The US Offshore Drilling Argument: The Debate Between "Starting Now" and "Waiting a While"

Offshore drilling is again in the news, with many saying we shouldn't drill now. Drilling will take more than 10 years for most of the oil in question. I believe that we need to start the process now, partly because the expected impact of peak oil will make drilling in future years much more difficult, and partly because technical advances within the petroleum industry have helped overcome some previous objections to drilling.

Locations of concern include coastal waters such as those near Florida; the Outer Continental Shelf (OCS) (beyond state coastal areas); and the Arctic National Wildlife Refuge (ANWR).

The views in this article are my own, particularly the peak oil views. Many of the comments about technical issues are based on discussions with the American Petroleum Institute (API). I recently participated in an API bloggers conference phone call on the subject of "Exploration and Production." We talked about offshore drilling and ANWR. A listing of the people involved can be found here, and a transcript of the call can be found here.


Why We Should Start Now

If legislation is passed to permit drilling in areas which have previously been off limits, it will be at least 7 to 10 years before we can expect new production (Transcript 15:43). If new production is far from existing pipelines, as is often the case, new production is likely to be at least 10 years away. This long time period is required because of the many steps involved.

In this post, I will first tell you the reasons why I think we should start this long process now. After that, I will answer some of the objections I am aware of.

Necessary resources available

I think one major reason we should start now is that we have the drilling rigs, trained geologists, pipelines, financing capability and all the other requirements for going ahead with drilling now. (Transcript 26:30) These may not be in as good supply as companies might like, but if companies are willing to wait until an appropriate rig becomes available, and until staff can be brought on board, there is a reasonable chance of projects going forward.

In future years, as we pass peak oil, the world will become a more a more difficult place to do major integrated projects of any type. There are likely to be financial disruptions that make financing more difficult. More and more pipelines will exceed their planned lifetimes. Air travel will become more and more difficult.

A reasonable estimate of the timeframe for oil production in these new locations might be 2018 to 2040 if we start the process now. If we delay for say, another 20 years, the production window might be 2038 to 2060. Who is to say what the world will look like then? If we don't start now, there is a good chance we may never be able to access oil in difficult locations. A bird in the hand is worth two in the bush.

How much do we really have?

According to API (Transcript 23:17), we really don't know how much recoverable oil is available. There are some published estimates for various pieces--coastal oil, OCS-48 states oil, Alaska-offshore, Alaska-ANWR--but none of these is very big. At this point, we haven't done any on-site research to see what is really there, using today's equipment. We don't know if there are some fairly good sized fields that we have overlooked. It is possible that the estimates are too high, but without looking, we really don't know.

Better use of existing pipeline systems

We have pipeline systems both for transporting oil to refineries and for transporting refined oil to consumers. The pipelines exist within the 48 states and Alaska. As production from existing wells diminishes, the amount of oil flowing through these pipelines will drop below their planned operating levels. Additional production from new sources will keep the pipelines operating longer, and give at least of chance of business close to normal, if not business as usual. The issue of minimum operating levels is raised in a recent EIA analysis of ANWR.

One thing we should consider is that our existing distribution system is built with the expectation that we will have our current 20 million barrels a day of supply. What will happen if our imports get cut back dramatically, perhaps because of financial issues? The more we have of our own resources to prop up the system, the better.

Better energy return on investment (EROI)

All of the proposed new drilling areas seem to have relatively small potential. Oil companies will start running into problems with overly high fixed costs if the majority of oil that is available is from these small locations. If companies need to start laying large amounts of pipeline because the old pipeline has corroded, costs will be even higher. If companies can arrange their drilling so that they can piggyback on infrastructure that is still available, this will increase the likelihood that it will be financially feasible to drill in these areas.

Help cushion the downslope

The estimated amounts from drilling these areas don't appear to be very great, based on information available at these time. No one who has studied the question thinks that the additional production will actually postpone the peak. In fact, all of these areas together are not likely to provide very much production. Whether or not they provide very much, they may help make the situation less bleak for people who are around during the window when their oil is available.


Figure 1. Projected US Production, with and without ANWR - Sam Shelton, GA Tech

Protect (very partially) against the loss of imports

At this point, it seems to me that we are living on borrowed time with respect to the amount of imported oil we are buying, given our lack of exports to pay for the oil. If we start pumping our own oil, it might partially offset the loss, when it comes.

