Bernie Gunther said:Oh well bigfish, you can find some crank stuff backing up abiotic theories if you want, but you asked for some peer-reviewed laboratory based studies backing up the mainstream view of fossil fuel formation and I provided some.
If you want to believe something else I can't stop you, and don't care to, but that's indisputably what the mainstream of organic geochemistry has to say.
If abiotic oil were to make any difference to the arrival of peak oil, whether it's next week or in thirty years, it would have to replenish supply in line with projected demand. There is so far no evidence whatsoever of this happening.
bigfish said:Only recently the Saudi oil minister announced the further addition of another 200 billion barrels to Saudi proven reserves
-and-According to Petroleum and Mineral Resources Minister Ali Al-Naimi: 'There are great opportunities to increase the Kingdom's producible oil reserve by about 200 billion barrels either through new discoveries or increasing the percentage of extractable oil from known reserves.'
http://www.ameinfo.com/61640.html
The Minister of Petroleum and Mineral Resources noted that the Kingdom's proven and productive oil reserves now reach nearly 261 billion barrels, representing approximately one-fourth of the world reserves, adding that there are great opportunities to raise the Kingdom's productive oil reserves by nearly 200 billion barrels through new discoveries or an increase in the rate of oil that can be produced from known underground sources.
http://www.saudinf.com/main/y7708.htm
Why is everone ignoring my 'Pixie' theory? Pixie-ist Bastards!So where does all of this oil keep coming from?
Backatcha Bandit said:... Also, if you are going to post numbers, please provide a source. Otherwise we won't know where you are c+p-ing Exxon glossies and where you are doing the sums for yourself.
One source, though, that I do recognise is our old chum [Petro-comical] Ali Al-Naimi:
What he actually said:-and-
How it was reported:
It's not the first time I've caught you misrepresenting/misunderstanding him, is it?
Most estimates indicate that Saudi Arabia holds roughly one-quarter of the world’s proven oil reserves, with a nominal figure of 261.90 billion barrels, according to the EIA, and may contain up to 1 trillion barrels of ultimately recoverable oil. vi
Saudi sources have recently gone much higher. On December 27, 2004, Saudi oil Minister Ali Al-Naimi stated that the country proven reserves can go up to 461 billion
That's a draft of the introduction to a report published by the Centre for Strategic and International Studies, you berk.bigfish said:
He reiterated this point on April 8, 2005. He was quoted as saying “There is a possibility that the Kingdom will increase its reserves by around 200 billion barrels, either through new finds or by increasing what it produces from existing fields…
bigfish said:The proven oil reserve ratio historical trend figures are taken from Wikipedia here.
Campbell said:Leonardo Maugeri belongs to the camp of classical "flat-earth" economists who believe that markets and technology will always solve the problem of limited resources.
Better be careful, you may be walking into a trapBackatcha Bandit said:<snip> and by way of a defence you quote the CSIS (sic) misquote - naturally leaving a bit out, which I'll quote for you again:<snip>
So, let me be quite clear about this. You cleverly laid a trap, by leaving out the one paragraph of the article that contradicted what you were trying to claim.bigfish said:Yes, that was my Pavlov's Dog experiment. Thanks for confirming the expected result by homing in on it.
Backatcha Bandit said:Leonardo Maugeri belongs to the camp of classical "flat-earth" economists who believe that markets and technology will always solve the problem of limited resources.
Ae589 said:Well, I think I believe that too, but the market solving the problem will just be massively expensive energy, and very painful.
Which would leave the 'technology' to save the day?Ae589 said:Well, I think I believe that too, but the market solving the problem will just be massively expensive energy, and very painful.
Backatcha Bandit said:Which would leave the 'technology' to save the day?
Cheers, Ae589. I'd be interested in your comments.Ae589 said:Will download and listen later.
Backatcha Bandit said:That's a draft of the introduction to a report published by the Centre for Strategic and International Studies, you berk.
You misquoted Petro-comical Ali again, I've pulled you up on it - AGAIN, and by way of a defence you quote the CSIS (sic) misquote - naturally leaving a bit out, which I'll quote for you again:
Do you not yet see how your statement that "recently the Saudi oil minister announced the further addition of another 200 billion barrels to Saudi proven reserves" is - well, 'crap'?
Bernie Gunther said:Oh well bigfish, you can find some crank stuff backing up abiotic theories if you want...
bigfish said:ut part of the material you've provided dates from 1934. The problem I'm having with it is that it has subsequently been falsified.
