by VMA131Marine » Fri 18 Nov 2005, 11:25:08
Fascinating! Considering my previous post in this thread about the possibility of abiotic methane, Jerome Corsi's latest anti-Peak Oil missive on WND would seem to indicate he is following this thread and others.
http://www.worldnetdaily.com/news/artic ... E_ID=47471
The problem is that he expounds on a single example that supports his thesis while ignoring the vast body of evidence that says the thesis is wrong or at least not the principal explanation for the fossil fuel deposits we see around the planet. In all the abiotic oil articles I have read, I have yet to see any quantitative (ie testable, which would be a prerequisite for having a provable theory) predictions about how much oil we should find and where it should be found. It should be eminently clear that if oil is abiotic the net production rate cannot be anywhere close to the current consumption rate of 30 Gb/yr.
Assuming that, in fact, abiotic oil is produced at our current rate of consumption for the purposes of a simple analysis, and there's no reason for choosing this rate other than convenience, and assuming that abiotic oil has been produced for half of the planets 4.5 billion year life (for no reason other than that the geological processes which are presumed to produce abiotic oil have been ongoing for at least that long) then a quick calculation shows that the Earth would have produced 6.9X10^19 barrels of oil.
That, by the way, is 1% of the planet's total volume, and enough oil to cover the planet's surface to a depth of 72km - for comparison the maximum depth of the oceans is about 11km at the Mariana's Trench and if you spread the oceans evenly over the surface of the planet, the water depth would be about 2.6 km. So, this is a problem for abiotic oil theory, even if you can come up with a chemical mechanism that works. Is there an equilibrium chemical process that can produce methane and the longer hydrocarbon molecules in the proportions that are observed in existing crude oil deposits? And, if so, why are natural gas fields found at greater depths than oil fields? Gas being much less dense and therefore more bouyant than oil, it should rise to the surface faster and be found in shallower formations than oil if abiotic oil theory is correct. These issues exist of course in addition to the other problems for abiotic oil including specific biological markers and that oil is only found in or near sedimentary formations with a suitable geological trap.
Finally, at the end of the article, Corsi uses this quote:
$this->bbcode_second_pass_quote('', 'T')homas Gold himself made the point on page 85 of his 1998 book: "Nobody has yet synthesized crude oil or coal in the lab from a beaker of algae or ferns."
He once again completely ignores the Renewable Environmental Resources plant in Carthage, MO that is essentially doing what Gold said has not been done:
http://www.res-energy.com/technology/index.aspRES's description of how the process works is even more enlightening:
$this->bbcode_second_pass_quote('', 'H')ow It Works
TCP emulates the earth’s natural geothermal process, whereby organic material is converted into fossil fuel under conditions of extreme heat and pressure over millions of years.
TCP mimics the earth’s system using pipes and by controlling temperature and pressure to reduce the bio-remediation process from millions of years to mere hours.
TCP breaks down organic polymers (chains of small molecules) into their smallest units, and reforms them into new combinations to produce clean fuels.