Objections

These are my responses to some of the reasons I have seen for not drilling.

Spoil the view

In areas where there is a tourist trade, or even fancy homes along the beach, there is often concern that drilling equipment will spoil the view, and thus negatively affect the local economy. This is primarily an issue where drilling would be close to the beach.

The current Republican legislation relates to OCS areas that are at least 50 miles from shore. At this distance, there is little chance that oil platforms would be visible from shore.

According to API (see transcript, 11:45), even with coastal drilling, technology has changed so that it is not necessary to put oil derricks or platforms in the middle of the view. Newer technology allows companies to place the physical structures out further, beyond the horizon. The physical structures are then tied by umbilical lines to small subsea systems closer to the coast which are out of sight.


Figure 2. Typical Basic Subsea Oil or Gas Development - Wikipedia

Oil spills

According to API (see transcript, 32:50), most oil spills happen when an oil tanker (a special type of ship) collides with some object. Very often these tankers are international ships that are not required to comply with US laws regarding oil transport.

When oil companies produce oil offshore or on US soil, they transport the oil in pipelines, rather than in tankers. There are many fewer spills with pipelines than with tankers. For US produced off-shore oil, there have been no major spills in 25 years, even in hurricanes.

If there are fewer spills when we produce oil ourselves and transport it by pipeline, and more spills when we import oil by tanker, the oil spill argument against offshore production makes little sense.

Save it for our grandchildren

The idea of saving oil for our grandchildren is popular among people who are peak oil aware. The problem is that we are saving fields that are difficult to extract, in remote locations. If they are difficult for us to extract now, they are likely to be even more difficult for future generations to extract, when fewer resources are available.

The oil infrastructure we currently have is likely to corrode over time. We may also have problems with available oil falling below pipeline minimum operating levels, even before we run out of oil. With these difficulties, and the general lack of availability of resources after peak oil, I question whether future generations will actually be capable of producing and distributing the oil that is left. If we want to save oil for future generations, it seems to me that we should extract it now, and save it in easy to access storage facilities.

Nothing in it for the local economy

This argument may not be explicitly stated, but I expect that it is one of the reasons there is not much support for offshore drilling. Oil companies operating offshore often use contractors from distant locations (the largest offshore drilling contractor is Transocean, headquartered in the Cayman Islands) and contract workers from around the world. In addition, workers who work on oil platforms sometimes commute (by air) to homes many states away. If this model is followed, the benefit to the local economy may not be very great.

One benefit states can expect to get (see transcript, 30:18) is a portion of payments made by oil companies under leases. Under proposed Republican legislation, amounts from offshore leases are shared with the states, with states getting 37.5% of the funds. This means that states get up-front money, while oil companies are in the process of looking for the oil.

As oil gets more expensive, long distance commuting by off-shore workers will become less and less feasible. In many ways this will be good for local economies, because workers will be more likely to spend their money near where the drilling takes place. In inhospitable areas like ANWR, it may mean that it will be harder to find workers because it will no longer be feasible for workers to live in Hawaii and work in Alaska, commuting back and forth every two weeks.

False promises

The Republican legislation that has been introduced has the misleading name of "The Gas Price Reduction Act of 2008". It includes a provision to allow drilling on the OCS more than 50 miles out, and the option for states to choose to drill closer. The rest of the package is of rather questionable value. It would repeal the moratorium on oil shale development; give funding and loans with respect to plug in autos; and make some changes in futures markets. I can live with these, but they certainly won't provide as much benefit as the title of the legislation suggests.

If one looks at the description of benefits, one can find more misleading information. Drilling in the OCS is said to provide 14 billion barrels of oil, and this is said to be "More Than All US Imports From Persian Gulf Countries Over The Last 15 Years." Most people don't know that in the past, most US imports have been from places like Mexico, Canada, and Venezuela, since they are closer than the Middle East. It would have been clearer to say, "Almost three years of US oil imports, at current levels" or "Equal to six months of world oil usage."

I would agree that the legislation is packaged with promises that don't make sense. Nevertheless, I think the question of drilling should be judged on its own merits, regardless of the silliness of the packaging.

