Slow Cure before decarbing?

No reason to low and slow dry if you're going to oven decarb, curing won't increase any of the cannabinoids, and a reason to dry before decarbing is that you have to drive the moisture out of the flowers before they can reach decarb temps. Evaporation is a cooling process.

When I want to decarb just-harvested flowers I put them in the oven at 200ºF until they're dry and then turn the oven to 240 for decarbing.
 
No reason to low and slow dry if you're going to oven decarb, curing won't increase any of the cannabinoids, and a reason to dry before decarbing is that you have to drive the moisture out of the flowers before they can reach decarb temps. Evaporation is a cooling process.

When I want to decarb just-harvested flowers I put them in the oven at 200ºF until they're dry and then turn the oven to 240 for decarbing.
Ok - How long at 240?
 
Not sure if I believe all of it, because I decarb my CBD plants exactly as I described and get complete decarboxilation as shown in lab tests. So I'd say they're wrong on this:

"the kinetic model suggests that the ideal conditions to maximize CBD concentration are heating at 80°C for around 25 hours. But heating at 90°C for half as long would also be suitable, as this method halves the total reaction time with only a small drop-off in maximum final CBD concentration."

And this:

"The ideal reaction conditions to maximize conversion of THCA into THC involved high temperatures (160°C), but only for around seven minutes."

...is hard to accomplish in real life since there's no way to heat your buds all the way though in that span of time. I'd stick with the tried and true rather than tests done in lab conditions.
 
Not sure if I believe all of it, because I decarb my CBD plants exactly as I described and get complete decarboxilation as shown in lab tests. So I'd say they're wrong on this:

"the kinetic model suggests that the ideal conditions to maximize CBD concentration are heating at 80°C for around 25 hours. But heating at 90°C for half as long would also be suitable, as this method halves the total reaction time with only a small drop-off in maximum final CBD concentration."

And this:

"The ideal reaction conditions to maximize conversion of THCA into THC involved high temperatures (160°C), but only for around seven minutes."

...is hard to accomplish in real life since there's no way to heat your buds all the way though in that span of time. I'd stick with the tried and true rather than tests done in lab conditions.
Ok - So freshly harvested weed - dry on an open pan at 200F for about an hour - then in a for pouch for about 70 minutes at 240F - RIght?
 
180 proof works a heck of a lot faster! Give it a minute if you don't mind a bit of green to guarantee they all dissolve (30 seconds is fine at 190 proof). Keep everything in the freezer before you do the wash too.

A great tutorial on quick washing with ethanol (QWET) is here:
 
180 proof works a heck of a lot faster! Give it a minute if you don't mind a bit of green to guarantee they all dissolve (30 seconds is fine at 190 proof). Keep everything in the freezer before you do the wash too.

A great tutorial on quick washing with ethanol (QWET) is here:
Great. Thx. And what would you do if you run into some bud rot. I know smoking the stuff is a no no but if it’s getting toasted and soaked in 180 proof booze does it matter if there’s a little botrytis in it?
 
Most folks are smoking their bubble hash, so no need to decarb it first. If you're making edibles or capsules than decarb first.

In a crock pot in what? Oil?
Sorry - for a crock pot use 1-2 cups of water to 2-4 sticks of butter - melt all to 180-200 then put in your material (can use more water if needed) YOUR TEMPS are VERY important !!!!!!!!!!!!!!!!!!!!!!!!
 
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