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These days, we as a community what to polish and make our world a greener environment. I found a way to accomplish this task, however I don't know if it is applicable. I am wondering if the use of diatonic carbon would do the trick to produce a process that could regenerate the fuel in our vehicles and eliminate the releasing of carbon dioxide into the air. The purpose of this reaction would be to remove the Carbon Dioxide waste that is created by gasoline. Gasoline waste contains one less carbon than was originally in the reaction

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closed as unclear what you're asking by Klaus-Dieter Warzecha, Philipp, user4076, G M, Ben Norris Mar 20 '14 at 10:16

Please clarify your specific problem or add additional details to highlight exactly what you need. As it's currently written, it’s hard to tell exactly what you're asking. See the How to Ask page for help clarifying this question. If this question can be reworded to fit the rules in the help center, please edit the question.

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    $\begingroup$ Welcome to ChemistrySE! I think in the body of your question you should explain your question title (not very clear in my opinion :-) not global warming! $\endgroup$ – G M Jan 20 '14 at 11:49
  • $\begingroup$ Would you mind to elaborate the outcome of a reaction between C2 and carbon dioxide? $\endgroup$ – Klaus-Dieter Warzecha Jan 22 '14 at 6:39
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    $\begingroup$ Wow - on several levels. No. First Law of Thermodynamics: You cannot win. Second Law of Thermodynamics: You can only break even on a very cold day. Third Law of Thermodynamics: It never gets that cold. $\endgroup$ – Uncle Al Jan 29 '14 at 2:54
  • $\begingroup$ The answer rests on what diatomic carbon is. I have no idea what it is. But, if such a thing could exist, the issue would be: does it require more energy to create than any other way of absorbing or reacting carbon dioxide? Unless diatomic carbon were a free resource, it seems unlikely there would be any net environmental gain. $\endgroup$ – matt_black Jan 29 '14 at 19:41
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No doubt, diatomic carbon does exist - in blue flames and in comets.

The characteristic uv absorption pattern (Swan bands) has already been described almost 100 years ago.

At low temperature (77 K) it reacts with hydrocarbons by H-abstraction to form $\ce{HC#CH}$, and the addition to $\ce{C=C}$ double bonds has been reported too.

But I can't figure out any reasonable way for a reaction with carbon dioxide.

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