We need to increase auto mileage standards first

I don't know that waiting until we have auto higher mileage standards necessarily makes sense. Offshore drilling and higher milage standards are really two separate questions.

In some sense, it is questionable whether we even need to build more gasoline or diesel powered cars. We already have about as many cars as we need; we could just fix up ones we have. Instead of building more gasoline powered cars, we could be using our resources to build buses, trains, bicycles, and scooters. Passing legislation raising milage standards just makes it look like we will be able to keep motoring along in more efficient cars.

We need to start planning for a lot of other things that are not nearly as popular as higher auto mileage cars:

• We need to encourage young people to have smaller families.

• We need to plan to grow food locally, and teach people the skills they need to do this.

• We need to plan for soil fertility. Can this be accomplished by crop rotation, or will fertilizer be needed? If we cannot import it, can we make it ourselves?

• We need to make plans to improve the electrical grid, if we have any plans of adding more renewable energy or if we plan to use it to recharge battery powered cars. Otherwise, we are just kidding ourselves thinking that these things are feasible. (See my article here.)

• We need to figure out how we are going to maintain our roads, using much fewer resources. We may need to change some roads to gravel or dirt.

• Now that we have hit resource limits, the US needs to figure out how to live within its means--that is, not continue to increase our debt, and not continue to import more goods and services than we export. (See my talk The Expected Economic Impact of an Energy Downturn). To do this, our oil imports will need to drop significantly, as will our imports of all kinds of things from China and around the world. Our taxes will either have to be much higher, or we will have to cut back on spending.

How can we do this? Will it be necessary to ration gasoline? Will we have enough resources available to build factories in the United States to replace imports we can no longer afford? While living within our means may sound like an unreasonable goal, this result is likely to be imposed on us by the financial markets, whether we plan for it or not.

We need to learn to live without oil

Having less oil is likely to mean a much lower standard of living. We can plan for less oil with some of the steps I have suggested, but it won't make it very easy.

Not enough oil to make a difference

The oil that is off limits may not be all that much, but it is all that we have. If we are no longer able to import oil without having goods to export in return, we are going to have to use our own oil, or no oil at all. Even a relatively small amount of oil can go a long way toward making medicines and textiles and the many other goods that can be manufactured from oil. We may no longer have enough oil to burn.

Won't help prices

I think there are plenty of reasons to drill for oil, apart from helping prices. The issue of whether it helps prices only matters if one is concerned about the message Republicans are using to "sell" their legislation.

The US Energy Information Administration (EIA) has made forecasts that indicate that the additional oil will make little difference in prices, even in the future. EIA's price forecasts have been so inaccurate in the past that I think they are more or less irrelevant.

If drilling for oil makes the difference between having medicines and textiles, and not having those goods, it could be very important, regardless of the price anyone assigns to these goods.

We tend to believe so much in fungible oil supplies and very open international trade that it is difficult for us to understand that the situation could change very dramatically, very quickly.

Drilling would damage the wilderness

If I had to choose a place to damage, I would choose a place that is as far away from large population areas as possible. ANWR seems to satisfy that profile.

Drilling would only involve one small part of the ANWR. It seems to me that it should be up to the Alaskan people as to whether or not they want drill in ANWR. I understand that the opposition to drilling in ANWR has generally been from outside of the state in the past. (Transcript 22:48)

Prevent global warming

It is my understanding that even James Hansen feels that drilling offshore and in ANWR is irrelevant to global warming. There is just too little oil, and he feels that it will be drilled at some point anyhow.

Gail,

A strong reason not to go for this oil is, as you point out, it is difficult to get. This means that it will perpetuate high oil prices, just like tarsands. Currently, oil is easy to get and the high price just means that there is a greater wealth transfer going on. There is not all that much oil on the market that is actually expensive to produce yet. Oil that is hard to get is an actual drain on the world economy and thus should be avoided.

Conservation to the level where oil prices fall is the best possible response to declining oil supplies because it discourages attempts to bring these harmful, expensive-to-produce sources on line.

http://mdsolar.blogspot.com/2008/06/oil-is-too-expensive.html

Chris

My point is that if we are going to extract the oil, now is the time. I expect that some of the oil will prove to be too difficult to extract, and thus too expensive, even now. It is basically an EROI issue.

