How Realistic is EIA's US Domestic Oil Supply and Demand Forecast?

I was invited to a blogger's conference call on April 1, hosted by the American Petroleum Institute (API). We were told that each blogger would be allowed to ask one question of Peter Robertson, Vice Chairman of the Board of Directors of Chevron Corporation. The material we were provided in advance was the written statement of Mr. Robertson, prepared for the House Select Committee on Energy Independence and Global Warming. It included a number of charts, including this one:

My question was, "How realistic is EIA's Chart 5 scenario? If you look at Chart 5, it looks like there is no need to conserve."


This was the discussion:

03:35 MS. TVERBERG: I was looking at the charts that you sent out earlier today with various projections of things. If you look at Chart 5: U.S. Domestic Oil Supply and Demand, if you look at it, it basically says that including imports, the total amount of oil available will continue to go up through 2025, and that the amount that the U.S. will produce including enhanced oil recovery and new discoveries will go up. I mean, this pretty much gives the view that you don’t need to conserve because there’s plenty of oil that’s going to be available. How realistic do you think this scenario that the EIA has put together is?

04:21 MR. ROBERTSON: Well, I mean, you know, of course this doesn’t – this is the U.S. So –

MS. TVERBERG: Well, this is the U.S., right.

04:28 MR. ROBERTSON: This is the U.S. so this says that we’re going to have to import, you know, about the same amount of oil, according to this case and the next 20 years, and the real problem is, you know, is that available to be imported? I mean, everybody else in the world is obviously competing for that 11.5 million barrels as well. So you know, what is going to happen to prices during this period and how tight is the rest of the world going to be?

So I mean, I think the point of this chart was really to make a point about U.S. We need – there are existing crude and – this is oil now, this is not gas, so this is just what’s going to be needed – oil, this is really almost a transportation fuel chart because the main thing that oil is used for –, not the only thing, but the main thing it’s used for is transportation fuels. And so far, we have difficulty substituting something for transportation fuels.

So this is sort of an oil chart, but what it says is that look how important our existing oil production is in the United States and look how it declines unless we do additional exploration and we get some new technology and we, you know, we get some areas where we can explore and all of these things, because the biofuels – and the biofuels part of this chart is what – you know, is the – what happened in the energy bill last year, so that’s – and you can see the impact of that. It’s still – it’s important, but it’s still not going to change the position.

05:50 So even after all this, even if we do – if we’re able to keep the existing crude production flat – which we haven’t done for many, many, many years – you know, as you guys know where it was nine million barrels a day about 20 years ago, now we’re about five million barrels a day in the U.S. You know, and that – that sort of trend line is besides a blip here, probably from the Gulf of Mexico. You know, the trend line has sort of been down for a long time. So we’re going to have hard work just keeping this flat. It says that, you know, we’re still going to have to import a lot of oil, and that’s the problem. And the opportunity is to shrink that amount of oil that we import, because we are going to be competing with the rest of the world for it, and who knows what the price of it will be.

John Felmy, API's Chief Economist, then pointed out what is easy to miss. EIA's top line is really an estimate of demand. Demand is estimated based on an economic model that includes the desired level of economic growth together with a growth in efficiency equal to what it has been in the past -- about 1.6% per year, plus the expected impact of the new fuel economy requirements from the 2007 legislation. Thus, Chart 5 does have some efficiency growth built into it, but even including the efficiency gains, it is indicating an increase in expected oil consumption.

EIA determines expected imports by subtracting its estimate of the amount of oil the US will produce from its estimate of future demand. This produces the 11.5 million barrels a day of oil imports it shows as expected for 2025. The EIA makes the assumption that someone, somewhere, will have oil available to export, when it is needed.

I never really got an answer regarding how realistic Mr. Robertson thought this scenario was. Clearly he thought the forecast for US oil production was a stretch, and import costs would be high. Mr. Robertson's prepared charts did not include EIA's estimates of the future cost of oil, but the EIA 2008 Energy Outlook Report shows them to be as follows:

It sounded like neither Mr. Robertson nor Mr. Felmy had much confidence in these cost estimates.

