See d link for descriptive text.

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

Manufacturing of Methamphetamine

The ease with which methamphetamine can be manufactured is a major contributing factor to the increase in its use. Law enforcement officials identify and close hundreds of clandestine methamphetamine labs each year. Large operations produce methamphetamine in Mexico and California. Outside of these areas, small rural laboratories are more common. Rural areas are popular sites for production because strong odors are produced during manufacture. "Mobile labs" have begun to appear in a number of states, making seizures more complicated. The manufacture of methamphetamine is simple because it does not require agriculture, specialized equipment, or advanced technical training. It is easily "cooked" up by anyone in a makeshift lab hidden in mobile homes, warehouses, or even motel rooms. Congress enacted the Methamphetamine Control Act of 1996 to curb the production and abuse of methamphetamine by controlling the key chemicals necessary to produce the drug and by increasing criminal sentences for its possession and distribution. Methamphetamine hydrochloride is easily produced using ephedrine, hydroiodic acid (both controlled substances), or over-the-counter pseudo-ephedrine found in cold medication. Hydroiodic acid is a necessary ingredient in one of the major manufacturing processes. Although strictly controlled, it can be created by combining red phosphorous and iodine - chemicals that are not regulated. Recently, phenylpropanolamine has been used as a precursor chemical to produce amphetamine. However, this product is also marketed as methamphetamine.

The key ingredient of methamphetamine is ephedrine, a controlled substance. Because it is difficult to obtain ephedrine, drug dealers use pseudo-ephedrine, found in many over-the-counter medicines. These medicines are processed to remove buffers and produce ephedrine. Cash purchases of large quantities of red phosphorous and iodine (for hydroiodic acid) are made by drug dealers in order to produce methamphetamine. No federal regulations or quantity limitations control the sale of these chemicals; therefore, it is difficult for the DEA to track their possession. As part of the Methamphetamine Control Act of 1996, these chemicals, along with pseudo-ephedrine, have been added to the target list in the Chemical Diversion and Trafficking Act, CDTA. With the ability to track the sale of large quantities of these chemicals, the DEA will be able to identify major manufacturers of methamphetamine. The Drug Enforcement Agency (DEA) identified clandestine laboratories in Mexico and California as the major sources of methamphetamine. Legal access to an abundant supply of chemical precursors in Mexico makes this country a major producer. The ephedrine/pseudo- ephedrine reduction method is common in Mexico because of the abundant supply of these chemicals. Organized crime groups operating in Mexico run major distribution channels. They have access to wholesale ephedrine sources of supply on the international market; they produce vast quantities of high-purity methamphetamine on a regular basis; and they already control established cocaine, heroin, and marijuana distribution networks through-out western, southwestern, and, increasingly, southern and Midwestern states.

 

 

 

 

 

 

 

 

 

 

 

 

 

 

DANGERS OF METH LABS

 

Every day millions of people go to work unaware of a hidden threat to their health and safety, a potentially deadly threat. The culprit is methamphetamine. The danger lies in the hundreds of clandestine (clan) labs where the drug is cooked.

Methamphetamine is a powerful stimulant which dramatically affects the central nervous system. On the street it's known as speed, crank, crystal and ice. More methamphetamine is produced in Missouri than anywhere.

Toxic chemicals, explosions, fires, booby traps and armed criminals go hand-in-hand with meth labs. These labs are a recipe for disaster to people who inadvertently stumble onto a lab or live near one.

Fires caused by these labs have killed innocent children and meth "cookers" alike throughout Missouri. Touching these chemicals or just breathing their fumes can cause sickness, permanent injury and, even, death. One rash act by a meth cooker can also turn our fields and waterways into environmental waste dumps.

Meth labs have been found in hotels, motels, self-storage units, boats, nice homes, shabby homes, in the back of pickup trucks, picnic baskets, ice chests, in parks, by the road and in many other places.

It is critical that everyone, especially those likely to be first responders and those working in community settings, know how to recognize a meth lab and what steps to take to protect themselves and others. Signs of a possible meth lab include:

  • Vehicles used are usually older model pickup trucks, vans and rental/moving vans. Items are usually kept covered up in vehicles. Chemical odors may come from the vehicle.

     
  • If you discover chemical odors coming from a field, orchard, disused shed or other structure, notify law enforcement immediately.

     
  • Be aware of boxes or drums with corrosive, flammable, poison placards. Also, laboratory glassware, discarded "pseudophed" boxes or other chemical containers (see list below).

 

Anyone who is not a member of law enforcement should take the following steps if a clan lab is suspected:

  • Leave the area at once. Extensive training and protective gear are required before entering a clan lab. Stay at least 500 feet away.
  • Contact law enforcement immediately. Call 911 if you think you've been exposed to toxic chemicals, or if you believe there is an immediate risk of fire or explosion.
  • Notify others who may be in immediate danger. Do not confront any suspected criminals. Let law enforcement handle all investigations.

 

If you suspect a meth lab, leave at once and report it.

To avoid the possibility of fire, explosion, death or serious illness, only trained and properly equipped workers can dismantle a lab and take the remnants away for disposal.

Presence of the following items could indicate the existence of a meth lab:
 

Alcohol
Ether
Benzene
Toluene/Paint Thinner
Freon
Acetone
Chloroform
Camp Stove Fuel/Coleman Fuel
Starting Fluid
Anhydrous Ammonia
"Heet"
White Gasoline
Phenyl-2-Propane
Phenylacetone
Phenylpropanolamine
Iodine Crystals
Red Phosphorous
Black Iodine
Lye (Red Devil Lye)
Drano
Muriatic/Hydrochloric Acid
Battery Acid/Sulfuric Acid
Epsom Salts
Batteries/Lithium
Sodium Metal
Wooden Matches
Propane Cylinders
Diet Aids
Hot Plates
Ephedrine (over-the-counter)
Cold Tablets
Bronchodialators
Energy Boosters
Rock Salt
 

 

The following list illustrates the kinds of common equipment used in small-time methamphetamine manufacturing that easily can be purchased in neighborhood stores.

   They're not much good, however, without a recipe.

   HOUSEHOLD EQUIPMENT
Tempered glass baking dishes
Glass pie dishes
Glass or plastic jugs
Bottles
Measuring cup
Turkey baister
Glass jars
Funnels
Coffee filters
Blender or coffee grinder
Rubber tubing
Paper towels
Rubber gloves
Gasoline can
Plastic tote box
Plastic jugs or soda bottles
Tape
Clamps
Hotplate
Strainer
Aluminum foil
Propane cylinder (20-lb.)
Meth recipe