ttystikk
Well-Known Member
Where?It is just what I hear from my friends and acquaintances. Many have told me they would have no problem paying 50 a pop for good stuff.
Where?It is just what I hear from my friends and acquaintances. Many have told me they would have no problem paying 50 a pop for good stuff.
InterestingSalt lake city utah
I appreciate your concerns. I tend to keep a low profile. You have to living here and growing weed.Not the most weed friendly city and state. I'd be careful about discussing your venture on forums. Probably nothing would come of it but you just never know.
I don't know much about the short path method and am not planning on trying it anytime soon.could you explain the advantage of this method rather than a simple distallation under vacuum?I transfered the contents to a small round bottom flask in preparation for the distillation step. Looks like my shortpath distillation head will be here saturday. Then the next step can begin.
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The advantage is for when you have high boiling points that you are trying to distill. The short path doesn't give the product time to solidify before reaching the receiving flask.I don't know much about the short path method and am not planning on trying it anytime soon.could you explain the advantage of this method rather than a simple distallation under vacuum?
ok,I think I'm following.bare with me,like I said,I'm green on all this.so if I am following along correctly,youre distilling your extract over into a clean flask?The advantage is for when you have high boiling points that you are trying to distill. The short path doesn't give the product time to solidify before reaching the receiving flask.
For example. The waxes and resins in cannabis are solid well above room temperature and in a normal distillation setup, they can clog the condenser and not even reach the receiving flask.
In addition to all of that, there will always be some mechanical losses when distilling. Some sticks to the sides of the condenser and distillation neck. The short path minimizes losses in that regard so that when working with small volumes like this, you don't lose as much product.
Correctok,I think I'm following.bare with me,like I said,I'm green on all this.so if I am following along correctly,youre distilling your extract over into a clean flask?
once you hit different bps you just switch out flasks?Correct
Yea that is the idea. The boiling point will remain constant until almost all of that compound comes over, once the bp starts to rise, that is your cue to switch out receiving flasks.once you hit different bps you just switch out flasks?
btw,I agree with your wax/extract prices.east coast here (not the easiest place to find extracts where I am) prices are from $30( I personally would not smoke) to $50.the $50 is strain specific.supposedly
Very cool.thanks for the lesson.look forward to your finished product!Yea that is the idea. The boiling point will remain constant until almost all of that compound comes over, once the bp starts to rise, that is your cue to switch out receiving flasks.
An interesting idea. The problem is that I will need to be able to pull a vacuum in order to perform the distillation. The boiling points of THC and other cannabinoids is >315°F at atmospheric pressure, which will severely degrade the wanted product. Here is an image of a shortpath distillation head so that you have a better idea of what it does.How about this idea? Rectangular glass baking dish with a condenser consisting of a finned aluminum heat sink of the same shape and size with fans on it. You fix a sheet of parchment to the flat side of the heat sink, put it over the baking dish with an insulating gasket and clips, and put the dish on an electric griddle. That would be the shortest path ever. You put a thin layer of weed in it.
How will you prevent bumping?An interesting idea. The problem is that I will need to be able to pull a vacuum in order to perform the distillation. The boiling points of THC and other cannabinoids is >315°F at atmospheric pressure, which will severely degrade the wanted product. Here is an image of a shortpath distillation head so that you have a better idea of what it does.
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Here is the setup with all attachments.
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As you can see it is a closed system. The 3 nipples on this are used for cooling and pulling a vacuum. The first 2 are for optional water cooling or even heating. The last nipple is used to pull the vacuum needed for high boiling compounds.
I will use 4mm glass beads. Though I may not need to since I will have a stir bar in there as well.How will you prevent bumping?
I'll be looking for a new pump over the next few months to be able to do vac distillations.right now I'm trying to figure out what to do about the bumping.I have a stir bar option but I'm not sure how well that will work once the extract thickens upI will use 4mm glass beads. Though I may not need to since I will have a stir bar in there as well.
Your best bet is to use broken glass pieces, or you can even buy boiling stones from most laboratory supply websites.I'll be looking for a new pump over the next few months to be able to do vac distillations.right now I'm trying to figure out what to do about the bumping.I have a stir bar option but I'm not sure how well that will work once the extract thickens up