Saudi Production laid bare

http://europe.theoildrum.com/node/2372

For those who were involved in the Saudi debate 2 days ago I’ve now posted this chart along with several others at the foot of the thread. I managed to screw up my HTML code archive and lost the ability to post charts yesterday. I’d also add that the site started to run very slow on Monday – so apologies to those who were wanting a response but didn’t get one – I assure you I was not hiding☺


Those with heart disorders had best take some blood pressure pills before following this link.

Euan, in your post you turned down Stuart's $2000 bet, but you did not make a counteroffer. Why not? It's clear that you and Stuart have a fundamental disagreement on Saudi Arabian oil supply, so why not stand up and be counted and put some real money on the line? If you and Stuart can't agree on a bet that both of you would accept, then perhaps your positions overlap so much that the outcome of such a bet is not a good financial proposition?

As Robert pointed out when he offered a $1000 bet on oil prices a few months ago, people tend to behave differently when real money is on the line. Their arguments weaken as they start negotiating the terms of the bet. They want a sure thing, so the event they end up betting on is often far afield from their original claims. This is when everyone else finds out what they truly believe.

Also he is restarting a post where everyone pointed out he only used data up to 2005. Like proving the US production didn't peak by only using data up to 1969.

Saudi Arabia’s Rapidly Thinning Oil Columns and Smart Well Installations

From Saudi Aramco’s press kit page 11
http://www.saudiaramco.com/sa/webServer/presskit/press_kit_full.pdf

”Technological Advances

Smart Wells and Intelligent Fields:
Smart well systems and down-hole sensors are part of a larger strategy to develop “intelligent fields,” an approach that combines real-time monitoring and timely reactions to changing well and reservoir conditions to optimize production and reservoir management. Overall, the company completed 24 smart well installations in 2005 (versus two the year before), and 55 maximum reservoir contact (MRC) wells, more than double the year before.”

To perform the above they needed one of these, a

”Geosteering Operations Center (GOC):
To further exploit the technological gains of horizontal, multi-lateral and MRC wells, Saudi Aramco opened the Geosteering Operations Center (GOC), where geologists and engineers remotely guide drilling activities in real time, around the clock, helping ensure that every well is optimally situated.”

In 2004, Saudi Aramco completed two smart well installations. In 2005, they completed 24 – that’s a twelve fold increase in one year! The world’s first smart well installation was in 1997 for SAGA Petroleum in the Snorre Field, Norway.
http://www.halliburton.com/news/archive/1997/hesnws_090497.jsp

Why do we need smart wells?

According to Martin Madsen, Production Engineer Visund, Statoil,
http://bergen.spe.no/doc/1%20day%202006/Presentasjoner%20PDF/Peer%20Gynt...

”– Compensate for different reservoir properties
•Pressure, PI etc
– Balance inflow
– Close / choke back zones with high GOR or WC
– Save intervention (time and money)
– Take into account the unexpected”

Point three above is important as zones with gas or water breakthrough can be closed or choked back using “above ground” controls. In other words, in these zones the column of oil is too thin to extract. (GOR – gas oil ratio; WC – water cut)

Smart well studies by Baker Hughes
http://www.bakerhughes.com/bakerhughes/water_management/completion_IWS.htm
state that the use of smart wells can increase ultimate recovery by 53%. The main reason for this is the improved ”management of undesirable fluids”.” (The undesirable fluid is water.)

On an annual basis, from 2004 to 2005, Saudi Aramco has a twelve fold increase in smart well installation completions from 2 to 24; and a two fold increase in MRC well completions to 55. (would be nice to have 2006 data – Haradh Increment III was completed in early 2006 with 32 intelligent MRC wells – intelligent=smart. I don’t know if these 32 wells are partly counted in 2005 data)

The huge increase in smart well installations and MRC well completions from 2004 to 2005 strongly indicate that Saudi Arabia is now extracting its last remaining oil reserves – difficult to extract oil from their rapidly thinning oil columns. Saudi Arabia's oil production rate may already have passed its peak.

