Unfortunately, the early Peakers have been debased.

A few of us in the PO movement have repeatedly said that premature predictions of irreversible decline will lead to exactly this accusation. At the same time, Peakers take great delight in pointing out all the missed predictions of the cornucopians. So what goes around come around.

Additionaly Peak Oilers make a big argument about "geological decline", when this is not the fundamental issue. The perception that it is a question of access and expense was never made part of PO theory, yet this was clearly the line that Lynch et al were taking.

While Peak oilers were still trying the explain abstruse mechanics of oil reservoirs, CERA have taken the ball and run with it, and now have the ears of the people who matter. This outcome was all too predictable.

To be honest, I don't care if CERA have stolen the PO message, as long as the message is getting on the front page of the WSJ.

I'm an 'early' peaker - essentially saying that 2005/2006 was the high water mark, though acknowledging that a month or two in the future may be higher in production (say, that 3 or 4 major projects all come online in a short period), the essential peak was then.

And unfortunately, my position is based on facts that have yet to be contradicted, even as the statistics grow ever murkier - all liquids is a fine measure of oil production, except it isn't, of course.

all liquids is a fine measure of oil production, except it isn't

Don't be silly.

The non-oil components of "all liquids" compete directly with oil in a number of markets - NGL in gasoline blending components and ethylene feedstocks (plastics), for example - so looking at all liquids is absolutely the correct measure.

It might make sense to normalize the volumes for energy content, but then again it might not - it's not clear that different energy levels make a difference for feedstocks.

What absolute nonsense. Even if they do compete directly, which is only true to a degree, they don't all have the same energy density, so volumemetric comparisons are meaningless. Just assuming that a barrel of oil is equivalent to an barrel of ethanol is plain wrong.

Even if they do compete directly, which is only true to a degree, they don't all have the same energy density

Does that matter for ethylene feedstocks?

I have no idea, but I suspect neither do you, so there's no indication energy density is the key factor you suggest. Hence my qualification that normalizing by energy density may or may not be wholly appropriate.

At any rate, the point is simply that non-crude liquids in the oil supply directly substitute for crude in some very substantial uses. Accordingly, an increase in those other liquids displaces crude use in those areas and makes more available for other uses, effectively increasing the supply of crude. We can quibble about the relative worth of different liquids (I suspect NGLs and ethanol should be discounted by 20-30%), but that's a secondary issue to the fact that the EIA includes all liquids in "total oil supply" for a very good reason.