Conference Call Information

There were a total of six bloggers on the conference call:

Margot Gerritsen - Smart Energy
Dave Schuler - Outside the Beltway
Geoff Styles - Energy Outlook
Gail Tverberg - The Oil Drum
Brian Westenhaus - New Energy and Fuel
Carter Wood - Shopfloor.org

In additional there as Peter Robertson, from Chevron; John Felmy, chief economist at API, and Jane Van Ryan, host from API. Ms. Ryan has tried recently inviting more liberal bloggers, but has not succeeded in getting any to participate.

The transcript of the call can be found here. The audio version of the call can be found here.

Other Questions

Carter Wood said that the low dollar had been a boon to companies doing exports, and wondered what Chevon's position was on the level of the dollar. Mr. Robertson said that Chevron wanted the dollar higher, so that oil wouldn't be so expensive for customers.

Geoff Styles wondered if there were any areas of agreement, where the industry and government might work together. Mr. Robertson indicated improved energy efficiency was one such area. Another was allowing more drilling in restricted areas. A third was raising people's view of the industry so that they view it as an important industry, doing high tech things, so that young people will be attracted to studying to be geologists and engineers.

Margot Gerritsen commented on the current lack of funding by the Department of Energy on oil and gas projects of all kinds, such as enhanced oil recovery and research on improved methods for unconventional gas and oil recovery. Mr. Robertson said that the industry was paying a lot of money in royalties and fees, and that at least a little of that is set aside for research under the recent energy bill. Ms.Gerritsen observed that fashions in funding change, and now the money is going to carbon sequestration and renewable fuels.

Brain Westenhaus asked about how decisions were made for allocating capital among the various different choices, such as renewables, enhanced oil recovery and new drilling. Mr. Robertson said that they evaluate and are involved with a lot of different projects. Historically, oil has had the best return for stockholders. Renewables are mostly not too far along, are expensive for the purchaser, and hard to scale up. It is often difficult to get permitting for oil and gas processing facilities in the United States. This can force the company to build facilities overseas instead.

Changing the Conventional Wisdom

In Mr. Robetson's prepared statement, he closes with a section he calls "Changing the Conventional Wisdom", in which he lays out what action steps he thinks are necessary. This is a shortened version of those steps.

First, we need to value energy as a precious resource. Energy efficiency is the most immediate and important action that each of us can take to contribute to rising energy prices. The United States must become a nation of energy savers.

Second, I would urge you to be sensitive to the issue of scale and timeframe. I hope that I have been able to demonstrate Chevron’s commitment to the development of alternative sources of energy. This is an ambitious undertaking and one that we are embracing. But the scale of the energy system means that despite our combined efforts, renewables will meet less than 10 percent of demand in 2030, according to EIA estimates. We must continue to bring traditional energy supplies to market, even as we are developing alternatives sources of energy.

Third, on the supply side, we need your help to open up the 85 percent of the Outer Continental Shelf that is now off limits to environmentally responsible oil and gas exploration and development. We cannot expect other countries to expand their resource development to meet America’s needs when our government limits development at home.

Finally, I would encourage careful evaluation of policies that can lead to unintended consequences and create inefficiencies in the gasoline supply system. Today we have 17 “boutique” fuel requirements across the country, requiring us to blend unique gasoline products for different states and different localities. More requirements on fuels are being added through renewable fuel mandates and proposed climate policies.

Comments

Whether or not Mr. Robertson and Chevron believe in peak oil, I think Mr. Robertson approaches are reasonable ones. I don't think that anyone would disagree with energy efficiency. It is hard to see how alternative fuels will scale up in a short time frame, and nearly everyone can agree that having a having too many fuel types is a problem.

I personally think that drilling at home is a far better solution than pointing fingers at someone overseas, and accusing them of not pumping as much oil as they are able to. I think blaming the National Oil Companies is all too easy a solution, and I am glad Chevron did not take this route.

I know many people are opposed to opening up the outer continental shelf to drilling. With the long lead times involved, it will take many years - quite possibly ten - before any oil can be produced, and many years after that before all of the oil is removed. As a comparison, it become economically attractive to drill in the North Sea in the mid-1970s, and we are still producing oil and gas there now.

