Clandestine Drug Manufacturing and Grow Operations Notes
Page 1
Introduction to Clandestine Drug and Grow Operations
TPO: The course focuses on recognizing the dangers and risks from clandestine labs and growing operations & take the
appropriate actions when responding
EPO #1: Recognizing clandestine methamphetamine labs and understanding precursor chemicals and hazards.
EPO #2: Recognizing clandestine marijuana grows and identifying environmental hazards associated with these scenes.
Page 2
Clandestine Drug Manufacturing Operations
Clandestine labs have been active in the U.S. for decades.
Students will recognize different types of clandestine narcotics manufacturing methods.
Key Terminology:
Clandestine labs: Secret labs used for illicit drug production.
Narcotics: Drugs that dull the senses and are often illegal.
Page 3
Growth in Clandestine Labs
Accessibility of information:
Detailed instructions for drug manufacturing are easily found online.
New methods allow production from readily available chemicals.
The popularity of methamphetamine is linked to simpler production methods.
Types of Methamphetamine Labs:
Small-Scale Labs: Produce 1 to 4 ounces per cycle; mainly for personal use and small sales.
“Super” Labs:
Located mainly in southern California and Mexico.
Can produce ten or more pounds per cycle.
Page 4
Characteristics of Small-Scale Labs
Operational Aspects:
Often referred to as “mom & pop” or “Beavis & Butthead” labs.
Responsible for 90% of the labs, yet only contribute to 20% of total meth production due to the sheer size and output of super labs.
Dependency among operators often fuels production cycles.
Page 5
Mobility and Risks Involved
Small labs can be mobile, set up and dismantled easily.
This mobility helps operators evade law enforcement and avoid being held accountable for hazardous materials clean-up.
Key Chemicals & Equipment:
Ephedrine, pseudoephedrine, and others are commonly used in small labs.
Page 6
Regulatory Impacts on Clandestine Labs
March 2006: U.S. banned over-the-counter sales of certain cold medicines, impacting small-time cooks' access to precursor chemicals.
This regulation shift led to a decline in smaller labs and an increase in Mexican cartels and super labs for production.
3 Cooking Methods for Methamphetamine:
Phenyl-2-propanone (P2P) method
Red phosphorous method
Nazi dope method: Involves lithium or sodium, referencing historical military use.
Page 7
Methamphetamine Production Methods
Each method has varying complexities and potential fallout.
The One Pot method allows for dangerous production in a singular reaction vessel, increasing risks of explosions.
Page 10
Explosion Risks and Waste Management
Roughly 20% of labs are discovered through explosions.
Every pound of meth produces 5-6 pounds of hazardous waste, often disposed of unsafely, creating environmental and health risks.
Page 12
Odor Indicators of Meth Labs
Certain smells can signal the presence of a meth lab:
Garlic - phosphine
Rotten eggs - sulfur
Cat urine - ammonia
Nail polish remover - acetone
Hospital smell - ether
It’s crucial to gather intelligence and ascertain hazards before approaching suspected labs.
Page 14
Response Protocols
Fire departments and HAZMAT teams should be on standby when investigating suspected labs.
DEA notification protocols apply especially for labs found on Air Force property.
COL’s
How many pounds of waste is produced by every pound of
methamphetamine produced?
5-6
EPO #2
Clandestine Marijuana Grow Operations
Increasing instances of illegal marijuana growth on public and private lands, including Air Force properties.
Risks involved encompass environmental hazards to the community, with growing operations causing extensive property damage.
locations
Leased properties
Comercial spaces
Residential homes
Apartments
Page 16
Locations for Indoor Grow Operations
Grow sites are small and unattended
Common locations for clandestine grows include basements and other concealed spaces to avoid damage to personal property.
Law enforcement has executed numerous raids resulting in significant seizures of marijuana.
Indicators
Mysterious sources of moisture, such as a history of toilet and sink backups
Operators of clandestine indoor grow operations put a lot of debris, such as soil and plant parts, down the drain
Water damage and mold, but no obvious source of where the moisture came from
Disconnected flues, exhausts of natural gas or propane gas appliances, such as hot water heaters, ranges, HVAC system furnaces, and dryers, so they vent indoors
Info to Collect
COL’s
How are most clandestine marijuana grow operations classified?
small and unattended
EPO #3
Non-Traditional Clandestine Manufacturing Operations
The rise in non-traditional drug manufacturing such as DMT extraction from Mimosa Hostilis.
Methods include using solvents which pose additional risks including toxicity and serious health hazards.
solvents used:
N-hexane
Ethyl acetate
N-butanol
Dichloromethane
Chloroform
Lazymans: most common manufacturing method
Hazard Awareness
A Hazmat team should be contacted if a DMT
lab is discovered
Page 22
Quick Methods of Mushroom Growth
Overview of techniques for cultivating mushrooms, including the sterilization process and the use of agar methods in safe environments.
Page 24
Conclusion
A comprehensive understanding of clandestine drug operations is essential for law enforcement, including recognition of various drug types and their hazards.
Constant awareness of evolving methods and regulations is imperative for effective response and mitigation strategies.
CoL
The straight-to-base method of extraction is used to extract what drug?
DMT