production than downside potential for lower production levels. The High Oil and Gas Resource case assumes improvements in tight oil production technology beyond those in the Reference case, as well as higher well productivity rates.

Other assumptions reflected in the High Resource case include:

Identification of additional tight oil resources
50% higher Estimated Ultimate Recovery (EUR) for tight/shale oil and natural gas wells
50% lower well spacing per acre for tight/shale oil and natural gas wells, with diminishing EUR for closely-spaced wells
A 1% annual increase in the EURs for tight/shale oil and natural gas wells reflecting both abundant resources and technology advances
Additional resources in Alaska and Lower 48 offshore fields

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Peak Oil and The Blibbit Principle

03/31/201403/31/2014 Ron Patterson 321 Comments

Podunk was a small town Arkansas. Back about a hundred years ago Podunk had no sewage plant, everyone just used outdoor toilets. But a problem soon developed, Podunk’s water supply became contaminated. That’s when they decided to build a blibbit* in which they would store their crap. This blibbit was built out of wood and placed on a hill in a convenient location, right in the middle of town.

The blibbit was almost circular, about 100 feet in diameter. Poles, similar to utility poles, were placed in the ground about 10 feet apart and boards were nailed to them to form the sides up to about 10 feet high. Then every few days everyone in town would haul their crap to the blibbit and dump it in. After a few years the blibbit was full so they added a few more boards to raise the sides higher.

But then someone noticed that the bottom boards were bulging out and appeared about to rupture. “She’s gonna burst” the person shouted to everyone in town. “Nah, maybe it will hold a bit more” was what most people said.

Then a few years later the blibbit was full again so they nailed a few more boards a little higher up on the poles and continued to dump in their crap. The bottom boards became even more strained and looked like they would pop this time for sure. “She’s gonna burst” a couple of more people started yelling. Naw, that’s what you said five years ago you were wrong. So we should not listen to you.

Then about five years later the blibbit became full again. More boards were added and more crap was dumped in. “She’s gonna blow this time for sure. The blibbit has reached peak crap for sure.” “Listen stupid”, was the reply, “that’s what you said 10 years ago, then again 5 years ago, and you were dead wrong. “And because you were wrong in the past means you have to be wrong now.”

Now here is my question: Because the peak blibbit crap people were wrong in the past, does that mean it is more likely they are wrong now? Or, is it even more likely they are right now because the situation has deteriorated even more since the early days of peak blippit crap predictions?

We are all asked, from time to time, what do we think is going to happen to this or that down the road. No one gets asked that question more than peak oilers. And every peak oiler seems to have a slightly different opinion. I have, in the past, reframed from making predictions as to when crude oil extraction will peak. I did so out of fear that I would be wrong and cornucopians would throw it up to me later. But I have now gone out on a limb and now predict that Crude Oil, or rather C+C will peak no later than 2017. I strongly believe the peak will be in 2016 but it could be a year or two earlier but no later than 2017.

In spite of all the hoopla about the US shale boom world C+C has been relatively flat for two years.

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The EIA’s Drilling Productivity Report, Ghana and China

03/10/201403/10/2014 Ron Patterson 59 Comments

The EIA’s latest Drilling Productivity Report has been published. I found some strange things in the report. For the Bakken, their data does not jive with that posted by North Dakota. I have plotted the two together. The North Dakota includes all North Dakota but not the Montana part of the Bakken. The EIA data includes all the Bakken but not the non-Bakken part of North Dakota. Almost a wash but not quite. Montana produces slightly more than the non-Bakken part of North Dakota, but not very much. Anyway…

I thought for sure that the EIA would hear that Bakken Production was down about 50,000 barrels per day in December. But Nooooo… they have the Bakken up by over 20,000 barrels per day in December, a difference of 70,000 bp/d. But up until the last two or three months they follow the North Dakota data pretty close so we can hope they update their data in a few months.

However all LTO production was revised upward in this last report. The chart below is the barrels per day that all tight oil was revised upward.

Doesn’t the strange shape of that chart raise suspicions? December production was revised upward by 34,672 bp/d when it actually should have been revised downward by perhaps twice that amount. January production was revised upward by 35,243 barrels per day. I doubt very much that this was the actual case.

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