I know a lot of people think we should save this oil and gas for future generations, but it seems to me that producing this oil very much depends on having the required infrastructure in place - things like roads, pipelines, the electrical grid, trained engineers, and companies set up to handle all of the logistics involved. It seems to me that if we wait too long, we may never be able to produce this oil and natural gas. I doubt that the quantity makes a difference from a climate change point of view.

If we wait too long, the quantities of oil and gas in pipelines will drop below the minimum operating level, or pipelines will fall into disrepair, so they cannot be used. Road surfaces may not be adequately maintained to bring necessary equipment to desired locations. Equipment such as helicopters needed for production may no longer by available. Trained personnel may be hard to find. We need to be planning thirty or more years ahead, and things can change a lot in that time.

John Felmy, API's Chief Economist, then pointed out what is easy to miss. EIA's top line is really an estimate of demand. Demand is estimated based on an economic model that includes the desired level of economic growth together a growth in efficiency equal to what it has been in the past -- about 1.6% per year, plus the expected impact of the new fuel economy requirements from the 2007 legislation. Thus, Chart 5 does have some efficiency growth built into it, but even including the efficiency gains, it is indicating an increase in expected oil consumption.

In a footnote (pg 82) in the "EIA's Annual Energy Outlook for 1998(pdf)", they acknowledged their oil supply estimates were based on "nontechnical considerations that support domestic supply growth to the levels necessary to meet projected demand levels". Basically that that Supply was estimated to grow enough to match the Demand estimates!

Are you saying they are back to that reverse cornucopia engineering???

I think it is "never left it". The assumption is made that OPEC with all their (fake) reserves will come up with the supply somewhere.

If this is true, then the EIA appears to be making a gross error as the decreasing EROI on future energy, which implies usable energy will be much lower than produced energy, cannot have been accounted for by the modestly increased production shown.

If the EIA assumes the total available amount is infinite, there is still plenty, no matter how low the EROI.

There is no evidence the EIA, IEA, CERA, Woods Mackenzie, IHS Energy, or any of the other major energy forecasting agencies have ever incorporated the concept of net energy (or limits to non-energy inputs) into their forecasts. There is a SERIOUS lack of understanding of the interdependency of the main fossil fuels, and the increasing energy costs of each. (e.g. if natural gas is the main energy input into oil production, what happens to oil production when there are natural gas shortages or price spikes, in ANY O/G producing region?? Just like we have discovered systemic risk in the financial sector, there is systemic risk in the fossil fuels sector, as increasing amounts of electricity, natural gas, and liquid fuels are all required to find and deliver the other two.

Corporations have really not yet begun to look at how resource limitations to growth will impact the economic assumptions underlying the existing paradigm, (with the tiny exception of carbon trading). I don't mean to be overly critical of the energy industry because we are all guilty - but the ecological concepts of limits, externalities and biophysical economics are going to explode into public awareness first in the energy sector.

How can this be?

How can this be?

From my graduate economics textbook:

"Should we be taking steps to limit the use of these most precious stocks of society's capital so that they will still be available for our grandchildren? … Economists ask, Would future generations benefit more from larger stocks of natural capital such as oil, gas, and coal or from more produced capital such as additional scientists, better laboratories, and libraries linked together by information superhighways? … in the long run, oil and gas are not essential." (p. 328, ECONOMICS, Paul Samuelson and William Nordhaus)

Because the 'rules' that governed the first half of oil were 'made up' under conditions of plenty, and the same 'formulas' will not work when basic goods become more scarce. But economics wasn't designed with its own demise built in - there is no natural transition to 'something else' built into the discipline - only continued growth and utility for more. The practitioners of modern Walrasian welfare economics just assume that resource shortages will be met by technology and new substitutes. A graph of US oil production shows pretty clearly that price and technology did little to change the production profile, and we are more dependent than ever on liquid fuel to supply basic goods.

Every major corporation and government entity has high level and well paid economists repeating the false rationales underpinning modern economics - which even if you ignore the now countless examples disproving the demand side assumptions of humans as rational actors, you are still left with basing economic decisions on fiat money, which is ultimately an abstraction that has worth because we say it does. Economists are not trained in biophysical principles. I sense that just now, finally, some of them are starting to scratch their heads wondering where all these resource needs for water, natural gas, oil, food, etc are going to come from - but concepts like net energy, sadly, will likely remain in obscurity/academia until they can be analyzed in the rear view mirror, e.g. history.

