Meth treatment in Alaska

Meth treatment in Alaska

Meth Rehab Services will assist you in finding help for methamphetamine addiction and rehabilitation in Alaska. Our certified counselors will guide you and your family in this important moment in finding a meth treatment in the state of Alaska.

Methamphetamine has destroyed many families, relationships and lives in Alaska. There are still well over 1 million of individuals in the United States who are in need of treatment for meth addiction.

But there is hope as many with a methamphetamine addiction got their lives back after attending a meth rehab center.

Our service philosophy is to give honest, caring and knowledgeable advice,
support and referrals according to your unique circumstance.
Our mission is to achieve a drug-free world.
Our goal is to help drug addicts and families find a rehab.

Methamphetamine overview in Alaska

The state of Alaska is experiencing a raise in the availability of crystal meth. Small toxic laboratories continue to be discovered throughout the state of Alaska. The pseudoephedrine reduction method is the usual manufacturing method used for methamphetamine. Availability seems to be raising, both from local laboratories and from meth mailed or shipped into the state by various ways of transportation, mainly from the Western Unites States Alaska, along with other states in the Seattle Division.

Methamphetamine statistics in Alaska

During 2004, methamphetamine use and manufacturing increased significantly in Alaska.Availability of meth is increasing, both from local labs and from meth transported into the state.

There are an average of 50,000 citizens of the state of Alaska who have used methamphetamine at least once in their lifetime.

During 2004, the DEA and state and local authorities in Alaska reported 48 methamphetamine lab seizures. Also authorities reported that there were 14 children affected by methamphetamine laboratories in Alaska.

Meth treatment admissions per 100,000 citizens (2003):

Methamphetamine, especially crystal meth, is a growing menace in the state,even though cannabis is more widely abused. During 2003, 70 individuals sought treatment for meth addiction, or approximately 1.7% of all individuals seeking drug abuse treatment. Although this is a diminution from 2002, when 80 individuals sought treatment for meth abuse, it is an increase from 2000 when only 53 did. Meanwhile, the availability of locally-manufactured meth is rising. During 2004, a record 66 labs were seized by DEA, state and local authorities, in comparison to 35 in 2003 and only 15 in 2001.

Update:

The Combat Meth Act, signed by President Bush on March 9, 2006, offers minimum standards for retailers across the nation that sell products containing ephedrine and pseudoephedrine. The law limits sales to 3.6 grams of the base ingredient (the pure ephedrine or pseudoephedrine) per day and 9 grams per month, and requires that buyers provide identification and sign a sales log. Additionally, sellers must now keep these substances behind the counter or in a locked case and register on-line with the U.S. Attorney General.

How is meth produced?

Obviously, this document is not designed to teach people how to manufacture meth. Nonetheless, basic knowledge of the process enhances one’s understanding of the hazards involved in both the manufacture and use of methamphetamine as well as educating law-abiding citizens on how to determine if a meth lab is on or near your property.

Meth is a man-made drug. There are two main methods for cooking meth, P-2-P and ephedrine reduction. Both processes received their name from the principal precursor (ingredients) chemicals used in the production of meth. The P-2-P (phenyl-2-propanone) method is mainly used by wide drug cartels in Mexico. The possession or purchase of P-2-P is illicit in the United States. International drug cartels have access to P-2-P through illicit markets and manufacture meth in Mexico, and then distribute the finished product in the United States. P-2-P was legally accessible in the past and west coast motorcycle gangs utilized the P-2-P cooking way when they controlled the methamphetamine trade. The government’s restrictions on P-2-P forced meth production to take another direction.

The prohibition against P-2-P in the United States has resulted in nearly a total reliance upon ephedrine reduction. In this process, methamphetamine manufacturers usually referred to as cooks, chemically extract ephedrine or psuedoephedrine from over the counter cold medicines. Although meth users, cooks and law enforcement authorities refer to them as meth labs, they have little or no similarity to one’s normal image of a scientific laboratory. Clandestine labs are frequently simple, crude and consist of usual household items. Meth may be cooked in basements, old buildings, motel rooms, camping trailers and moving vehicles.

Once the ephedrine has been extracted, the cook will manufacture “Nazi” or “Red P” meth. Both “recipes” use heat and chemical reactions to manufacture the finished product, Methamphetamine Hydrochloride. The process is similar with the exception of the agents used in the reaction. In Nazi meth, the cook will add lithium strips, generally extracted from batteries, and anhydrous ammonia to the decreased ephedrine to start the chemical reaction. In the Red P recipe, red phosphorous, generally extracted from match tips, and iodine are used in lieu of lithium and anhydrous. The majority of the ingredients used in ephedrine reduction can be purchased licitly, thus contributing to its popularity. Usual household items used in the production of meth are denatured alcohol, ether, salt, drain cleaner, camping fuel, paint thinner and lye. Of course, most of us would be reluctant to ingest these ingredients. Nonetheless, the majority of these precursor ingredients are destroyed or consumed in the manufacturing process and the finished product does not contain the poisons used in the process. The accessibility of these items and the simplicity of the process contribute to meth’s rising popularity.

Usual items used in clandestine labs are coffee filters, hot plates, electric skillets, Pyrex dishes or bake ware, plastic tubing, funnels, rubber gloves, breathing masks and glass jars. Numerous law-abiding individuals have these items at home. Law enforcement authorities become suspicious when they find unusual combinations of these items and/or find them in unusual areas of the house.

Earlier we mentioned the use of anhydrous ammonia in the production of Nazi meth. Unlike the majority of the other precursor ingredients, anhydrous is not readily accessible to most citizens. Meth cookers frequently steal anhydrous from farms or agricultural chemical distributors. Because it is generally stored as a gas, the meth cooker will drain the anhydrous into a 20 lb propane tank, similar to the one you might have on your gas barbeque grill. Still, it is not illicit or necessarily suspicious to possess one of these tanks. Nonetheless, if the tank has been used to transport anhydrous the valves will discolor to a bluish tint and is frequently an indicator that meth production is afoot. Certain cooks will drain the anhydrous into a plastic or Styrofoam cooler and transport it in its liquid state.

Alaska Health agency

RADAR Network Agency: Alaska
Alaska Council on Prevention of Alcohol and Drug Abuse
3333 Denali Street, Suite 201
Anchorage, Alaska 99503

List of Meth Treatments by States