crakkbakk said:
69ron said:
Decrease the amount of DMT? That depends on how it’s done. I think maybe you misunderstood what I said. I was talking about a different type of tech made for anadenanthera which uses a different set of extraction steps. It uses acetone, but in a different way. It doesn’t apply here.
I mean the percentage of DMT would go down because other alkaloids would be present.
Like instead of 100mg pure DMT there would be ..89% DMT 11% other (for example).
I understand what you are saying about solvent X and solvent Y, but don't you think naphtha would do a better job at getting rid of plant impurities then acetone?
Like if solvent X extracted 99% impurities, but solvent Y could only extract 95% impuries, doing a solvent X wash first wouldnt require a follow up solvent Y wash before basing and extracting with solvent Y.
Correct?
No. That's not correct. It doesn't work like that. I've been doing herbal extraction for a long time. I know what I'm talking about here, but maybe I can't explain it well. I'll give it a shot.
It’s like this. We have junk we don’t want as J1, J2, and J3, and then alkaloid A which we do want. Alkaloid A is soluble in solvent X and Y when freebase, but not as a salt. Junk J1, J2, and J3, are what we want to get rid of. J1, and J2 are soluble in solvent X, and J2 and J3 are soluble in solvent Y.
Ok so this is what we have in our extract:
J1 + J2 + J3 + A
We want alkaloid A, we don’t want any of the junk (J1-J3).
If we defat with solvent X which pulls out J1 + J2 we are left with the following:
J3 + A
If we defat with solvent Y which pulls out J2 + J3 we are left with the following:
J1 + A
If we defat with solvent X and then freebase and extract with solvent Y we get:
J1 + A
If we defat with solvent Y and then freebase and extract with solvent X we get:
J3 + A
If we defat with solvent Y and then freebase and extract with solvent Y we get:
A
If we defat with solvent X and then freebase and extract with solvent X we get:
A
If we defat with solvent X and Y and then freebase and extract with solvent Y we get:
A
If we defat with solvent X and Y and then freebase and extract with solvent X we get:
A
Do you understand how that works?
Naphtha cannot extract everything that acetone can extract and acetone cannot extract everything naphtha can extract. It is impossible because they do not have the same solvency for all compounds. This is why you always defat with the same solvent you extract with for best results when doing an A/B extraction. That is a universal law. You cannot get around that law.
This is a fundamental law of solvency and cannot be broken. Anyone else want to attack this from a different point of view to help explain this?
I’m sure others on this forum know about this law.
All solvents extract a different set of compounds in different ratios. There are many factors involved, not just polarity. I’m sure there’s a least one science professor here that can help explain this to the others here.
Anyone want to take a crack at explaining this better? I sometimes have a hard time explaining these kinds of things.