I was reading some old posts with some errors in information but one of them caught my eye. I have recently wanted to eliminate the THC component of my CBD oil without having to take it to Isolate or using chromatography or even fractionation to do this.
The older post suggested that THC-A will decarb to CBN faster then from THC-A to THC and thus it would be possible to turn the THC component into CBN eliminating it from the CBD oil. Because decarbing THC happens at lower temps and times is this possible? Is there a particular heat/duration to maximize this?
Personally I have never experienced this. When decarbing CBD-A to CBD in the past, if we went "OVER" or decarbed for too long or at too high a temp, the THC did not seem to be affected and in most cases was higher than starting. Any insight into the possibility of using decarboxylation to "remove" THC from CBD oil (or in this case convert to CBN).?
The older post suggested that THC-A will decarb to CBN faster then from THC-A to THC and thus it would be possible to turn the THC component into CBN eliminating it from the CBD oil. Because decarbing THC happens at lower temps and times is this possible? Is there a particular heat/duration to maximize this?
Personally I have never experienced this. When decarbing CBD-A to CBD in the past, if we went "OVER" or decarbed for too long or at too high a temp, the THC did not seem to be affected and in most cases was higher than starting. Any insight into the possibility of using decarboxylation to "remove" THC from CBD oil (or in this case convert to CBN).?