Here is a recent Scientific American article with an interesting take on the false foundations of neoclassical economics, "The Economist Has No Clothes

Obviously a state of fright is due to emerge when Black Swan economics comes to the fore.

I imagine somthing like (with a nod to YPM):

"Humphrey, why did our estimate of production costs for coal to 2030 show a flat or declining cost when in reality we are paying five times that amount to get the coal out of the ground and keep our economy running?"
'Well that's because our model was -in a word- "Bolllocks"'
"I see, so what's plan 'B'?"
"May I recommend the Carribean?"
"You don't think Hampshire?"
"No Prime Minister..."

Nick.

"The strategy the economists used was as simple as it was absurd—they substituted economic variables for physical ones. Utility (a measure of economic well-being) took the place of energy; the sum of utility and expenditure replaced potential and kinetic energy. A number of well-known mathematicians and physicists told the economists that there was absolutely no basis for making these substitutions. But the economists ignored such criticisms and proceeded to claim that they had transformed their field of study into a rigorously mathematical scientific discipline."

Oh my, what medieval garbage.

There's more of that what Nate already posted above:

http://www.theoildrum.com/node/3129#comment-254607

Modern market fundamentalist mainstream economic theory does not attempt to reconcile for the fact that the theory is not physics or reality based.

The economists of aforementioned inclination really do believe that markets will 'solve all' - so to speak. In this sense they are acting on faith not scientific reason.

Of course, there are economists thinking long and hard about this issue, but they are neither market fundamentalists in the common sens of the word nor mainstream.

Forget economists... go with what actuaries say; actuaries use REAL math (they have to... or else they'd be out of a REAL job).

LOL! I think we do tend to look closer at what the numbers really say, though.

Meanwhile nature continues to fight back at the ever increasing onslaught of human population growth.
http://www.cnn.com/2008/WORLD/americas/04/07/brazil.dengue/index.html

And somewhere on the edge of the Mongolian Desert in a little lab a group of rougue scientist has just read the latest posts on TOD and have decided to speed up their research efforts to gave nature a little help. They have seen the writing on the wall and have realized that the world can no longer tolerate the western civilization. They have embarked on the only course for salvation, engineering lethal organisms for quick deployment into major western cities. Yeah, it may be science fiction, but not much more so than trying to maintain BAU by drilling for oil.

Actually, every time I have looked at our 24 hour site statistics, there is always ONE IP addy near Ulan Bator, Mongolia...perhaps it is said rogue scientist...;-)

The EIA 2 year price estimates since 2002 were off by 38% to 60%.

Top five net oil exports (EIA for 2005 & 2006, my estimate for 2007, Total Liquids):

2005: 23.5 mbpd
2006: 22.7
2007: 21.7 (Est.)

This is an average decline of 900,000 bpd per year. These net export declines tend to be approximately linear, i.e., approximately a fixed volume per year, which is an accelerating decline rate. In any case, if we divide 23.5 by 0.9, we get 26 years, which puts the top five at zero in 2031, which is also the middle case in the Khebab/Brown paper on the top five.

Our middle case is that it will take all of the net oil exports from Saudi Arabia, Russia, Norway, Iran and the UAE in 2016 to meet current US net oil import demand.

My recurring question for the EIA, API, ExxonMobil, et al:

Texas peaked in 1972, and we have seen a long term decline rate of -4%year. The North Sea peaked in 1999, and we have seen a decline rate of -4.5%/year (C+C in both cases). Both regions were developed by private companies, using the best available technology, with virtually no restrictions on drilling. If oil companies can't reverse the long term declines in these two regions, why would they be able to reverse the conventional declines anywhere in the world? Note that oil prices went up about ten-fold from 1972 to 1980, and oil prices went up about four-fold from 1999 to 2007.

In post peak conventional regions, it appears that Increased Drilling + Higher Oil Prices = Lower Crude Oil Production

BTW, some estimates of combined net exports from Venezuela and Canada--the two largest sources of proven nonconventional oil in the Western Hemisphere--show a decline in net exports from December, 2006 to December, 2007.