I downloaded all 200 MB of it - and now when I play it there's no sound! Apparently it was created 'using a codec not supported by Windows Media Player'.Backatcha Bandit said:Once again, I'm prompted to invite all 'technological cornucopians' to listen to the wise words of Prof. Rick Smalley (carbon nano-tubes, buckey balls etc) on the subject.
His presentation entitled 'Our Energy Challenge' can be downloaded from here:
http://smalley.rice.edu/
parallelepipete said:I downloaded all 200 MB of it - and now when I play it there's no sound! Apparently it was created 'using a codec not supported by Windows Media Player'.
parallelepipete said:I downloaded all 200 MB of it - and now when I play it there's no sound! Apparently it was created 'using a codec not supported by Windows Media Player'.
I was quite looking forward to watching it too...
Bernie Gunther said:The reason I'm focussing on real-world production depletion is that it's the primary reason I don't take abiotic oil seriously. In this case the scientific debate over biomarkers, in which you favour a minority viewpoint, seems to me to be an academic curiosity only...
What I would like to understand is why I should believe that abiotic oil, if it indeed exists, is actually going to make any difference?
We know production has fallen in places like the US and elsewhere and we've got decades worth of figures to prove it.
http://321energy.com/editorials/bainerman/bainerman083105.html
So why is the western media being inundated with notions of the world running out of oil?
One could point a finger at the multinational oil companies and their vested interest in having the price of a barrel of oil rise substantially- to justify further exploration expenses- and of course- to bolster their bottom line.
Says Dr. J.F. Kenney, a long-time research on the origins of hydrocarbons:
"For almost a century, various predictions have been made that the human race was imminently going to run out of available petroleum. The passing of time has proven all those predictions to have been utterly wrong. It is pointed out here how all such predictions have depended fundamentally upon an archaic hypothesis from the 18th century that petroleum somehow (miraculously) evolved from biological detritus, and was accordingly limited in abundance."
That hypothesis has been replaced during the past forty years by the modern Russian-Ukrainian theory of abyssal, abiotic petroleum origins which has established that petroleum is a primordial material erupted from great depth. Therefore, according to Kenney, petroleum abundances are limited by little more than the quantities of its constituents as were incorporated into the Earth at the time of its formation.
As far back as 1757, in his address at the Imperial Academy of Sciences in St. Petersburg, Academician Mikhailo V. Lomonosov, stated:
"Rock oil originates as tiny bodies of animals buried in the sediments which, under the influence of increased temperature and pressure acting during an unimaginably long period of time, transform into rock oil [petroleum , or crude oil]"
More than 200 years later, Professor Emmanuil Chekaliuk told the conference on Petroleum and Petroleum Geology in Moscow that:
"Statistical thermodynamic analysis has established clearly that hydrocarbon molecules which comprise petroleum require very high pressures for their spontaneous formation, comparable to the pressures required for the same of diamond. In that sense, hydrocarbon molecules are the high-pressure polymorphs of the reduced carbon system as is diamond of elemental carbon. Any notion which might suggest that hydrocarbon molecules spontaneously evolve in the regimes of temperature and pressure characterized by the near-surface of the Earth, which are the regimes of methane creation and hydrocarbon destruction, does not even deserve consideration."
Contrarily, the statistics of the international petroleum industry establish that, far from diminishing, the net known recoverable reserves of petroleum have been growing steadily for the past fifty years. Those statistics show that, for every year since about 1946, the international petroleum industry has discovered at least five new tons of recoverable oil for every three which have been consumed.
As Professor P. Odell of the London School of Economics has put it, instead of "running out of oil," the human race by every measure seems to be "running into oil".
Says Dr. Kenney: "There stands no reason to worry about, and even less to plan for, any predicted demise of the petroleum industry based upon a vanishing of petroleum reserves. On the contrary, these considerations compel additional investment and development in the technology and skills of deep drilling, of deep seismic measurement and interpretation, of the reservoir properties of crystalline rock, and of the associated completion and production practices which should be applied in such non-traditional reservoirs"
If Kenney is correct, not only are any predictions that the world is "running out of oil" invalid, so also are suggestions that the petroleum exploration and production industry is a "mature" or "declining" one.
The impact on the planet of the conclusions of this debate
Much research remains to be done on "alternative" theories of the how much hydrocarbons are left in the world- unfortunately- those entities most able to do this research- the western multinational oil conglomerates- have the least interest in arriving at any conclusion other than those that are part of the "Peak Oil" stream of thought. Today the mainstream press has accepted as a given that the world has only a finite amount of oil and natural gas- and thus any decision taken on how to deal with the world's future needs are based on these conclusions. If they are erroneous- then the world is about to embark on a plan to provide for its energy needs for the coming century based on a false notion.
