W
whiterasta
I PURPOSELY set it a a ridiculously low 1% to prove the point that even at that low concentration one receives an excess of paraffin. The other example that seems to confuse you is a more real world set of numbers. 12% is the average number I have found in doing the work.So it is the number I used as a real world example. 1% is an unrealistic number for SSD but I used it as, as I have shown, it still is in excess of exposure standards. I apologize if that was not clear or if you did not understand my presentation of the issue. As for lab work, well that is the purpose of the paper I am finishing to promote the complete analysis of cannabis from the cannabinoids and terpenes to the waxes and flavinoids. As the wax is a noxious contaminant to a " more pure cannabinoid resin" knowing the content seems important. In addition a lung compromised patient who is recommended "dabs" as a medication should not be exposed to the paraffin. My attempt was to bring this to air for those who are working with patients. I suppose if you are a rec user huffing wax is all good but if you have COPD not so much. So if in that I reach a few folks with this info via a "pot site" it is more than if I had not put it out there.No need for you to work yourself into a tizzy trying to disprove.... what again? that there is or is not more paraffin than I put out in an example calculation?That paraffin is harmless? You dislike the arbitrary but conservative figure I used in an example?
I have demonstrated that long chain aliphatics(waxes) are present with one of the only analysis' done on the lipid fraction and provided the source paper
I have shown , and you have also that even @ a unrealistic 1% residual the NIH limits for paraffin exposure are exceeded
I gave a comparative of flowers and a concentrate using more realistic numbers that show a 5x greater exposure to paraffin from a concentrate as flowers.
I presented this all in a general and relaxed manner as it is a pot site
What people do with what is presented here is entirely their issue.
Peer review will occur when I publish the full report.
I stand by the title of the post SSD does not remove enough of the wax to pass exposure limits as the arbitrary low of 1% is some 40x in excess of NIH standards for exposure.Actual numbers in practice are many times higher than 1% on the shelves of dispensaries.
That is the final purpose of this post to move those who actually care about what is in their concentrates to move away from SSD to dual solvent lyotropic precipitation. Especially for medical use.
As I said I work mostly with Drs and medical professionals and am not part of the "dab life" so my motivation is perhaps different than some of you. And my threshold of tolerance for non-active adulterants is much lower than the industry accepts
I have demonstrated that long chain aliphatics(waxes) are present with one of the only analysis' done on the lipid fraction and provided the source paper
I have shown , and you have also that even @ a unrealistic 1% residual the NIH limits for paraffin exposure are exceeded
I gave a comparative of flowers and a concentrate using more realistic numbers that show a 5x greater exposure to paraffin from a concentrate as flowers.
I presented this all in a general and relaxed manner as it is a pot site
What people do with what is presented here is entirely their issue.
Peer review will occur when I publish the full report.
I stand by the title of the post SSD does not remove enough of the wax to pass exposure limits as the arbitrary low of 1% is some 40x in excess of NIH standards for exposure.Actual numbers in practice are many times higher than 1% on the shelves of dispensaries.
That is the final purpose of this post to move those who actually care about what is in their concentrates to move away from SSD to dual solvent lyotropic precipitation. Especially for medical use.
As I said I work mostly with Drs and medical professionals and am not part of the "dab life" so my motivation is perhaps different than some of you. And my threshold of tolerance for non-active adulterants is much lower than the industry accepts