Diethyl Ether

 
Diethyl ether 3D

Diethyl ether is not scheduled in the United States.

Addictive Potential: Low

Emergency Room Visits Yearly: Unknown

Mandatory Minimum Sentence: Unknown

Mechanism of Action:

Overview:

Alchemist Raymundus Lullus is credited with discovering the compound in 1275 AD, although there is no contemporary evidence of this. It was first synthesized in 1540 by Valerius Cordus, who called it "oil of sweet vitriol" (oleum dulcis vitrioli)—the name was because it was originally discovered by distilling a mixture of ethanol and sulfuric acid (then known as oil of vitriol)—and noted some of its medicinal properties. At about the same time, Theophrastus Bombastus von Hohenheim, better known as Paracelsus, discovered ether's analgesic properties. The name ether was given to the substance in 1730 by August Siegmund Frobenius.

Ether tends to be difficult to consume alone, and thus was often mixed with drugs like ethanol for recreational use. Ether may also be used as an inhalant.

Due to its immiscibility with water and the fact that non-polar organic compounds are highly soluble in it, ether is also used in the production of freebase cocaine, and is listed as a Table II precursor under the United Nations Convention Against Illicit Traffic in Narcotic Drugs and Psychotropic Substances.

 

Side Effects and Adverse Reactions:

Diethyl ether is prone to peroxide formation, and can form explosive diethyl ether peroxide. Ether peroxides are higher boiling and are contact explosives when dry. Diethyl ether is typically supplied with trace amounts of the antioxidant BHT (2,6-di-tert-butyl-4-methylphenol), which reduces the formation of peroxides. Storage over NaOH precipitates the intermediate ether hydroperoxides. Water and peroxides can be removed by either distillation from sodium and benzophenone, or by passing through a column of activated alumina.

Ether is an extremely flammable material. Open flames and even electrically heated devices should be avoided when using ether since it is easily ignited by a flame or spark. The autoignition temperature of ether is only 170°C (338°F), so it can be ignited by a hot surface without a flame or spark. A common practice in chemical labs is to use steam (thus limiting the temperature to 100°C (212°F) when ether must be heated or distilled.

 

Articles:

The Mystery of Mysteries: On the use of certain substances (like laughing gas, Ether and DXM) for the purpose of understanding the origin of the universe and similar mysteries

 

Research:

Occupational Safety and Health Guideline for Ether

 

E-books:

The NeuroSoup Trip Guide - The free e-book version of The Neurosoup Trip Guide is now available online. It contains chapters on Choosing the Right Hallucinogen; Set, Setting, and Preparation for a Trip; Tips for Tripsitters; Aspects of the Entheogenic Experience; Working with Difficult Experiences; Integration; and References and Recommended Reading.

 

More Info:

Visit the New Community Trip Reports Area

How to Work With Bad Trips

Buy Legal Entheogens