aithecomputerguy
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Methanol to Olefins at Home?
The resources I found suggest that just passing methanol vapors over a suitable zeolite at a sufficient temperature generates ethylene, propylene, and
a small amount of butylene and butane. I can imagine this and similar reactions such as methanol to aromatics would be a cheap source for a lot of
reagents (e.x. pass the olefins through conc. sulfuric acid followed by hydrolysis to make ethanol and isopropanol). Unfortunately, my own home lab is
just a dream right now. In the meantime, does anyone have any experience, suggestions, etc. to share on the topic?
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macckone
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Generally you should post a reference in forums other than beginnings.
yes it is possible to create more complex organic compounds from simple ones.
the conditions have to be correct as does the catalyst.
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aithecomputerguy
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Sorry, I thought I did post one. http://www.cchem.berkeley.edu/molsim/teaching/fall2009/mto/b... This is the best resource for the topic I could find, apart from papers that I
didn't feel like spending $40 to read. It clearly states the catalyst for it is a zeolite called H-SAPO-34, which does appear to be possible to
obtain. My question was more if I could just pass the methanol vapors over the catalyst at the right temperature, as that article seems to suggest, or
if it was more complicated than that. If I had a lab, I'd just try it and see what happens, but because I don't and my curiousity is killing me, I
thought I'd ask it here.
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true){ this->launchNuclearMissile(this->target);}
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macckone
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Short answer is yes it will work.
H-ZSM-5 is referenced more in the literature.
Temperature and pressure will influence the product results.
Too low on either and you get nothing, too high and carbon crud destroys the catalyst.
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