My answers are blue inserts in your post, imediately following your questions.
You also made a false, completely unsupported, assertion:
"Oil is not associated with algae in any way whatsover. We are drilling for oil deeper than any algae and finding it."
That is not a question, but I will correct your ignorance, anyway:
There are sub-duction regions at least as deep as the mountains (Must be true as Earth is not significantly changing it mass.) Dead un-oxidized algae was transported along with the sediments etc in these sub-duction zones very deep into the Earth. (Sub-duction BTW initially takes places in the same locations that become oceans. I.e. oceans form as these regions sink below the levels of other seas and are flooded with salt water.) The depth these sub-ductions reach is at least as high as the mountains that rise where the tectonic plates collide. I do not remember how tall some mountains are, but am sure many are much higher than man has yet drilled and found oil. - I.e. again your facts are simply wrong. Yes, man can drill deeper that the oil that formed from algae is thermally stable. I said that explicitly that in my prior post. So of course neither algae, nor oil is found at depths where they decomposed into CH4 and H2.
I challenge you to try to answer, rather than avoid, my questions by quoting my question and immediately giving your answer in different color as I have done.
People don't drill down deep just anywhere because it's too expensive. If oil is made from biological detritus, how come you can't stick a toothpick in the ground anywhere and get a blowout? As I explained, oil forms slowly only in locations where oxidation is not possible - i.e. in the deep oceans. You are the one suggesting that large deposits of un-oxidized algae are not required to form oil. You are the one suggesting it forms naturally deep in the Earth A-biotically. Thus, it is you who need to explain (as my question number 1 asked but you did not answer), why is oil only found only in a few locations.
... We don't only find natural gas when we drill deep. Tupi: 8 billion barrels of crude oil. Carioca: 33 billion barrels of crude oil.That 8 or 9 thousand meter depths, especially under the ocean where water convection remove heat quickly to the surface as if it were only 6 or 7K meters deep - is thermally about the same deep as some gold mines. That depth is not hot enough to decompose the oil that formed from the algae that accumulated on the ocean floor as South America separated from Africa. In fact even men work in gold mines at approximately the same temperate of Brazil’s newly found oil’s depth and do not “decompose” – they only sweat a lot.
Any idea what temperature causes oil to break apart? I do not have any ONE answer as there is none. At first, as the temperature rises, only the longest chains break in the thermal agitation of the molecular collisions - these temperatures are the ones used by oil refineries. If you increase the temperature more, shorter molecular chains will snap into two pieces during the thermal collisions, but as that is not desirable economically oil refiners avoid those temperatures, so perhaps even chemical engineers working for oil companies do not know the details of what breaks at what temperatures.
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How come you can't turn algae into crude oil in a lab? How much algae does it take to make a barrel of oil? Now it's your turn to answer questions. I'll be waiting.I am not sure that one cannot in an oxygen free environment, but it is a slow process - millions of years are required. Probably, even if it only took a few decades, it would not be economical to do with dead algae bodies. However, there are several companies investing in doing just that with algae capturing sunlight. Singularity, I think it was just posted a link to several of these companies. As far as how of the algae mass is converted into oil, all I can say is that they, like humans, are mostly H2O and none of that water is converted into oil. That is way it takes millions of years for enough algae to accumulate and remain un-oxidized to make any significant oil deposit. Only the deep ocean beds provide these oxygen free conditions for time scales that long.
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I answered your questions but I know you won't answer mine because you can't.No you avoided completely (1) & (3) {Why oil not found every where? & Why only found where there was a deep ocean? I have answered every one of your with blue inserts immediately following all yourquestions. Please do the same. I.e. copy my questrion and put your answer in green immediately after my question.
You also made a false, completely unsupported, assertion:
"Oil is not associated with algae in any way whatsover. We are drilling for oil deeper than any algae and finding it."
That is not a question, but I will correct your ignorance, anyway:
There are sub-duction regions at least as deep as the mountains (Must be true as Earth is not significantly changing it mass.) Dead un-oxidized algae was transported along with the sediments etc in these sub-duction zones very deep into the Earth. (Sub-duction BTW initially takes places in the same locations that become oceans. I.e. oceans form as these regions sink below the levels of other seas and are flooded with salt water.) The depth these sub-ductions reach is at least as high as the mountains that rise where the tectonic plates collide. I do not remember how tall some mountains are, but am sure many are much higher than man has yet drilled and found oil. - I.e. again your facts are simply wrong. Yes, man can drill deeper that the oil that formed from algae is thermally stable. I said that explicitly that in my prior post. So of course neither algae, nor oil is found at depths where they decomposed into CH4 and H2.
I challenge you to try to answer, rather than avoid, my questions by quoting my question and immediately giving your answer in different color as I have done.
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