WT -- as others have noted in response to this discussion, it seems that some lipservice is paid to conservation and developing alternative energy sources, but the focus on new domestic drilling seems to be touted as the vital element of any energy plan.

Is that a fair assessment of the main discussion that Gail participated in?

Does that seem to be a fair assessment of the energy policy we need to implement -- more domestic drilling everywhere we can, and then development of alternative energy sources, alternative transportation options, and other conservation efforts?

I myself think that we need to do everything possible at once, but special priority must be given to conservation, as we will not be able to develop new oil and gas resources fast enough to cope with a sudden crisi, and will not even be able to cope with declining imports without a great deal of conservation.

Finally, I think that conservation fits in well with addressing the parallel problem of Global climate Change -- even better than adding new alternative sources and better than more drilling.

Conservation is the closest thing to a silver bullet that we have, and yet is the least emphasized in too many discussions.

Chevron really is talking about conservation, and I think conservation has to be a major part of whatever combination of things we decide to do.

One of the points I was trying to make is that if governments / oil corporations continue to put out this nonsense, no one will get the idea that conservation is really needed.

Chevron really is talking about conservation, and I think conservation has to be a major part of whatever combination of things we decide to do.

Conservation can only be applied to domestic energy supplies. If we conserve by cutting back on only imports, they just be consumed somewhere else, such as China and India.

It would make sense to using existing imports to change the infrastructure (ie more rail, more nuclear, more energy efficient homes and businesses). However there is a catch-22. If the US came out tommorow and announced it was starting a mitigation program for depleting energy resources, so will the rest of the world. With in weeks, every energy exporter (oil, coal, uranium, natural gas) would announce drastic production cuts as exporters choose to conserve there remaining reserves, thus the world loses its ability to begin mitigation programs. Should such a scenerio play out, it would almost certainly cause another world war. If an industrialed power faces a staving population, it doesn't have very much to lose by going to war to obtain resources for its survival.

I think that conservation just makes the available oil go farther. 100% of what is available will be used regardless.

I think this may even be true for coal, although it isn't as portable. If we don't build coal-fired electric plants, someone overseas will. I understand our coal exports are up this year. I'm not saying that I think that this is right--just that that is the way it is.

Conservation does more than make the oil go farther. Rather than tell people to conserve because we are running out, if we ground behavioural change in ultimately selfish (Darwinian) rationales, that we can be HAPPIER and healthier by using less energy, then it makes our society (or whosever CHOOSES an active powerdown strategy) more resilient once/if there are forced reductions in supply. Yes, that means the Chinese will use a greater % of the remaining oil. But a) we will be better off having restructured so that we are not as dependent on liquid fuels and b)if we're successful China might look to us as a role model. They certainly have so far..."To Get Rich is Glorious..",etc.

Hmmm. I'm trying to imagine any circumstance that would prevent humanity from transferring all the available carbon in the ground into the atmosphere.

If we reduce the demand that keeps the price lower... sustaining consumption.

If we raise the price that lowers the demand... but creates vested interests (governments with tax revenues) that will support extraction and use.

If we actually face industrial or civillizational collapse... global depression... that might temporarally slow the transfer from ground to atmosphere.... but with the massive reduction in demand, oil/coal/gas prices will plunge, supporting eventual carbon based economic recovery.

It's hard to imagine how we'd reach a condition where there were huge carbon pools in the ground that we did not use to extract energy from and dump into the air. Poverty is too cruel. Energy is too attractive. Global warming a problem of the commons, not of the individual country or person.

It seems like a true Malthusian dilemma.... we must eat and reproduce up to the limits of the system. Jared Diamond likes to point to some island cultures that managed to self limit. But these were small face to face cultures by and large. There would have to be a kind of global solidarity that said "we recognize that there is a giant "food" source in the ground (fossil fuels), and that if we eat it (extract its energy) and dump it into the air, we all die.

But that fossil fuel will always sit there (if we do not consume it) tempting nations with the energy riches it offers. Is humankind capable of dieting? Probably not unless everyone agrees to the same diet, and everyone feels that his/her nation has an equal chance at life and comfort. Otherwise it will just be a mad rat scramble to the top of the jar, everyone stepping over everyone to get the last bits of energy.

