yearofglad
Greenlighter
- Joined
- Jun 2, 2013
- Messages
- 7
The short: What is the best way to recover LSD when it's fallen out of solution? What exactly is the mechanism of LSD falling out of solution?
Today I found myself in the position to acquire LSD in solution (~100 hits). As time was a factor in this transacation, I was unable to properly store it before recieving it (it was placed in what amounted to a large jelly jar). I wrapped this in aluminum foil tape and placed it in my freezer soon after.
I'm not sure what solvent was used, but I assumed that it would be fairly volatile. I figured I had at least 24 hours to transfer it to proper vials, which I then went to secure.
Approximately four hours later, I returned with two glass vials with a strong seal, a pipette, and rubber gloves. Upon removing the jar from the freezer, I found that an alarmingly large amount of the solvent had evaporated (nearly 80% ). I knew the excess surface area would be a concern, but wasn't prepared for this much evaporation. After carefully transferring the jars contents to one of the vials (appx 10-20mL), I was left with a 'slimy' jelly jar, which I also re-stored.
Now my questions are:
What is the best way to recover the leftover LSD from the jar? I think there might have been some 'slosh', as in, the sides and cover are wet, meaning that there could be LSD crystals all over the walls, not just the bottom. I could re-fill the jar with another solvent all the way up, but then I'd be left with an extremely dilute solution. Of course, I could let some of that evaporate off, but then some LSD would again crystallize along the walls, and I'd be in the same boat. Should I just try to live with a highly dilute solution?
What is the mechanism of action of LSD falling out of solution? Now, the concentration I recovered is certainly a greater concentration than what I started with, but how much? I'm assuming at least half, because I'm not sure how much 'stuck to the walls' of the jar. It's also possible I made up this entire wall-crystallization business. When I eventually use this solution, I'll assume all hundred doses are in there until I learn otherwise, but would anyone have a good ballpark estimate? I didn't see any sign of saturation.
Thanks!
Today I found myself in the position to acquire LSD in solution (~100 hits). As time was a factor in this transacation, I was unable to properly store it before recieving it (it was placed in what amounted to a large jelly jar). I wrapped this in aluminum foil tape and placed it in my freezer soon after.
I'm not sure what solvent was used, but I assumed that it would be fairly volatile. I figured I had at least 24 hours to transfer it to proper vials, which I then went to secure.
Approximately four hours later, I returned with two glass vials with a strong seal, a pipette, and rubber gloves. Upon removing the jar from the freezer, I found that an alarmingly large amount of the solvent had evaporated (nearly 80% ). I knew the excess surface area would be a concern, but wasn't prepared for this much evaporation. After carefully transferring the jars contents to one of the vials (appx 10-20mL), I was left with a 'slimy' jelly jar, which I also re-stored.
Now my questions are:
What is the best way to recover the leftover LSD from the jar? I think there might have been some 'slosh', as in, the sides and cover are wet, meaning that there could be LSD crystals all over the walls, not just the bottom. I could re-fill the jar with another solvent all the way up, but then I'd be left with an extremely dilute solution. Of course, I could let some of that evaporate off, but then some LSD would again crystallize along the walls, and I'd be in the same boat. Should I just try to live with a highly dilute solution?
What is the mechanism of action of LSD falling out of solution? Now, the concentration I recovered is certainly a greater concentration than what I started with, but how much? I'm assuming at least half, because I'm not sure how much 'stuck to the walls' of the jar. It's also possible I made up this entire wall-crystallization business. When I eventually use this solution, I'll assume all hundred doses are in there until I learn otherwise, but would anyone have a good ballpark estimate? I didn't see any sign of saturation.
Thanks!