Solar has some costs that are not being properly priced in right now, namely the cost of additional transmission lines and the cost of storage, so that it can properly match demand. I think it is easy to kid ourselves that renewables are closer than they really are, because of these issues.

Hi Gail,

I was not actually making an argument about substitution, just conservation. Substitution can occur within the time frame that oil conservation can keep a lid on price. We need to convert our transportation fleet which takes about 15 years. Cutting oil consumption by about 20 or 25% in the US right away can send the price of oil way down. Further annual cuts can occur as we transform the transportation system. If we can't keep the price of oil down all the way to the end, we will still have bought much less oil at a high price than if we do not conserve now. If we don't cosnserve now, all the oil we'll ever use in the future will be expensive, even the remaining cheap-to-produce oil.

The energy sources for substitution will most likely be wind and gas since that is what is adding capacity the quickest right now. Solar is doing well enough that it can displace gas before shortages become a problem I think.

Chris

The raw data is from memory. I ran this model with more details and actual data before, but I've lost track of it and don't want to replicate the effort.
Real current data is available from the department of transportation online.

The present:
Passenger cars owned: 100 Million
Existing average MPG: 20
Existing miles per year: 12,000
Expected Lifespan: 15 years
Replacements per year at normal rate: 7 Million

New "high efficiency":
MPG: 40

If each and every vehicle scheduled for replacement is replaced with the high efficiency type, then US MPG looks like this.

Year 1: 20.0
Year 2: 20.7
Year 3: 21.5
Year 4: 22.3
Year 5: 23.3
Year 6: 24.2
Year 7: 25.3
Year 8: 26.5
Year 9: 27.8
Year 10: 29.2
Year 11: 30.8
Year 12: 32.5
Year 13: 34.5
Year 14: 36.7
Year 15: 39.2

Please accept these estimates, and understand this about CAFE standards:
They are very slow to take effect. The better model I had took into account things like the expected lag between government mandate and manufacturer achievement.

The idea that a fuel efficiency standard is fast relative to drilling does not hold up to analysis. They are two slow nethods for failing to achieve overlapping goals.

It is worth including that cars get driven more early in their lives so that you should see a closer approach to 40 mpg near Year 10.

CAFE can help, but there is much more to be done including driving less, shifting freight to rail, and starting to use PEVs and gas powered cars which don't even have mpg ratings.

In terms of costs, these necessary changes cost the same if we do them now or later because we replace cars and trucks anyway. But, for fuel, waiting until fuel is mainly supplied from expensive sources means that we can not take advantage of our market leverage to cut the price of oil and make our transformation using cheap oil. So, delay is expensive.

At this point, just about any new source of oil transforms our energy gathering system from efficeint to inefficient and this is the basic reason why conservation of our efficient sources makes much more sense than trying to suppliment with new supplies.

Chris

Chris,

True about milage on old vs new cars. If you want to include it, you need to grow the model in other ways. The short form above assumed 100% replacement with a 40mpgf vehicle.

Does a reasonable law mandate 40mpg from day one? There is only one mass produced automobile for sale in the US that meets that goal today. How long would it take Toyota to gear up for the volume? ow long would it take for competition to react?

Does a reasonable law force older vehicles to be retired? e.g. Can you force a 1995 Ford Taurus with 100k miles off of the road? What happens to the value of that vehicle if equivalents (size, comfort, ability to pull small trailer, style) are legal to own but no longer legal to produce?

There are quite a few cars for sale outside the US which do well on fuel efficiency so one might be able to phase in the standard fairly quickly.

Where I live, older vehicles that can no longer pass their emissions tests and are too expensive to fix get junked though there are some exceptions. In some sense, that forces older cars off the road.

Again, CAFE can help, but our basic problem is a fuel shortage and we need to address that with imediate conservation since it is quite clear that market forces cannot alleviate the shortage, only ration by price. The considered drill won't do anything really to help considering general depletion. In shortage situations, we use our rationing plan and that is what will drive our conservation effort. It also assures us that we will have the money available to buy efficient cars that can re-exend our range of mobility.

