April 28 (Bloomberg) -- Brazil's plan to become one of the world's biggest oil exporters hinges on exploiting crude 6 miles below the ocean surface in deposits so hot they can melt the metal used to carry uranium to nuclear plants.
Tapping what may be the biggest oil finds in the Western Hemisphere in three decades will require equipment that can withstand 18,000 pounds per square inch of pressure, enough to crush a pickup truck, pipes that can carry oil at temperatures above 500 degrees Fahrenheit (260 Celsius) and drill bits that can penetrate layers of salt more than one mile thick
This is largely due to the steady decrease in oil quality. Most of the light sweet crude varieties are now depleating rapidly. The US refinaries are increasingly relying on heavier more sulpherous oils that take longer to refine and more energy having lower EROI. This lowers refinary profit margins and increases the cost of finished product.Not to mention a lack of refining capacity in the US and Europe. I wonder how much blame we can attribute to that often overlooked detail?
Gordon Brown lecturing Shell on petrolium geology on breakfast television. Dali was less sureal.Presumably, this might help explain why Gordon Brown last week called on BP to invest at least some of its unseemly profits boosting production in the North Sea.
Expensive, and slow to extract. Production rates, Bigfish, production rates. We could have 5,000 gigabarrels of oil known to exist, but if it comes out at a trickle, we're still screwed.
Countries outside the Organisation for Economic Cooperation and Development, together with the OECD members Norway, Italy and Austria, are now at the forefront of the world's oil and gas industries. Between them they account for almost 95% of proven oil reserves and thus dominate the supply side. They already supply more than 65% of total production, and this figure is set to rise.
And countries outside the Organisation of Petroleum Exporting Countries - such as China, India, Brazil and Malaysia - not only have large proven and probable reserves, but are intent on enhancing production at as high a rate as possible. There is a similar situation in some of the former countries of the Soviet Union - most notably Russia, Kazakhstan and Azerbaijan, all of which are already significant exporters and which have great potential for increased production.
Meanwhile, all member countries of Opec continue to increase their annual production (currently 42% of the world's total), and collectively enjoy a reserves-to-production ratio of over 70 years. Recent high oil prices have created funds to expand Opec members' oil production at relatively low costs.
http://www.guardian.co.uk/commentisfree/2008/feb/15/oil.climatechange
Some 'financial expert' was on the radio this morning saying that -
'the price of oil is extermely volitile and its difficult to predict weather it will go up or down'
Non financial expert me thought that the price of oil has not been 'volitile' at all but has been steadily rising for the past 5 years and looks likely to carry on like that.
Was he being stupid . . .
Peter Odell is an economist. He disagrees with petrolium geologist like Ken Dreyfuss and Hubbert King on how much oil is in the ground. This is because he follows the economists idea that God or the oil fairies put oil in the ground if you turn up with a cheque.In the meantime, Peter Odell, in a recent Guardian CIF reply to a doom lade piece by Jeremy Leggetts (one of the "stars" of the doomster video posted by dave above), explains the current situation thus:
The amount of oil extractable from a field is not based only on the OOIP or oil in place in fact there are widely divergent percentages of extractable oil depending on the nature of the reserve. Amoung the key components are the permiability of the wet rock, the nature of the capping rock (not quite the correct term, apologies I am not a professional geologist) that is to say to esure that the resivour has a imperiable cap above it, the pressure of the resevoir and geological nature of the reseviour rock; if it is too fractured or disjointed the oil flow will be very inconsistant and forcing the oil to the wells with water can lead to the oil headed in other directions. This all means that oil reseviors can can have anything between less than 1% recoverable (i.e. the Bakken shale) to around 60% (some really shit hot rocks in Saudi).Do you think you could be a little more specific, Crispy? Rather than simply cobbling ad hoc hypotheses together on the fly, why don't you try supporting whatever the point is you are trying to make about production rates with reliable data?
And countries outside the Organisation of Petroleum Exporting Countries - such as China, India, Brazil and Malaysia - not only have large proven and probable reserves, but are intent on enhancing production at as high a rate as possible. There is a similar situation in some of the former countries of the Soviet Union - most notably Russia,
Static then falling production against rapidly growing consumption. Less exports IndiaChennai June 16 How long will India's oil reserves last? Just another 19.3 years at the current rate of production, according to the BP Statistical Review of World Energy 2007, which was released by the British multinational early this week. Last year, the same study had said that India's reserves would last about 20 years. The lower estimate now reflects the country's inability to add to its proven oil reserves.
However, compared with BP's review five years ago (in 2002) when the country's oil reserves were projected to last 17.8 years, the current year's estimate is an improvement.
There are basically two reasons for this marginally more optimistic assessment. First, increase in the estimated domestic proven reserves to 5.7 billion barrels as of end-2006 from 4.8 billion barrels as of end-2001. There have been some medium-size oil finds in the last five years including Cairn Energy's discovery in Rajasthan.
