Gail and I had an intersting conversation (if not surreal) after the "Conversation with the EIA Administrators."

In his view, all resources (and used the word "resources") including those not yet discovered (they are "out there, like the X-files, we just don't know when they'll show up) about 8 TRILLION barrels of oil and we've only used about 1.1 trillion barrels of that so far.

He also tried to make an argument as to why there is still so much oil left in the KSA. Basically, he was saying We've seen the data and have been doing this longer than anyone else.

I don't know whether he was surprised when I could recite, chapter and verse, the production numbers from Prudhoe Bay and the North Slope, but he was trying to prove that recovery numbers (as percentages were getting better and better) were going to provide more oil. I reminded him that initial (wild) estimates were on the order of 100 billion barrels and that there was talk of a second pipeline because the volume was thought to be so large.

And I think he was decidely taken back when I pointed out that peak oil was not about the size of the reserves, it was about the rate at which the oil can be supplied. It apparent that a number of people think in terms of resources (if only we could get to them) and not flow rates.

Hi Star,

I wish I could have been there when you and Gail were conversing.

What does "he" imagine would happen to other resources were the 8 trillion to really exist? (and come online at approximately current flow rates, as you so correctly point out - ?)

Have they not heard about water scarcity, collapsing fisheries, lack of arable land, overcrowding, etc.? A rhetorical question, I realize.

Well, I was quite stunned by this statement. Earlier we had seen similar numbers in a different presentation that would have no problem and continuing growth out to nearly the 22nd century.

I can't account for why this is so. As an engineer, I tend to ask a simple question: "and you are going to accomplish that how?"

Now, I would point out that this is exactly the same thinking that got the EIA into trouble with the IEO documents. If you want an example (and there are quite a few) go back and read the International Energy Outlook on oil production. Pick the North Sea in particular. Now in the earliest version I think you can find online it seems like they correctly projected the peaking in 1999-2000 (might be a previous version hardcopy). Then notice that all of a sudden they are pushing the peak date well into the first decade of the 21st century.

It wasn't until the IEO 2006 that they finally got around to admitting that the North Sea might be in decline. The UK peaked in 1999 (the second peak with ~110 fields in service compared to the first peak with ~30 in service) and Norway peaked in 2000.

Nor do they seem to get that an "undulating plateau" is death to a system that is entorely dependent upon growth for it's own self-defined "health."

I'll be looking at my notes this weekend and putting some thoughts together for a Forum I manage. I place some additional thought here, as well. I recorded some of the presentations (audio and video) for accuracy.

Hi Star,

Thanks for responding and for the example. I hope you can write this up as an article for TOD, perhaps.

Your point about future oil supply not being about reserves and being mostly about flow rate is the thing most people can't seem to grasp about peak oil. The beauty of Hubbert's analysis method is that it cuts straight through the bull and confusion about politicized reserve estimates and how oil should flow out of rock and gets to the heart of the matter, which is the real life flows produced considering all the complex factors. By doing this, it solves the riddle of who's lying about reserves and how certain rocks will behave.

In an earlier post of mine, this is the way I define peak oil:

On a worldwide basis, the phenomenon of peak oil can be thought of as a crisis in resources needed to produce oil. It's the size of the tap, not the size of the tank. As we deplete the large, easy-to-produce fields and move to ever-more-difficult fields, it takes more and more drilling rigs, more petroleum engineers, and more investment dollars. Eventually we reach a point where we are out of equipment, out of trained personnel, and the investment cost for expanding production becomes prohibitive. When production begins to drop because of all of these pressures, we reach "peak oil".