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1996-05-06
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From: jmt0165@u.cc.utah.edu (Jon Taylor)
Newsgroups: alt.drugs
Subject: PCP Synthesis
Date: 18 Apr 1994 18:29:59 -0600
Message-ID: <2ov8m7$d96@u.cc.utah.edu>
I scanned in this file because I was bored |->. This and the
Cocaine synthesis that follows this post will probably be the only things
from this book that I'll scan & post because A) You should go and buy the
book (and also I don't want to violate copyright TOO much), and B) It's too
much of a pain in the ass and I'm lazy |->. Enjoy!
CUT HERE
/\/\/\/\/\/\/\/\/\/\
PCP Synthesis
Scanned from _Recreational Drugs: A Complete Guide to Manufacturing_
PHENCYCLIDINE HYDROCHLORIDE
Phencyclidine and Other l-Phenylcyclohexylamines. Phencyclidine (PCP
or angel dust) and its analogs create many different types of effects,
dependent mainly on the individual user. It was first used to immobilize
primates and is still used as an analgesic and/or anesthetic agent. It
has been used on humans for the same purpose with limited success. I
chose to put PCP into the hallucinogens chapter instead of the
analgesics chapter because of the hallucinations the drug produces.
As stated above, the effects are mainly determined by the user.
Some people experience paranoia, others have fits of rage, and others
have great euphoria. Mood alterations are always accompanied with time,
perception and visual hallucinations. Some people have tried the drug
and do not agree with it, so I do not approve of the practice of telling
people that your PCP is THC or some other hallucinogen. These drugs are
quite potent, so use them with a great deal of respect (I think that
overdoses have CP the bad reputation that follows it today) as bummers
from this drug have occurred often.
The way that ethylamine, diethylamine, methylamine, piperidine,
etc., can be used as analogs of one or another reminds me of the
synthesis of LSD or DMTs. The formula is quite easy to carry out and it
gives good yields in large quantities. Note: Given are several different
methods. You may use any way that you feel will suit your needs and you
may substitute any of the amines with an equimolar amount of amine
analog to produce the desired l-phenylcyclohexylamine. However, the
formulas stated give the best yields obtainable with that particular
amine.
These drugs are active orally, intermuscularly, and also by
smoking. They should be kept in a dark, well stoppered bottle, in a
freezer as much as possible. CA, 13881 (1963).
METHOD 1. A mixture of 100 g of anhydrous ethylamine and 220 g
of cyclohexanone is kept 16 hours, shaken with solid KOH, and the oil
layer is removed by decantation. Distill the oil layer in vacuo to get
the intermediate N-cyclohexylidenethylamine. Prepare a mixture of
phenyllithium by mixing 11 g of lithium and 76 ml PhBr in 500 ml of
Et20. Add the phenyllithium dropwise to a solution of 51 g of the
N-cyclohexylidenethylamine in 500 ml of Et20, with stirring and cooling,
to keep the temp at 0í. Stir for one hour and then decompose by adding
water. Separate the Et20 layer, wash with H20 and distill to get 1-
phenylcyclohexylethylamine or analog. The hydrochloride form is obtained
in the usual way, as given below.
METHOD 2. A mixture of 170 g of piperidine, 220 g of
cyclohexylamine, and 750 ml of benzene is azeotropically distilled until
the evolution of H20 stops, then vacuum distill to get
cyclohexenyl-piperidine. p-toluenesulfonic acid monohydrate (190 g) in
250 ml of PhMe is heated under a water trap until all the H20 is
removed, then add a solution of 165 g of cyclohexyl-piperidine in 500 ml
of Et20, with cooling, to keep temp at 0í. A solution of I mole of
PhMgBr (made from 157 g of PhBr and 24 g of Mg) in 750 ml of Et20 is
added (still holding the temp at 0í to 5í). The mixture is stirred for
an additional 30 min after the dropwise addition is complete. Decompose
the mixture by adding an excess saturated NH4Cl and NH40H. The Et20
layer is removed, dried over K2CO3, and distilled to give
phenylcyclohexylpiperidine. Convert to the hydrochloride form by
dissolving the free base in an excess of iso-PrOH-HC1 and then
precipitate the salt (the hydrochloride) with Et20 and crystallize from
Et20-iso-PrOH (this is a mixture).