Second is the almost stagnant production level in this period. The country produced 0.807 million barrels of crude oil a day in 2006 compared with 0.780 million barrels in 2001. Meanwhile, consumption has grown by almost 13 per cent to 2.57 million barrels in 2006 compared with 2.28 million barrels in 2001 leading to higher dependence on imported oil.
The ever boyant EIA on MalaysiaMalaysia is not expected to find significant new reserves; its output has already peaked and is expected to decline gradually through the end of the projection period, to less than 500,000 barrels per day in 2030.
http://blogs.wsj.com/environmentalcapital/2008/04/15/peak-oil-da-say-russian-oil-execs/Russia could be the newest member of the peak-oil club. The International Energy Agency reported that Russian oil production in the first quarter declined for the first time in a decade. Russian oil executives are gloomy about keeping production steady, let alone increasing output at the world’s No. 2 producer.
Last weekend I was speaking to a man who works for Shell in Houston, Texas. And I asked him about 'Peak Oil' and he basically said it was simply not accurate. There's still plenty of oil in the ground, the problem is getting it to the surface. Which is of course a problem in terms of finance and at what point it becomes too expensive to do so.
Last weekend I was speaking to a man who works for Shell in Houston, Texas. And I asked him about 'Peak Oil' and he basically said it was simply not accurate. There's still plenty of oil in the ground, the problem is getting it to the surface. Which is of course a problem in terms of finance and at what point it becomes too expensive to do so.
Sorry. Did not mean to come across abrasive.hey, don't shoot the messenger!
Sorry. Did not mean to come across abrasive.
Peter Odell is an economist. He disagrees with petrolium geologist like Ken Dreyfuss and Hubbert King on how much oil is in the ground...
So, according to Ken Deffeyes, a former Shell geologist and colleague of King Hubbert, world peak supposedly arrived on Thanksgiving Day in 2005. Lol!
The New Pessimism about Petroleum Resources: Debunking the Hubbert Model (and Hubbert Modelers) by Michael C. Lynch
http://www.gasresources.net/Lynch(Hubbert-Deffeyes).htm
Goldman Sachs and Morgan Stanley today are the two leading energy trading firms in the United States. Citigroup and JP Morgan Chase are major players and fund numerous hedge funds as well who speculate.
In June 2006, oil traded in futures markets at some $60 a barrel and the Senate investigation estimated that some $25 of that was due to pure financial speculation. One analyst estimated in August 2005 that US oil inventory levels suggested WTI crude prices should be around $25 a barrel, and not $60.
That would mean today that at least $50 to $60 or more of today’s $115 a barrel price is due to pure hedge fund and financial institution speculation. However, given the unchanged equilibrium in global oil supply and demand over recent months amid the explosive rise in oil futures prices traded on Nymex and ICE exchanges in New York and London it is more likely that as much as 60% of the today oil price is pure speculation. No one knows officially except the tiny handful of energy trading banks in New York and London and they certainly aren’t talking.
By purchasing large numbers of futures contracts, and thereby pushing up futures prices to even higher levels than current prices, speculators have provided a financial incentive for oil companies to buy even more oil and place it in storage. A refiner will purchase extra oil today, even if it costs $115 per barrel, if the futures price is even higher.
As a result, over the past two years crude oil inventories have been steadily growing, resulting in US crude oil inventories that are now higher than at any time in the previous eight years. The large influx of speculative investment into oil futures has led to a situation where we have both high supplies of crude oil and high crude oil prices.
Compelling evidence also suggests that the oft-cited geopolitical, economic, and natural factors do not explain the recent rise in energy prices can be seen in the actual data on crude oil supply and demand. Although demand has significantly increased over the past few years, so have supplies.
Over the past couple of years global crude oil production has increased along with the increases in demand; in fact, during this period global supplies have exceeded demand, according to the US Department of Energy. The US Department of Energy’s Energy Information Administration (EIA) recently forecast that in the next few years global surplus production capacity will continue to grow to between 3 and 5 million barrels per day by 2010, thereby “substantially thickening the surplus capacity cushion.”
Dollar and oil link
A common speculation strategy amid a declining USA economy and a falling US dollar is for speculators and ordinary investment funds desperate for more profitable investments amid the US securitization disaster, to take futures positions selling the dollar “short” and oil “long.”
For huge US or EU pension funds or banks desperate to get profits following the collapse in earnings since August 2007 and the US real estate crisis, oil is one of the best ways to get huge speculative gains. The backdrop that supports the current oil price bubble is continued unrest in the Middle East, in Sudan, in Venezuela and Pakistan and firm oil demand in China and most of the world outside the US. Speculators trade on rumor, not fact.
In turn, once major oil companies and refiners in North America and EU countries begin to hoard oil, supplies appear even tighter lending background support to present prices.
Although demand has significantly increased over the past few years, so have supplies.