Kannamate said:found an estimate on erowid not sure if it's accurate should be close I would guess
1.5 - 2.0 inch diameter section = 1.0 ounces per inch of length
2.0 - 2.5 inch diameter section = 1.5 ounces per inch of length.
2.5 - 3.0 inch diameter section = 2.0 ounces per inch of length
3.0 - 3.5 inch diameter section = 2.5 ounces per inch of length
3.5 - 4.0 inch diameter section = 3.0 ounces per inch of length
4.0 - 4.5 inch diameter section = 3.5 ounces per inch of length
Kannamate said:Ok that makes sense is there anyway you can know about how much it would weigh based on measurements like 12" tall 3.5 wide?
Kannamate said:Is a baster,or funnel what you would use for seperating vinegar from limonene,how do you powder fresh cactus dry then coffee grinder?
LLB said:SWIMS got some frozen cactus it was alive, not dried any ideas on how to do an extraction with that? seems potentially quite messy...
Maxax said:Is it possible to seperate the mescaline and the other alkoids in the san pedro and get pure mescaline and a other product that contains these seperate alkoids . I have heard these are also very nice but I dont want to ruin my mescaline and would like to try the other alkoids on its own .
So do another pull on the plant material or at the limonene ?soulfood said:Maxax said:Is it possible to seperate the mescaline and the other alkoids in the san pedro and get pure mescaline and a other product that contains these seperate alkoids . I have heard these are also very nice but I dont want to ruin my mescaline and would like to try the other alkoids on its own .
Couldn't one first use hcl to get the mainly pure mescaline out of the limonene pull and then follow up with vinegar?
dlimonene said:Swim wants to know what is the purpose of mixing calcium hydroxide with the water and powedered cacti? Is it possible for swim to bypass this step, and what effects would that have?
69ron said:Dry it first. It's really hard to extract from wet cactus. Freebase mescaline is soluble in water so you want as little water present as possible. That's why this tech only uses a tiny amount of water. If more water was added, yields would drop dramatically.