I would do this myself, but I feel as my current Cebil batch will not yield enough for experiments.
Basically, if anyone has high-purity bufotenine, and the fully-expended black goop it was separated from, I think it would be worth it to conduct these experiments:
Take bufo freebase and goop-freebase and place in two separate containers. Cover both with water. Dissolve citric-acid soaked water dropwise until both substances become fully soluble in the water. Record the masses and volumes, and hopefully we should be able to calculate the pH at which bufo and the goop salt and become soluble in water. Ideally these figures would be different enough so that we could use pH to separate them.
Then take your two solutions of salted bufo and goop, and add lye or sodium carbonate soaked water dropwise until the water insoluble freebases crash out. Likewise record the amounts used, and hopefully we will find that one substance crashes out earlier, and that this could also be a separation method.
Basically, if anyone has high-purity bufotenine, and the fully-expended black goop it was separated from, I think it would be worth it to conduct these experiments:
Take bufo freebase and goop-freebase and place in two separate containers. Cover both with water. Dissolve citric-acid soaked water dropwise until both substances become fully soluble in the water. Record the masses and volumes, and hopefully we should be able to calculate the pH at which bufo and the goop salt and become soluble in water. Ideally these figures would be different enough so that we could use pH to separate them.
Then take your two solutions of salted bufo and goop, and add lye or sodium carbonate soaked water dropwise until the water insoluble freebases crash out. Likewise record the amounts used, and hopefully we will find that one substance crashes out earlier, and that this could also be a separation method.