Chris

Hi Name,
This is an important issue, as improving vehicle mpg is going to be one of the major drivers of reducing oil consumption. The article posted by Stuart Staniford at TOD on 11th Feb, 2007 examines this in detail.
You are correct that we cannot immediately improve the CAFE standards, but last year as well as the 7million passenger vehicles(average 27mpg) there were 7million light trucks and SUV's sold in US, having an average of 22mpg. Fuel efficiency for ALL new vehicles could be raised by phasing out the lowest fuel economy vehicles, AND raising CAFE standards for ALL vehicles in a progressive, but more aggressive manner than currently proposed . The US has one of the poorest fuel economy fleets. High fuel prices cause people to use low mpg vehicles less (since the average household has 2.2 vehicles some options are available for many households).
New vehicles 6 years old or less, are responsible for 50% all ALL VMT, so a rapid improvement in fleet average mpg will give much bigger savings than you projected above.

The argument that if there is a recession, less vehicles will be sold,so can't have much effect on efficiency doesn't hold up, since in the 1978-82 recession US average fuel consumption for VMT decreased, due partly to a very big increase( for the next decade) in new vehicle efficiency.

In terms of costs, these necessary changes cost the same if we do them now or later because we replace cars and trucks anyway.

If only that were true. In the real world there are serious delays caused by the fact that (for the most part) the research and development, followed by large scale investment in manufacturing capability, and the creation of a support network for repairs, has not been made. If we assume we are already in a PO predicament, the fact that meaningful preparations were not made ahead of time precludes a timely response. Rushing of (nearly) untested products into production at a very high scale, is associated with some serious costs. I'm not saying we shouldn't try to do that, just that a lot of costly technical glitches should be expected.

I would agree except that the timescale given is 15 years so nothing needs to be rushed. Introduce PEHVs in 2010 as planned and off we go. I don't know if you remember the MVP prizes for the World Series last year. A couple of hybrids. There is much that is already on the road getting miles logged and final kinks worked out. All we really need is the leadership to say that we won't stand for high gas prices and we'll stop using oil before we'll ruin our economy following that blind alley.

Fifteen years is a short time for Exxon to switch to only selling lubricants in the US, so there will be some resistance. The current drill everywhere stuff is a sign of desperation though. If we leave open the option to export some oil, there may be an accomodation that will be partly satisfactory.

Chris

You will remember the Hirsch report back in 2005 pretty much said this. When you add in the lag between the time the legislation takes place and the standards really are implements, plus the fact that people will be less afford to buy new cars, it really moves the effect out unacceptably far.

I don't think it makes all that much difference if the standards are passed -- auto makers are in huge financial difficulty as it is, so they don't have the resources to start great new programs. Also, they can see that it is the high mileage cars that are selling, even without the legislation.

Perhaps we've gone a little far afield. I'm arguing that we should invoke our standby gas rationing plan to achieve sufficient conservation so that the price of oil drops to $20/barrel. With or without CAFE, this is reduced consumption. Reduced availability of gas will spur the transformation of transportation even if Detroit tries to market M3 Bradley's as commuter cars. We just get that reduced availablity cheap rather than expensive.

Chris

mdsolar,

You propose rationing a use that accounts for about 40% of consumption in a country that absorbs about 25% of global consumption?

Better be very inelastic.

The world is looking for about 5 million barrels a day of spare capacity. I'm suggesting that we provide that through conservation, reducing our consumption by about that much. That would be about 25% of our use. Carpooling is enough to make that happen. After that we need to look at technological change to eliminate oil use from transportation. We want to keep ahead of any increase in world demand so that the price of oil stays low. Once we are no longer using oil, we might want to revisit drilling off of Florida for export since without similar dicipline in other countries, the price of oil will rise again once we are completely out. At this moment, the US is the only country that can unilaterally affect price in this way. I think we should.

Chris

If we were to do this by reducing out auto and personal truck use, we would have to reduce driving by more than 50% (since these categories make up a little less than 50% of our petroleum use. I don't see that happening.

It is pretty clear that using oil for home heating does not make sense anymore, electric space heaters are cheaper. http://mdsolar.blogspot.com/2007/12/jet-fuel.html

That gives you about 10% for free. Trucking is the other big use, but trains and ships can be used instead giving substantial fuel savings. No, you don't have to cut car transportation as much as that to bring the price of oil down below $20/barrel. The tricky part is keeping it down with serious technological transformation. That means relying on the "white markets" in our standby gasoline rationing plan to free up appropriate resources to push things forward. http://www.osti.gov/energycitations/product.biblio.jsp?osti_id=6307185 Supporting these markets through steady cuts in rations down to zero makes the whole thing very exciting.

