azmanam:
Also, when I was describing a patented invention that works in a sort of "reverse order" for separation of atmospheric CO2 with a combination of a magnetic field and porous membranes, I did indeed accidentally misquote nitrogen as being paramagntic like oxygen, when in fact nitrogen is diamagnetic and repelled away from a magnetic field. The oxygen is attracted one way through a porous membrane, while the diamagnetic nitrogen is repelled the opposite way through another membrane, leaving a higher concentration of less magnetically interactive CO2 between the two membranes.
Like I already stated on a previous post, air has to flow through the device itself, and is not capable of externally drawing CO2 from the air even over a short distance. This method of magnetic extraction that works in a sort of "reversed order" by removing everything else but the CO2 is probably the only practical way to do it.
All other methods to make CO2 itself more interactive with a magnetic field seems to be a longshot. It's very unlikely the magnetic property of CO2 itself can be changed (although I've read such claims in the past, and now have a hard time finding any more...altough lack of proof does not mean the claims were never made, but the claims themselves may be suspect).
Which leaves us with the option of ionization instead of magnetization, which still seems impractical at this point unless some sort of a major breakthrough or discovery can be made. There could be all kinds of unintended consequences.Not just birds, but what if an airplane flew into a powerful microwave or laser? And the construction of a superconducting magnet capable of extracting significant quantities of CO2 would be prohibitively expensive. So that unless some major discovery or breakthrough occurs, it still can't compete with chemical means of CO2 capture. ( build a super CO2 ionization laser the size of the State of Texas...oops...just shot-down NASA's shuttle ! ! ! LOL ! ! !
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