Here is an interesting e-mail I received from a
colleague. Read it and be challenged. It is very persuasive although at this
point I am not persuaded, merely digesting food for thought. However it is clear
that if most of this is correct that oil will not go away, most alternative fuel
initiatives will die from economic strangulation, as they have in the past, and
anthropogenic CO2 will not go away. i won't comment on the arguments that the
current global warming is mostly not anthropogenic.
The bottom line is that geoengineering becomes more
important than ever and if we ever want to control the Earth's global average
surface temperature, guess what? -gene
Gene,
It appears as if the Russians are making monkeys out of us
westerners. They now have over 300 ultra deep oil wells producing oil from as
far down as 40,000 feet. Way beyond any possibility of finding sludge from dead
dinosaurs and old rotting cabbage patches. Russia is now the worlds #1 oil
producer handily surpassing Saudi Arabia. Speaking Of Saudi Arabia - known
reserve estimates there have been increased yet again.
The skeptics
continue to amuse and embarrass themselves as Viet Nam now joins the club of oil
producing nations pumping from areas western "experts" proclaimed oil-free based
on geology.
Eugene Island is an underwater mountain located about 80
miles off the coast of Louisiana in the Gulf of Mexico. It is refilling itself
from deep fissures.
Jean Whelan, a geochemist and senior researcher with
the Woods Hole Oceanographic Institute assigned to study the Eugene field.
Becoming familiar with the phenomenon, she said " . . .. I believe there is a
huge system of oil just migrating deep underground"
By every measure -
known oil reserves are INCREASING despite vastly increased demand.
Gold
was right again.
Please
read this. very interesting true or not.
Oil is NOT a fossil fuel and AGW is non-science
http://www.canadafreepress.com/index.php/article/3952***************
Gene I have read (and
re-read) and highly endorse Thomas Gold's
Book
"The Deep Hot
Biosphere : The Myth of Fossil Fuels "
by
Thomas Gold (Author), Freeman Dyson (Foreword)
Thomas Gold is a
member of the National Academy of Sciences, a Fellow of the Royal Society, and
an Emeritus Professor of Physics at Cornell University. Regarded as one of the
most creative and wide-ranging scientists of his generation, he has taught at
Cambridge University and Harvard, and for 20 years was the Director of the
Cornell Center for Radiophysics and Space Research.
http://www.amazon.com/Deep-Hot-Biosphere-Fossil-Fuels/dp/0387952535/ref=sr_1_1?ie=UTF8&s=books&qid=1216204743&sr=1-1*******************************************************************
Some
of Gold's Arguments:
Evidences of abiogenic
theory are:
First, reservoirs of petroleum, including various gaseous
forms such as methane and ethane, are frequently found in geographical patterns
of long lines or arces extending for hundres or even thousands of kilometers.
Second, Koudryavtsev's rule states Hydrocarbon-rich areas tend to be
hydrocarbon-rich at all lower leels, corresponding to quite different geological
epochs, and extending down to the crystalline basement that underlines the
segment.
Third, methane is found in many locations where biogenic
explanations for its presence is improbable or where biological deposits seem
inadequate to account for the size and extent of the methane resource.
Fouth, hydrocarbond deposits of a large area often show common chemical
features regardless of the varied composition or the geological ages of the
formations in which they are found.
Fifth, a number of hydrocarbon
reservoirs seem to be refilling as they are exploited for commercial production.
Sixth, the distribution of large amounts of carbonate rock in the upper
crust and the isotopic composition of the carbon atoms within it argue against
the theory of a surface biological origin of most of the buried hydrocarbons.
Seventh, the clear, well-established regional associations of
hydrocarbons with the chemically inert gaseous element helium have no
explanation in the theories of a biological origin of petroleum.
8. It
use to be thought that temperatures about 600C would dissociate the simplest and
most heat resistent hydrocarbons, methane CH4, and that temperatures as low as
300C were sufficient to destroy most of the heavy hydrocarbon components of
natural petroleum, at a few tens of kilometers of crust. In 1980, E.B Chekalium
indicated in a publication that methane would resist complete dissocation down
to a depth of 300 kilometers, except in volcanic regions where temperatures
approached 2000C. Chekalium believed that methane could exit at a maxium depth
of 600 kilometers.
9. According to molten earth theory, the earth was
formed as a hot body, a liquid ball of rock, and cooled forming a crust
overlying a homogeneous mantle. In such a history, no primordial hydrocarbons
could have survived the molten state.
10. Today, Scientist believe the
earth and other inner planets and the satellites of the outer planets, all
accreted as solid bodies from solids that had condensed from a gaseous planetary
disk. The heat that melted the mantle was caused from radioactive material and
gravitational compression. The earth must have been subjected to only a partial
melt. Hydrocarbons were a common constituent of the accreting earth.
11.
If the gases ascend in region of magma, then chemical equilibrium between the
hydrocarbons and magma would be approached, and this would usually favor
formation of the hydrocarbon gases. Thus it is no surprise that volcanoes
generally emit carbon main in the form of CO2, with only minor amounts as
methane CH4.
12. Astronomical techniques have thus produced clear and
indisputable evidence that hydrocarbons are major constituents of bodies great
and small within our solar system. The greatest quantity is found in the massive
out planets and their satellites. Jupiter, Saturn, Uranus, and Neptune have
large admixturers of hydrocarbons in their atmospheres.
13. The
abiogenic theory holds that hydrocarbons were a component of the material that
formed the earth, through accretion of solids, some 4.5 billion years ago.
14. In a violent eruption there will not be the small bubbles that come
up at quiet times; instead there will be large plumes of gas, racing upward
through the molten rock.
15. At the temperatures and pressures on or
near the earth's surface, some hydrocarbons are solid (coal), some are liquid
(crude oil), and some are in the vapor state (natural gas).
16. In 1996,
indigenous microbes found from an oil well in Alaska at a depth of 4.2
kilometers and a temperature of 110C.
17. In 1997, microbial fossils
where discovered in granite rock at a depth of 200 meters.
18. 1991, at
a dept of 5.2 kilometers in Sweden microbes were detected where drilling in
solid granitic bedrock. A sample was taken and cultured in a laboratory. The
anaerobic microbes would only reproduce in a temperature range from 60C to 70C.
19. At 2.25 kilometers the critical point is reached. Here the pressure
is so great that no matter what the temperature, there is no distinction between
vapor and liquid. It is appropriate to refer to water beyond the critical point
as existing as fluid, specially a super critical fluid. Temperature increase at
a rate of 15C and 30C per kilometer of depth in non-volcanic regions.
20. Greater density means that methane is actually easier for life to
access at depth. At six kilometers methane is 400 time more dense. 21. Higher
temperatures that coincide with greater depth escalate the rate at which methane
molecules collide with the cell membranes of microbes. Both factors enhance the
rate at which methane would be expected to diffuse across waxy cell membranes.
Deep is desirable to assist methane consumers in accessing their food.
21. there are two sources of oygen atoms that are loosely bound: Fe2 03
Iron oxide and SO2 oxidized sulfer. Sulfate (SO4) is the second most abundant
ion of negative charge in seawater.