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Nuance is not the problem. I am not trying to argue the existence of a perpetual motion machine.
Nuance apparently is the problem. You're applying a literal interpretation of the "something for nothing" assessment. Star creation (for cold fusion) is absolutely a bid to produce near infinite energy from - in theory, once it's "perfected" - minimal input.
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Cold fusion is not "something for nothing".
It is a dream to harness near limitless energy via minimal inputs. At the very least, it's a bid to provide an energy source presumably many times more efficient than the reigning champion: fossil fuels.
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Cold fusion was supposedly a process for initiating the fusion of deuterium to helium, a highly exothermic (to journalists "energy releasing") process. The same thermodynamics that describe the process within the sun.
The latter being "hot" fusion. Just to be sure we're all clear on the distinction.
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Thermodynamics states that the process will release energy. The problem is the "activation energy barrier" that prevents the reaction from occurring. Thus the rate of the reaction is the problem with fusion. Thermodynamics does not say anything about the rates of reactions. The reaction that proceeds readily at the temp and pressure at the core of the sun does not occur at the temperature and pressure accessible on earth. Cold fusion proponents claimed to have found a way around that barrier. Their concept did not violate any laws of thermodynamics, but it did seem unlikely. I was almost completely skeptical the instant I heard about it, but you never know. At this point it was clearly a bust.
So, they can't make the magical reaction happen because they can't figure out a way to reproduce the necessary pressure and temperature here on Earth? They've failed at star creation? ... Sounds like you're not saying it's trying to defy the laws of physics, you're
just saying it.
It is science fiction that has never been successfully reproduced. That's because it's impossible, as every effort to replicate Fleischmann and Pons' claims has subsequently bared out.
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Usable energy is lost in oil recovery and entropy increases but that does not tell you anything about the future problems in oil production.
Is this a serious statement? The loss of usable energy getting energy out of the ground most certainly means increasing cost for the very specialized companies that embark on such an endeavor. You're essentially trying to claim cost "does not tell you anything about the future problems in oil production." Wow. ... Meanwhile, COST is precisely why drillers are slashing CaPex, laying off legions of workers and an increasing number are going bankrupt. Cost is also why U.S. production has finally begun its long-predicted decline.
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Usable energy is lost in using oxygen as part of metabolic processes in your body and the oxygen is consumed. But you do not worry about running out of oxygen.
This is a rather horrible analogy. DUCY?
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That is because there is balance between consumption and replenishment. In the oil equation there is not balance between consumption and replenishment so the oil is being depleted. This is not thermodynamics! This is not entropy!
My God. You just got done above literally saying
"Usable energy is lost in oil recovery and entropy increases." ... Did you lose your thought process from one passage to the next?
Entropy increases in
any process, including fossil fuel extraction, as you concede above. For some reason, you are entirely focused on the cycle of fossil fuels from creation to consumption, and (curiously) back again over millions of years. When I refer to entropy of the oil production process, I am focused on one direction of the cycle. The process of finding it, pulling it up out of the ground, refining it and delivering it. There absolutely is increased resistance to that process the deeper you go (or the harder packed the source rock).
And as we covered above, the deeper (or harder) you have to dig, the more resistance you face in bringing the resource up and refining it.
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And who the hell is XoM and why should I care?
Yeah, that would be the commonly known trading acronym for ExxonMobil. They would love to hear your insight about how the basic laws of physics don't apply to future production limitations.
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The slow rate of replenishment is the real source of the problem.
Ummmm... Yeah, I guess if we all lived millions of years, that would be relevant. But for those of us focused on the here and now for complex societies teetering on the brink, the "real problem" clearly appears to be the imminent, near-term decline of global petroleum production, as shown in the data by every reputable energy monitoring entity, including the notoriously sugarcoating IEA, EIA, JODI and the World Bank. This is because all the "low-hanging fruit" has been picked, and what's left is no longer economical to produce. It will get far worse, and war will very likely precede the harshest affects that would have played out if peace holds. This was always "peak oil."
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This comment has nothing to do with the errors you are making.
LOL!!!! The only person making a fundamental error in this exchange is you. Tell us more about how "usable energy is lost in oil recovery and entropy increases" but then that's "not the problem" and "this is not entropy" because "millions of years."