Maybe if alternative energy systems could actually be cheaper we could remove the incentive to extract every last bit of fossil fuel and dump it into the atmosphere.... and maybe that will get easier to do as we slide down the slope of oil production and costs increase.

Hi Tech,

This is true, and yet seems a little sad (once I read it over):

re: "It would make sense to using existing imports to change the infrastructure (ie more rail, more nuclear, more energy efficient homes and businesses)."

If we (US) use the imports for infrastructure change without telling exporters why we are doing so...I don't know, just sad, really. They (like everyone) deserves the truth.

There is the option to begin these changes and offer to...share any insights or technology or whatever (methods? principles?) - then at least there's a little balm for the conscience.

re: "If the US came out tomorrow and announced it was starting a mitigation program for depleting energy resources, so will the rest of the world."

As well it should - the rest of the world should also begin mitigation.

I'm not so sure your summary really describes the situation.

We have the overwhelming dominance - (can someone characterize it in quantitative terms? Or, am I mistaken in what I say?) - of the multinational corporations. AKA "Global-ization" - (as it is so benignly termed).

These multinationals are really non-state - or, I should say - *"supra-state"*, actors.

They are the ones who have to "lose" or "change" if there is to be meaningful "re-localization".

They could also (in theory) decide to change ahead of time - ahead of being forced to, and/or participating in and/or being victimized by - the crash.

Likewise,

re: "With in weeks, every energy exporter (oil, coal, uranium, natural gas) would announce drastic production cuts as exporters choose to conserve there remaining reserves, thus the world loses its ability to begin mitigation programs."

A couple of points:

1) What about this: Let's assume every energy exporter already knows the score.

Don't you think this is a possibility? i.e., the entities/persons closest to the scene of the energy businesses know the score.

And they are not making these drastic cuts (intentionally) now. Are they?

2) The same logic of mitigation fairness or ethics would hold for exporters - i.e., they *should* use resources to mitigate, while at the same time helping the rest of the world mitigate.

re: "If an industrialized power faces a staving population, it doesn't have very much to lose by going to war to obtain resources for its survival."

Didn't Steiglitz's book show that the energy (if we can equate it in some rough way to money) cost of the US invasion of Iraq cost more than the gained control of oil?
(Or, again, am I mistaken about this?)

The opposite is true - the industrialized power has very much to lose.

Which doesn't mean it won't make the attempt.

But it does mean that the logic of the situation does not support the attempt.

Conservation can only be applied to domestic energy supplies. If we conserve by cutting back on only imports, they just be consumed somewhere else, such as China and India.

If we banned imports from China and India we would give them the incentive to do a lot more conserving.

Anytime conservation is discussed, one things needs to be first and foremost - population growth. If it doesn't stop, conservation is futile. If it reserves, it becomes a great conservation in itself. United States population in 1970 - 200 million. United States population today. 304 million. United States population in 2050 - projected to be 450 million.

Conservation can only be applied to domestic energy supplies. If we conserve by cutting back on only imports, they just be consumed somewhere else, such as China and India.

If we banned imports from China and India and Mexico we would give them the incentive to do a lot more conserving. Imports would also include people. Some people would give a knee-jerk reaction that this policy would be an economic disaster. Let's try it first and see. I think that America having to make stuff again would be quite beneficial. And I think workers would benefit most of all.

Anytime conservation is discussed, one thing needs to be first and foremost - population growth. If it doesn't stop, conservation is wasted. If it reverses, it becomes a great conservation in itself. United States population in 1970 - 200 million. United States population today. 304 million. United States population in 2050 - projected to be 450 million.

I agree conservation should be the first step in reducing energy needs, if you can live as well using less energy, what is the downside? I had hoped the Minnesota CO2 reduction legislation passed recently would give a major boost to conservation programs but from a building codes standpoint, I see no efficiency improvements for the foreseeable future. This a great opportunity lost im my opinion.

Seems the only viable option at this point is electrification of transportation. The efficiency improvements range from 100 mpg to 1000 mpg depending on the technology.

Right on. But it better be one frantic transition that includes conversion kits to rip the engines out of old cars and replace them with electric motors and batteries.

Changing over a transportation infrastructure is no easy task, not by any means.

