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Originally posted by ThunderCloud
One major question:
All living things on Earth are carbon-based life forms. Thus, fossils are carbon-based as well. Doesn't this make oil a carbon-based substance?
After all, diamonds are another form of condensed carbon, but you don't need fossils to make diamonds.
What I just said made perfect sense to me. So what am I missing?
Originally posted by mattison0922
What sort of research do you do? You said above you are a scientist, what field is it? I am merely asking.
Undergraduate in Biochemistry, Ph.D. in Molecular and Cellular Biology... currently I am involved with the design of handheld device for the detection of bioterrorist agents. However the particular technology also has potential in the disease diagnostics category. The device is to be utilized by US special forces in the field. A further device is also being developed that will sample air in both airports and cities, also monitoring for bioterrorist agents. I have also performed research on Nutritional Supplementation, several DNA sequencing projects, Human HLA typing for bone marrow and organ transplantee, as well as the structure/function relationships with respect to protein stability and enzyme mechanisms.
Originally posted by edsinger
My father was a pipeline engineer and he always told me that there will always be a cry about limited oil supplies, he said not to worry as it was the $$$ that was the controlling factor. he also told me that during the OPEC embargo that we had the ability to get ALL the oil we needed but that for political purposes it was not done. Now I wonder just what he knew..
All living things on Earth are carbon-based life forms. Thus, fossils are carbon-based as well. Doesn't this make oil a carbon-based substance?
If that's the case, then maybe oil simply depends on pressure (since the Earth's crust is full of carbon), and not the placement of fossils. This would mean that oil is not a "fossil" fuel in the strictest sense, but a carbon-based fuel.
And if that's the case, perhaps there are great deposits of oil deeper in the Earth's crust. Also, empty oil wells would repressurize over time, refilling them again. (But who knows how long that would take?)
After all, diamonds are another form of condensed carbon, but you don't need fossils to make diamonds.
What I just said made perfect sense to me. So what am I missing?
Originally posted by shbaz
I would further suggest that the crackpots you are addressing read about thermal depolymerizaion and explain how, mysteriously, oil can be created artificially exactly like the geologists say it is created in the earth.
originally posted by: Goldbaron357
Magma is molten rock and minerals. Unless what you are trying to get is mineral oil, and even that is highly unlikely, you are barking up the wrong oil derrick. Petroleum is a Hydrocarbon... organic material got buried over years and years under layers of rock and dirt, the pressure and heat forming either coal seams or oil reservoirs. It is organic. It may not be biodegradeable, but it is organic. Oil has been known to seep back into wells thought dry. But the reason they stop pumping wells that they call dry, and there is oil left in them, is because after a while, they cannot maintain pumping pressure. Under the laws of physics, no pump, no matter how strong, cannot pull a column of fluid higher than 32 feet or so. If the liquid is under pressure, then they can bring it to the surface. When it gets nearly impossible to bring any more oil to the surface, they quit, and cap the wells. For example, the arabs are pumping sea water into their wells to keep the pumping pressure high enough to recover their oil. Otherwise, with all that oil there, they might have "dry wells". Oil comes from organic matter. No one can convince me otherwise.
originally posted by: trinitrotoluene
You're missing hydrogen. Fossil fuels are saturated alkanes, which means they are chains of carbon atoms with hydrogen atoms filling up their unused electron orbitals.
Dr Luke Daly, from the University of Glasgow and the study's lead author, said: "The solar winds are streams of mostly hydrogen and helium ions which flow constantly from the Sun out into space."
"When those hydrogen ions hit an airless surface like an asteroid or a space-borne dust particle, they penetrate a few tens of nanometres below the surface, where they can affect the chemical composition of the rock.
"Over time, the 'space weathering' effect of the hydrogen ions can eject enough oxygen atoms from materials in the rock to create H2O - water - trapped within minerals on the asteroid.