Yea I really notice the cured runs are acting way more active than the ff runs
3 Likes
Currently using canned WhipIt UK Tri Blend and can tapping into the collection pot and distilling into 30lb solvent tank. Lots of work but I’m getting 30lbs (60 x 420ml cans) for $125. Running injection coil to jacketed column to 350g of CRX 6:1 solvent ratio. FF and Cured runs having no issues. Butane sourced from United Brands as recent as the beginning of the year. Clients are known to use ZeroTol 2.0
9 Likes
Active Ingredient: Hydrogen Dioxide 27.1% Peroxyacetic Acid 2.0%
1 Like
Another dot connected…
Not to mention there are literally 100 ways to make peroxide In the lab.
I wanted to paste a list here for effect. But it was to much work so here is the list…
https://ehs.ucsc.edu/lab-safety-manual/specialty-chemicals/peroxide-formers-list.html
2 Likes
using ZeroTol and having no issues…
2 Likes
@Marmoris Im kinda slow, Not sure what this is alluding to lol I know they don’t spray it. It’s all fed through lines for algae on grodan blocks
but you’ve had no medusa/fast crash? It seems that @GroovyOctopusLabs and @vortal mistakenly thought you were…
3 Likes
Correct. No Medusa stones/rapid purging/fast crashing happening for me. But zerotol is popular to be sprayed late in flower for PM. Could be the reason it’s getting into the extract for other processors if it’s being sprayed late. Not sure how it would be in the gas…I’m thinking this is happening from material contamination
1 Like
Chalky diamonds, fast crashing/precipitation is usually a reaction occuring, and I’m willing to be it’s not just the gas… It’s the gas and something from our process and it’s not a cannabinoid.
3 Likes
What’s interesting is how the sieve seems to be reducing/preventing the reaction with said compound for some people. I think this is a key piece to solving the puzzle. It has to be something with a molecular size relatively similar or smaller than that of the sieves pore size. That would narrow the possible culprits
1 Like
Try 10A and 10X molecular sieves to narrow the range of possibilities again.
3 Likes
What? What reaction is occurring, how do you know when it’s not (since it “usually” is), and what is occurring in its place the rest of the time…?
3 Likes
reactions generate products… you’d think we’d see interesting peaks in chromatography for them
1 Like
A change in solubility would lead to a similar outcome with no reaction. There would more than likely be environmental variables that change to cause that. Which we do not see.
1 Like
oh its crazy!! its fine if im going to resin then to vapes but for shatter this has been a real nightmare to deal with!
Or it’s just the gas
H2O2 hypothesis is super dead
I might argue there was never one compelling bit of information to suggest H2O2 was a cause in the first place
There’s also zero compelling evidence that a chemical reaction is suddenly occurring in your jar after you pour
5 Likes
So sure, yet you have offered nothing to the conversation. I peeked at your profile and it seems like you don’t ever really offer shit but your opinion ever.
Temperature… evaporation is endothermic
What do you mean? Evaporation occurs in 100% of jars. It’s also not a reaction. Observing the temperature drop in a jar would not support the hypothesis here
I just tried to call you out a week ago for speaking too surely. You were making positive claims. I’m contributing in the form of offering advice to not indulge in these hypotheses