Hi, I was thinking of what Director Of Sound proposed on the topic "LSD from HBWR" and I though it was interesting.
He claimed that a solution of pure Lysergic acid in absolute ethyl alcohol gazed by anhydrous ammonia (strong ammoniac) give the Diethylamide.
Ammoniac react with absolute ethanol to form Diethylamine and the lysergic diethylamide is achieved. Indeed, there is no need to add a deydrator agent in the reaction flask because there is no water in the solution. Pure lysergic acid, pure ethanol and pure ammonia. Phosphoryl chloride seems useless in this case.
Then, i thought about it :
Pure lysergic acid cristals (anhydrous) are dissolved in chloroform. The solution is dropwise added to a solution of anhydrous diethylamine in absolute ethyl alcohol. The solution is then acidified with Sulfuric acid (PH 3), placed in fridge overnight.
The cristals are filtred out, dried.
Those cristals are dissolved in acidi methanol (acidified with tartric acid) and placed in fridge overnight. The cristals are filtred out and dried.
Yield LSD-25 in theory (i'm not sure at all).
He claimed that a solution of pure Lysergic acid in absolute ethyl alcohol gazed by anhydrous ammonia (strong ammoniac) give the Diethylamide.
Ammoniac react with absolute ethanol to form Diethylamine and the lysergic diethylamide is achieved. Indeed, there is no need to add a deydrator agent in the reaction flask because there is no water in the solution. Pure lysergic acid, pure ethanol and pure ammonia. Phosphoryl chloride seems useless in this case.
Then, i thought about it :
Pure lysergic acid cristals (anhydrous) are dissolved in chloroform. The solution is dropwise added to a solution of anhydrous diethylamine in absolute ethyl alcohol. The solution is then acidified with Sulfuric acid (PH 3), placed in fridge overnight.
The cristals are filtred out, dried.
Those cristals are dissolved in acidi methanol (acidified with tartric acid) and placed in fridge overnight. The cristals are filtred out and dried.
Yield LSD-25 in theory (i'm not sure at all).