Research geochemist Michael Lewan of the U.S.Geological Survey in Denver, is one of the most knowledgeable advocates of the opposing theory, that petroleum is a "fossil fuel". Yet even Lewan admits:
"I don't think anybody has ever doubted that there is an inorganic source of hydrocarbons. The key question is, 'Do they exist in commercial quantities?'"
We might never know the answer to that question because both sides of this debate are not being heard by the general public. If the Russians have accepted the theory that hydrocarbons are renewable- and over time they will become the leading exporters of oil and gas worldwide- this fact alone requires these alternative theories of how fossil fuels are created- is required.
It behooves western governments to begin taking these alternative theories seriously- and design future energy policies based on possibility that they are correct. Whatever strategies for meeting the world's ferocious appetite for energy are devised today- will impact the planet for decades to come.
In this issue- we simply can't afford to be wrong.
Joel Bainerman
Dr. Gold: "Astronomers have been able to find that hydrocarbons, as oil, gas and coal are called, occur on many other planetary bodies. They are a common substance in the universe. You find it in the kind of gas clouds that made systems like our solar system. You find large quantities of hydrocarbons in them. Is it reasonable to think that our little Earth, one of the planets, contains oil and gas for reasons that are all its own and that these other bodies have it because it was built into them when they were born? That question makes a lot of sense. After all, they didn’t have dinosaurs and ferns on Jupiter to produce oil and gas?"
He continues: "Human skull fossils have been found in anthracite coal in Pennsylvania. The official theory of the development of coal will not accept that reality, since human beings were not around when anthracite coal was formed. Coal was formed millions of years ago. However, you cannot mistake the fact that these are human fossils."
"The coal we dig is hard, brittle stuff. It was once a liquid, because we find embedded in the middle of a six-foot seam of coal such things as a delicate wing of some animal or a leaf of a plant. They are undestroyed, absolutely preserved; with every cell in that fossil filled with exactly the same coal as all the coal on the outside. A hard, brittle coal is not going to get into each cell of a delicate leaf without destroying it. So obviously that stuff was a thin liquid at one time which gradually hardened."
Gold claims that the only thing we find now on the Earth that would do that is petroleum, which gradually becomes stiffer and harder. That is the only logical explanation for the origin of coal. So the fact that coal contains fossils does not prove that it is a fossil fuel; it proves exactly the opposite. Those fossils found in coal prove that coal is not made from those fossils. Where then does the carbon base come from that produces all of this?
Says Dr. Gold: "Petroleum and coal were made from materials in which heavy hydrocarbons were common components. We know that because the meteorites are the sort of debris left over from the formations of the planets and those contain carbon in unoxidized form as hydrocarbons as oil and coal-like particles. We find that in one large class of meteorites and we find that equally on many of the other planetary bodies in the solar system. So it’s pretty clear that when the Earth formed it contained a lot of carbon material built into it."
Dr. Gold's ideas would lead us to believe that there is so much natural gas in the earth that it is causing earthquakes in trying to escape from the Earth. If you’ll drill deep enough anywhere, you will find natural gas. It may not be in commercial quantities every time, but more than likely it will be.
Is the oil and gas industry reconsidering things in light of his work?
Absolutely not.
Bernie Gunther said:Yes but all that amounts to is that maybe there is some abiotic oil someplace. That does not, by itself, mean that peak oil is no longer an issue.
In order to prove that assertion you would need to show that somebody has found some, and that it regenerates faster than demand can grow...
The theory of deep, abiotic petroleum origins is presently applied extensively throughout the former U.S.S.R. as the guiding perspective for petroleum exploration and development projects. There are presently more than 80 oil and gas fields in the Caspian district alone which were explored and developed by applying the perspective of the modern theory and which produce from the crystalline basement rock.
Similarly, such exploration in the western Siberia cratonic-rift sedimentary basin has developed 90 petroleum fields of which 80 produce either partly or entirely from the crystalline basement. The exploration and discoveries of the 11 major and 1 giant fields on the northern flank of the Dneiper-Donets basin have already been noted. There are presently deep drilling exploration projects under way in Azerbaijan, Tatarstan, and Asian Siberia directed to testing potential oil and gas reservoirs in the crystalline basement.
Until you've shown that further thing, not just the theoretical possibility of abiotic oil, but that it can actually meet demand going forwards, you haven't made the peak oil problem go away.
Contrarily, the statistics of the international petroleum industry establish that, far from diminishing, the net known recoverable reserves of petroleum have been growing steadily for the past fifty years. Those statistics show that, for every year since about 1946, the international petroleum industry has discovered at least five new tons of recoverable oil for every three which have been consumed.