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Some dude said this ^^^^^ Since he's obviously in flower, I'd limit myself to these options, but that's just me.

Bigger the root, bigger the fruit. At least I'm my modest experience. ;)

Anyone care to guess how many threads are on this forum alone regarding PM?

Condescending would be my intent. Simply due to the fact that people keep asking noob questions instead of searching for instant answers. Also the arrogance to grow weed indoors while assuming one will fix problems after the fact. All the info and more is already there for assimilation.

I suppose I'm used to meeting testing standards that a pyrethrin bomb in a room will fail analysis three cycles later....

IME, most learning experiences smoke poorly. Just trying to help mitigate.

If that's not an option, then what high quality solvents can you get and what can we do with them may be the avenue to explore... r-600?

Then use a lab supply house and order tech grade ethanol?

A brilliant way to fail in a most egregious manner.

http://www.toxipedia.org/display/toxipedia/Myclobutanil Yum yum

I personally won't play with less than 190 proof everclear.

Actinovate, seranade, even a sulfur vaporizer, but seriously, fix the environmental issue.

Don't use myclobutanil during flower.

Well done, cart before the horse, always awesome to watch.

Dry it = use of dehydrated epsom salt column pass to absorb the h2o from the etoh prior to use as a solvent. Or, just buy some lab grade ethanol online from jt baker or sigma aldrich....

Fix your environmental issues. ;)

When you say "smokable", by what method are you actually using? Vaping at an excessive temp will provide bad flavor and a long lasting, unpleasant aftertaste. If it doesn't taste like it smells, too hot. Pyrolysis should be avoided in favor of vaping / dabbing.

Dry it first.

I'm trying to find cold extraction "sweet spots" & "sour spots" so as to avoid heat decomposition of my terps. IMO heat need not be involved, nor decarboxylation or free radicals.

I hypothesize that each compound has a "freezing" point. That stated, I hypothesized that selective wash temps, each sequentially warmer, can gather specific compounds in a relatively selective manner.