fractal enchantment said:
what else do you think it could be? there is alot more in caapi other than just THH, harmine and harmaline I know that..
..and yeah 15+ hours is along time to brew..Powdering it completley might cut that down..not even sure if its that or the rebrewing of the sediments..or both. Either way Im not worried abotu the cooking time in my situaion becasue we brew large ammounts at once and we dont cook anything else..this is basically all we ever use the stove for other than occasionally heating tea for 5 minutes so I dont feel we waste any more energy than anyone else since we dont cook food ever.
As I’ve said before, it seems that there might be alkaloids or other active substances that are not easily extracted. It’s possible that such substances could mostly remain “bound” somehow to the plant material for a long time, and be “released” only after many hours of boiling. This is pure speculation.
I typically have done extractions using five 45-minute boils. The water from the first boil, while hot, is deep yellow and transparent. As it cools, it becomes very cloudy and brown. I’ve assumed this means it contains lots of alkaloids.
By the fifth boil, the water is transparent and practically colorless. On cooling, it remains transparent. This seems to be a good indicator that it does not contain many alkaloids.
I never decant prior to basification – all sediment is retained, so there is no loss of alkaloids via this step.
Without actually extracting the alkaloids from a brew and weighing them, it’s hard to say what might be happening with very long boils. Subjective effects may tell us that something is different, but it’s hard to say exactly what that “something” might be.
Regarding energy use – it really doesn’t matter how often you use your stove. The fact remains that 15 hours of boiling requires roughly three times the energy (at three times the cost) of 5 hours of boiling. Whether or not this makes economical sense depends on how much caapi you’re processing, the cost of caapi, and the cost of energy.