For more information about smart wells - this website is good.
http://www.welldynamics.com/technology/installations.htm
Welldynamics have installed 228 smart well up to October 2, 2006. They state that this is more than 50% of the world's smart wells so it could be assumed that there are about 400 to 450 smart wells worldwide.

This is a link to Shell's snake well technology, (I think a type of smart well as it uses smart technology). The video on the right is worth playing. It states that without this technology the oil was previously inaccessible.

http://www.shell.com/home/Framework?siteId=technology-en&FC2=/technology...

Hello Ace,

Excellent info--thxs for digging this up! I am not sure if it is RR's or SS's keypost that will hit TOD first, but I recommend you repost this in that comment thread pronto. It is too good to be 'lost' in a late Drumbeat--needs more eyeballs in a new KSA discussion. Good job!

Bob Shaw in Phx,Az Are Humans Smarter than Yeast?

Thanks, I will repost!

The huge increase in smart well installations and MRC well completions from 2004 to 2005 strongly indicate that Saudi Arabia is now extracting its last remaining oil reserves

That's one interpretation. An alternative interpretation is that

the use of smart wells can increase ultimate recovery by 53%

i.e. the payback more than justifies the extra expense, and therefore the use of smart wells, in itself, tells us nothing at all about the amount of remaining oil.

Both interpretations can be true: Saudi Arabia is extracting its last remaining oil reserves and ultimate recovery may increase by 53%.

Smart MRC wells are required for thinning oil columns. These thin oil columns may be able to produce for a long period of time but it's difficult to reach oil. These fields need to produced very carefully.

Who knows, next the Saudi's will be using in situ steam flooding as they do in Alberta tar sands. The tar sands reserves are huge but converting them to production is tough.

Calorie, fair comment. Myself, New Account ± Robert did offer an alternative wager:

http://www.theoildrum.com/node/2330#comment-166269

We're still waiting for Stuart to respond - but you're right, at this level it begins to smack of splitting hairs.

Othewrise on the investment front I am more or less out of the market - as much because my crystal ball is currently full of fog WRT unravelling the impact of recession upon demand and price for commodities.

Euan, I just posted a comment on the stacked Saudi production forecast chart near the bottom of yesterday's thread - it is a very scary chart IMHO. Is it really based on the Saudi's own forecasts of their production ? Is there a source reference for the data for that chart ?

It actually _shows_ a peak in Saudi production, and the very beginning of decline. The problem is that oil companies have historically had terrible track records at predicting the actual decline rates for their fields. So I have to assume that the actual decline rates will be higher than shown.

It is also the worst kind of "hockey stick" chart - it shows a sharp discontinuity in trend lines, which is a big red flag in any business I have been in. "Sure, we are flat-to-declining", but everything will be great 'tomorrow'".

Yikes!

CW
Global peak: 2007 - 2010
Global decline rate, Post peak: 2%
Economic response: Severe global recession, ~5 years, then slow recovery

Am I reading this right?

1. Productivity fell from 1980 to 1990, be it by above ground constraints (oil price, resting wells etc) ... except for a pumping spike (maybe associated with a show of strength, or may be in response to the Iran-Iraq war?)
Or maybe it fell because the North Sea and North Slope came on stream at full bore.
2. Oil flattens at 6 k per well thereafter.
3. A horizontal well campaign commences circa 1991 (BTW: Such a campaign would have required about 2-4 years of pre-drill planning, tech analysis, G and G work up and drilling services procurement, etc)
4. Campaign commences, Productivity remains flat at 6k per well.

All that drilling, no improvement...

I can only assume that when KSA decide to turn on the taps and utilise the new productivity due to the HD campaign which ramped in 1996, then the oil will flow like a cornucopean's wet dream :-)

Or maybe they were running to stand still even in 1990?

Nice graph Euan.

Jeez Euan, this is just dandy! Not to show my frustration. Your attempt to analyze SA spare capacity by getting a handle on well productivity was creative. This latest data though takes the contention from your article and stands it 180 degrees on its head. As a bonus, we find that with all the horizontal wells the peak will not likely be a gentle, pretty downslope, but much closer to cliff. Thanks for putting my mind at ease about PO ;)

Here's something else to smile about if it hasn't been caught earlier:

A decline in imports of natural gas from Canada may lead to higher U.S. prices this summer, said Peter Linder, an energy analyst with DeltaOne Capital Partners in Calgary.