I third that sentiment. Nuclear electric is the way to go.

Or millions of noisy windmills on our roofs if you must have them.

Whatever it takes, out with gas tanks, in with batteries.

I'd love to fill my Silverado with ion syrup.

So you favor drilling the outer continental shelf, do you? What about ANWR? You favor more pipelines, roads, compressor stations, etc, uglifying the landscape? How about drilling in Congressionally designated Wilderness Areas? How would you like a pumpjack in your own front yard? A compressor next door? Sheesh Gail, I just lost a lot of respect for your opinion.. :(

If it means a soft crash into a new post carbon era, then yes. We can use that energy to set up the next era calmly with less disruption to society. They question you need to ask yourself is would you rather see a nastly crash where you, your family and your neighbours are freezing to death, starving, or fighting over bits of food.

I don't know about the particulars of ANWR - what exactly are the issues. Is the expected EROEI greater than 1.0, once all of the infrastructure that would be required is considered? What are the real environmental issues?

I think it is likely that many of the people in the world today will either starve or freeze to death. We need to weigh the benefits against the costs - environmental and otherwise.

I think it is likely that many of the people in the world today will either starve or freeze to death.

I agree. And I also think that the more frantic the efforts to maintain BAU (such as drilling the outer shelves) for just a few years more, the harder the crash is going to be. Investing in infrastructure in order to extract those few remaining hundreds of millions of barrels is self-defeating. That infrastructure is going to be nothing but rusting junk in the future. Spending $$$ on it now is futile. The $$$ could be much better spent on something useful.

I live in a region where a declining natural gas deposit is being exploited for all it's worth. Unlike most of the rest of the nation, property values are increasing here. But the boom won't last. The heyday of the basin was in the 1950s & '60s. As a sign of the decline compressor stations are going up everywhere. They're noisy and the industry has no qualms about putting them right next to where people live. Court cases are invariably ruled against the land owners. Roads & pipelines run everywhere. The natural beauty of the entire region is ruined by extractive activity. The irony is that I heat with wood. I don't care how much oil is under ANWR; I DON'T want to see it drilled, period. And I don't want to see rigs lining the edge of the continental shelves. They're ugly, they're prone to spills. It seems to me that you value BAU above all else.

And I'll tell you something else. My wife is a data analyst for Williams Field Service. When they do their "close out" at the end of the month, 20 to 30% of the meters have been malfunctioning. Cows rub against them, people steal the PV panels, batteries run down, meters are vandalized (one was recently pipe bombed), techs don't set them right, etc. During close out, analysts "make up" data for the malfunctioning meters, based on past mean data. They have to; it's their job. The point is that a good percentage (up to 1/3) of the data you are so fond of is bogus. Garbage in, garbage out. If you trust the data industry reports, and make projections based on it, you're just wasting your time.

I'm glad the meter readers are at least trying to make an estimate. That is about all that we can ask.

With respect to drilling in the outer continental shelf, I guess what I am saying is that we really don't have a choice between now and later. It is now or never. If never is the choice, it makes the downslope even worse than it would be otherwise.

It is now or never. If never is the choice, it makes the downslope even worse than it would be otherwise.

I disagree. The longer the plunge over the precipice is postponed, the steeper the downslope is going to be. To enter into precipitant decline today would make it more of a slide than a freefall plunge. My real objection, tho, is that the more reduced carbon remains in the ground, the less severe climate change will be and the better chance ecosystems will have of adapting rather than collapsing. It should be never, not now.

Ditto

I have recently come to the conclusion that the only organizations in the world engaged in reasonable energy policy are the National Oil Companies (NOCs). As everyone on TOD probably recognizes, the consequence of increased investment in oil production and use of our last easily accessed in ground resources will be a slight increase in maximal oil production and a much more rapid drop (assuming constant reserves). Some graphs:
http://mobjectivist.blogspot.com/2005/11/can-we-delay-peak-by-upping-ext...
Leaving these resources in ground for later use, if necessary, will flatten the curve. What part of maintaining BAU while initiating a much steeper decline seems sane?

Further, if the 99% of climate scientists who believe global warming is real and dangerous are correct, we will done what we can to limit this threat. See arguments for a supply side solution to global warming:
http://www.theoildrum.com