"making honey oil like a pro"
my question is, are you referring to isomerization, acetylation, or a simple extraction
there are ways to produce a high purity (>95%) extract on a large scale, but they go beyond simple extractions and generally require laboratory glass (more than a sep funnel).
also, i must maintain this:
it is extremely difficult to obtain the solvents necessary to do much of this chemistry in a purity high enough for consumption
lab grade is very far below hplc, and i hesitate to use hplc (depending on the solvent)
it is essentially impossible to obtain pharmaceutical grade solvents (even in a university research setting) outside of industry.
also, electric stoves or any conceivable CMEMORY incarnation of such a device is extremely dangerous when used with flammable solvents.
in a lab, all electronics utilized inside of a hood or on a benchtop are SPARK FREE!!
lastly, because it is impossible to remove 100% of the solvent used in these extractions under any circumstance, i just want you guys to know that even heating for days on end is not going to remove all of the solvent.
you need a small sample quantity (so that the solvent molecules are not too deeply embedded in a matrix) and a high vacuum pump.
even after a day at .02 mm hg, a sample will still contain traces of solvents boiling at 60 or above
my question is, are you referring to isomerization, acetylation, or a simple extraction
there are ways to produce a high purity (>95%) extract on a large scale, but they go beyond simple extractions and generally require laboratory glass (more than a sep funnel).
also, i must maintain this:
it is extremely difficult to obtain the solvents necessary to do much of this chemistry in a purity high enough for consumption
lab grade is very far below hplc, and i hesitate to use hplc (depending on the solvent)
it is essentially impossible to obtain pharmaceutical grade solvents (even in a university research setting) outside of industry.
also, electric stoves or any conceivable CMEMORY incarnation of such a device is extremely dangerous when used with flammable solvents.
in a lab, all electronics utilized inside of a hood or on a benchtop are SPARK FREE!!
lastly, because it is impossible to remove 100% of the solvent used in these extractions under any circumstance, i just want you guys to know that even heating for days on end is not going to remove all of the solvent.
you need a small sample quantity (so that the solvent molecules are not too deeply embedded in a matrix) and a high vacuum pump.
even after a day at .02 mm hg, a sample will still contain traces of solvents boiling at 60 or above