``We're going to have the biggest decline in western Canadian production in the history of the industry,'' Linder said. ``There's going to be 400 to 600 million cubic feet a day less production from western Canada in 2007 versus 2006.''

http://www.bloomberg.com/apps/news?pid=20602099&sid=aKfnFfrQZo8M&refer=e...

best wishes all.

ZDPM123

This latest data though takes the contention from your article and stands it 180 degrees on its head.

You might be surprised to know that I don't fully agree with you here. The watering out of a handful of wells near term will have negligible effect on Saudi production. Many of the horizontals drilled in the last 15 years will already have watered out - so that kind of activity is already in the data. Looking to the future, all these wells are spread among more than 10 producing fields of varying maturity - so there will be no cliff edge.

A very good perspective to keep for decline rates (from a pro-peak analyst):

Offshore oil peaks are easier to define because of the rapid and consistent way full field developments proceed. Studies show that output from offshore wells declines by an average of 15% per year. Individual fields decline less rapidly, at around 10% per year, because the best wells are worked-over and enhanced recovery projects briefly stem decline. By the same token, unless containing very few fields, sedimentary basins decline by around 5% per year as new, progressively smaller, fields are added.
Countries, regions and fields may decline by less still if they contain many basins and reservoirs. Decline rates are averages and can be affected by the discovery and development of new provinces, plays or reservoirs and by technological breakthroughs that lead to a one-off jump in output. They are also affected by commercial and political circumstances, such as output restriction by OPEC. Figure 2 is the model profile that sedimentary basins will adopt if unmodified by these effects.

(from pg 2 of 3 http://www.energyfiles.com/articlesfiles/Resource%20Depletion%20(Oct%202006).pdf

This is observed in the "slow" decline rate for the lower 48, e.g. I would expect Saudi Arabia's _net_ decline rate to be pretty slow, at the start...

CW
Global peak: 2007 - 2010
Global decline rate, Post peak: 2%
Economic response: Severe global recession, ~5 years, then slow recovery

Hi Euan,

re: "Looking to the future, all these wells are spread among more than 10 producing fields of varying maturity - so there will be no cliff edge."

Are you sure about this? (Not to question you. Just wondering...)

TOD has experienced an intense discussion of KSA's ability to increase or maintain production. Almost all of the discussion has focused on the existence / lack of existence of new prospects and the stage of depletion of the sweet spot in the Arab D formation in various parts of Ghawar.

The discussion has not gone into the existence of stacked pays at Ghawar and other developed fields. The U.S. has had something over a million and half wells drilled over the past century and a half. The target zones for most of those wells were not realistically expected to produce thousands of bbls per day for decades. It doesn't take thousands, hundreds, or even one hundred of bbls per day to justify drilling a 5000 foot onshore oil well in close proximity to other oil field infrastructure.

My question [which may relate more to the probability of a fat tail to the right of peak oil than to the peak itself]: Do stacked pays in existing fields represent a major part of the future of production for the KSA?

re:

"Do stacked pays in existing fields represent a major part of the future of production for the KSA?"

Perhaps you might re-post this, as no one seems to have answered - ?

Ha! My (admitted limited) experience with new & infill horizontal wells is that they produce on the order of 20k bbls/d, at least initially, but also decline faster. So if they have to drill that many horizontal wells to keep their average well productivity level... all their older wells must really be going to shit, and I'd say a lot of the horizontal wells drilled prior to 2000. (Unless of course they were drilling the horizontals but not using them as Euan suggests... damn theres just too much we don't know!)

Question is how much longer can they keep exponentially increasing the number of horizontal wells drilled just to hold average well productivity steady? Not much longer I'd say, but again, given currently KSA as a whole has a miniscule number of drilling rigs compared to say the US, there is a lot of room for increases, so "not much longer" could be 5 years or so...