Chris

How do you get millions of owners of cars, SUVs and trucks to accept rationing if oil is only $20 a barrel?

And how do you expect the new middle classes of China and India to resist SUVs if oil is $20 a barrel. It is an international commodity.

Prisoner's dilema.

There is no dilemma if our intention is to end our use of oil. There is a limit at which others can take up SUVs since they cost money. Thus, demand growth cannot outpace our cuts in use if they are sufficiently rapid. Once we are out of the oil market as consumers, we won't have as much leverage on price since we are only the third largest producer. But, we might tighten supply at that point and force conservation elsewhere. We've done a simlar thing with tobacco, forcing open foreign markets while reducing our own consumption. Some Asian currency readjustments back in the eighties were mainly about selling US tobacco.

Chris

We ration oil use in the US to reduce demand and lower the international price to $20/barrel.

Emerging markets could not replace our demand because they could not add cars in sufficient quantity or size as fast as we can retire them.

If foreigners react to the reduced price with increased demand, we could decrease US oil exports to punish them later.

Argument assumes:
1) We have enough control over demand to lower the price 700% without increasing supply.

2) Change in our saturated auto market (population 300M) with a decade of roughly constant vehicle count, can be faster than change in emerging economies (population >3B)including the world's third largest auto market, which has exhibited roughly 20% compound annual growth in vehicle count since 2004.

3) We would then have enough control over supply (having bacome net exporters without increasing production) to increase the price dramatically.

...

"In 2006, China overtook Japan to become the world's second largest car market, trailing only the United States, with sales of 7.2 million units, up 25.13 percent from a year earlier. The country was also the world's third largest vehicle producer, after Japan and the United States.

Vehicle ownership in China was 44 for every 1,000 people. This compares with the world average of 120. The United States had 750 vehicles for every 1,000 people.

Dong said the domestic car market had huge potential as the country had 57 million motor vehicles by the end of last year. Among them were 21.5 million privately owned cars, according to latest government figures. "

http://www.autoobserver.com/2008/01/china-car-sales-production-to-hit-re...

"The automobile industry in India is the tenth largest in the world with an annual production of approximately 2 million units. India is expected to overtake China as the world's fastest growing car market in terms of the number of units sold and the automotive industry is one of the fastest growing manufacturing sectors in India. Because of its large market (India has a population of 1.1 billion; the second largest in the world), a low base of car ownership (25 per 1,000 people) and a surging economy, India has become a huge attraction for car manufacturers around the world." -Wikipedia

Forcing conservation is not punishment. It helps reduce global warming. If we succeed in making our transition off of oil using cheap oil, then it is true that the price rise if demand goes up again could be even steeper since there will be much less of the cheap-to-produce oil left. But, this is no secret so those who want to continue to increase their use of oil should expect to pay more and more and more. It is just that the US has the ability to choose to make its transition at low cost, a choice that is not available to others aside from inside OPEC where some are moving quickly on renewables.

And yes, it takes a while to get the income to afford an SUV so SUV adoption will not be all that rapid even with cheap fuel.

Chris

Virtually no oil available; everyone nearly broke.

Your model shows a reduction in fleet fuel consumption of about 3 percent year on year. What new US oil find will add 300,000 barrels per day in new supply year on year for 15 years? Increased fuel efficiency provides relief nearly immediately (within one year) and continues over time. Drilling takes years to come on line.

If you add to CAFE standards a small but growing mandate for PHEVs and EVs, then you erase a small but growing portion of the fossil fuel demand base over time.

I do think we should drill the OCS and ANWR, but we should do it as part of a raft of solutions. What's ridiculous the panacea it's being made out to be. Republicans would get more traction telling the truth and then promoting a raft of options. Instead they block some reasonable mitigations and only promote the one that results in more oil dependence.

Democrats haven't helped matters by demonizing 'speculators.' So on one side of the isle you have scapegoating on the other side drilling is the silver bullet.

My point is that if we are going to extract the oil, now is the time. I expect that some of the oil will prove to be too difficult to extract, and thus too expensive, even now. It is basically an EROI issue.

