two of those are from @SafeLeaf.ca (no need to import…)
over a dozen threads on the subject if you wanna know when other folks first saw it, how folks are working around the problem, remediating their gas, or using it as a feature.
or maybe all you need is
although there is clearly more to it than just WTFamine…
We have some really good product innovation and offerings exclusively for the federal license holders in Canada that others do not offer, and we can discuss in detail.
If you’re looking for on demand crash gas or crash free, please feel free to reach out contact@safeleaf.ca or PM me here on the forum if you like.
We need more time, we have an idea but can’t say unequivocally yet without analytical data results to provide us with the assurance we need to make any claims. Until then we aren’t actually selling anything related to the feature “on” version, its all just for research, but we’re interested in engaging in conversation with potential participants for trial programs exclusive to Canada only. It’s not like we’ve been standing still on it either, we have invested a lot of time, money, and energy already and I will not say anything else until we know for 100% certain facts.
I guess something we could talk about is; one of the challenges (which is basically well known/documented) is maintaining appropriate pressure parameters so as not to overpressure when the feature does its thing. This is a safety challenge in and of itself alone that requires careful calculation and consideration.
When one prepares thca via the WATER procedure, as outline in many patents now, the precipitation step , when filtered in a Buchner yields a wet chalk cake that is about 80% H20.
water can be reduced in a vacuum oven at low temps <30C .
The point here is the yield can be any thing from damp to rather dry chunks, CHALK-like material….which can transition with more heat and vacuum to a white chalk covered crystalline state.
These chalk nodules look exactly like the Chalked BHO diamonds…i.e., crystal interior and chalked surface…(low pH precip.-R-COOH) when cracked in to pieces.
Go figure…(it’s the butane?, it’s the amines, its the peroxides)
WTF, its the water?…. I am amused…I’ll try to upload a photo.
I know DEA is able to break the phase separation between butane and methanol. I would assume that it also changes water solubility/miscibility in butane.
So oddly enough this isn’t thca related. But I had a Smokey quartz stone that was beautiful. It was hung in the windshield of one of my cars with the windshield blinds up. Silver side out. For the last six+ months… the fucking sun turned this stone chalk white. So my thought now is what the fuck. Two uhm… was it even quartz? I know this is off topic, but chalky post relatable due to unforeseen measures.
Reminds me of what happened to my first engagement ring. Pretty fire opal that turned to milky white when I accidentally dropped it in the washing machine (they absorb water). I tried leaving it in a vacuum oven for a long time to reverse it but it didn’t help.
I’m just pissed, when I pulled this stone from the ground I made my wife a ring from it as well and this stone hung in my other car for good luck and safety sticions but yeah weird as shit.
Man, I worked as a professional organic chemist for over 10 years and have never seen any crystal do this. Usually, if old reagents went bad or got wet they would turn just dark or kind of melt into sludge.