Preparing the red phosphorus:
1. Scrape the red phosphorus off of the caps of the 5 flares and store for later use. You should get about 0.1g per flare.
C. Preparing the iodine/HI solution:
1. Pour the entire bottle of the iodine tincture into a small ceramic bowl. Heat on the above type water bath until no more alcohol is left. Let cool, put in a small polyethylene jar, and add 0.1ml of the H2SO4 drain cleaner. Thats about 1/4inch of liquid in the end of an eye dropper. This converts the sodium iodide to HI. You now have a solution of iodine and HI. 2. Add the red phosphorus, and heat bottle in a water bath until the purple iodine color goes away.
D. The reaction:
1. Add the pseudoephedrine acetate to the solution of HI/I and phosphorus, and heat on a water bath for 24 hours.
E: Extraction:
1. Cool the reaction solution and add 1/2tsp of lye. Take the solution and perform steps A3-A6. 2. You will end up with methamphetamine acetate that you can scrape from the bowl.
Congradulations! You have circumvented all of law enforcement and have greatly contributed to the end of the “drug war”. (or contributed to the outlaw of all flares, iodine tincture, vignegar, drain cleaners, and auto store chemicals and coffee filters as will happen in the next year)
Best regards, Cousin Singe
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FAQ fodder…
If methamphetamine looks waxy or oily, it is probably contaminated with the HI salt of meth, an oily by-product of the red-phosphorous/HI reduction of ephedrine–the most prevalent method of clandestine manufacture.
The HI salt is soluble in acetone, while the HCL salt is only very slightly soluble. The HI salt could be washed out, basified, and then precipitated with HCl gas to give methamphetmine HCL.
When completely dry, methamphetamine HCL is soluble in chloroform, while ephedrine HCL is not. This would provide a convenient method of separation.
[Reference: Skinner, Harry F., "Methamphetamine Synthesis Via Hydriotic Acid/Red Phosphorous Reduction Of Ephedrine," Forensic Science International, Vol 48, 1990, pp. 123-134]
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