This assumes the oil isn't worthwhile to the proverbial 7th Generation, for I can guarantee if it is drilled now, it will be used now. It also assumes that collapse/subsidence of the economy now = the same for all time. This is a false assertion. Regardless of collapse, there is always a rebirth. This would only not be true if we fail as a species.

Having less oil is likely to mean a much lower standard of living.

Patently false. This can only be supported if "stuff" is the measure of standard of living. If the standard is a sense of community and belonging, having the basics almost always available (food, shelter, clothing, safety), etc., then we can do far, far better at a much lower level of GDP and in a far different paradigm, one that is based in sustainability.

Leave it in the ground. Your arguments boil down to: we won't be able to get it later. Technology will survive, and if not, will be reborn. Leave it there. The sun won't blink off for billions of years yet.

Cheers

I remember stepping on oil tar on the beach at Galveston and swimming in the murky waters.

If there is oil to be found offshore, then I think we must do all we can to implement conservation/demand side reduction programs before we take the environmental risk associated with such drilling.

Good article Gail! I agree on every point.

One thing that you might emphasize is the time lag involved in bringing it online. I think this is poorly understood. The earlier comment regarding conservation is a fine case in point. Many people seem to think that the OCS and ANWR oil will allow a continuation of BAU. The difficulty is that in 7-10 years, BAU will already have been wiped out, and the oil that is produced by ANWR/OCS will be used in mad max prevention not SUV continuation.

Sorry if I didn't make this clear enough. I included the little graphic on ANWR oil, showing what little bit it does for the US economy, and how later.

I know that people are trying to claim OCS and ANWR will do things they can't possibly do. Even if they are making false claims, I don't see that as a reason for not drilling in these locations.

"I don't see that as a reason for not drilling in these locations."

One reason for limiting the amount of drilling in either/both places might be: There is so little oil to be had by drilling there that we should not invest in new drill rigs to get done faster. Or should we? This is really a question.

Building new drilling rigs would take both quite a bit of time and quite a bit of resources. It may also require co-operation of various vendors from around the world.

If we have lots of time and money, and it prospects are such that we are likely to have lots of additional places to drill in the future, then building more drilling rigs more sense. Even if there are not lots of additional places to drill, it might make sense if this particular source needs a particular type that is not available, and the revenue is such that it would support it. So I guess the answer is, "It depends."

I think we should at least start oil exploration in these heretofore prohibited domestic areas. If the discovered reserves turn out to be at least as large as expected, so much the better. If not, then we at least have a better understanding of how bad our situation really is.

The way oil is currently traded on the open market there is no guarantee that all of this 'new' oil will be going to US consumers, though it will have the general benefit of providing a bit more of a cushion to the global oil markets.

However, as I see it, the biggest negative impact of opening up these domestic areas is the public perception (greatly encouraged by Big Oil and many politicians) that this is going to 'fix' our current energy problem. Judging from the many letters to the editor of our local newspaper, there is a widespread notion out there that if we just 'drill here and drill now', prices will soon get back to what they were in the good ol' days and that everything is going to be OK. While such is delusional thinking, it is also comforting, and therein lies the danger.

I agree with this point - make a concerted effort to "openly and honestly" first assess what is in these areas.

One common thread in all of these "estimates" is that we do not know - either because they are unexplored in any fashion or the estmates are suspect (KSA, Iraq, etc).

IMHO - worldwide we need an "open and honest" audit, but, certainly we can do this within the scope of the USA?!

Once we know then we can decide what to do about it. One suggestion is that any extraction go directly towards or mitigate in some shorter term the fossil fuel energy that will be needed to buid such things as windmills, nukes, solar (PV and thermal), etc infrastructure. In other words - if we find it and decide to extract it then it's benefit should not to be refine it into (any) gasoline to burn for BAU.

Pete

ANWR has only had the one test well drilled in it. Never got any solid evidence that exploration has been banned in the off limits offshore areas, other than the reasonable argument that if it's off limits why spend money exploring there? Although seismic is cheaper at sea than on land.

Still the hue and cry goes on. Whoever came up with the name Blind Faith for that UDW project was a keen wit.

I knew there wasn't much information about it, but didn't realize it was that bad.

What is UDW?

Ultra Deep Water