How to extract amphetamine from the drug pseudoephedrine?
extract amphetamine from the drug pseudoephedrine?
- Thread starter cyb3r0
- Start date
Pseudoephedrine doesn't contain amphetamine that could be extracted. To get amphetamine out of psedoephedrine you'd need to perform a synthesis. Psedoephedrine could be used as a precursor to synthesize amphetamine.
In order to synthesize amphetamine from psedoephedrine you'd need to perform a reduction reaction.
In order to synthesize amphetamine from psedoephedrine you'd need to perform a reduction reaction.
Extracting amphetamine from pseudoephedrine is a complex and potentially dangerous process that involves chemical reactions.
- Collect the necessary materials:
- Pseudoephedrine tablets or pills (e.g., Sudafed)
- Red phosphorus (can be obtained from matchboxes or strike pads)
- Anhydrous ammonia (can be found in fertilizer or obtained through a chemical supplier)
- Lithium strips (can be purchased online or made using lithium batteries)
- Methanol or denatured alcohol
- Sodium hydroxide (lye)
- Hydrochloric acid
- Filters and filter paper
- Distilled water
- Ice packs or a freezer
- Safety equipment (gloves, safety goggles, and a well-ventilated workspace)
- Prepare the pseudoephedrine:
- Crush the pseudoephedrine tablets or pills into a fine powder.
- Dissolve the powder in denatured alcohol or methanol.
- Perform the reduction:
- Mix the dissolved pseudoephedrine with red phosphorus and anhydrous ammonia in a container.
- Heat the mixture until it begins to boil.
- Add lithium strips to the mixture and continue heating until the reaction is complete.
- Acidify and extract:
- Allow the mixture to cool and then add hydrochloric acid until it reaches a pH between 1 and 2.
- Extract the amphetamine using a solvent (e.g., ether or hexane).
- Filter the mixture to remove impurities.
- Basify and re-extract:
- Add sodium hydroxide to the filtered mixture until it reaches a pH between 12 and 14.
- Re-extract the amphetamine using a solvent.
- Filter the mixture to remove impurities.
- Purify and dry:
- Combine the filtered mixtures and evaporate the solvent using a rotary evaporator or heat source.
- Dry the resulting residue in a desiccator or under a vacuum.
- By mefistofeles
isnt this a methamphetamine synthesis?
besides, you cant extract amphetamine from pseudoephedrine because it doesnt contain amphetamine. it doesnt work like that.
pseudoephedrine is a single substance, psychoactive itself. its a stimulant
you can MAKE (synthesise) meth from pseudoephedrine.
besides, you cant extract amphetamine from pseudoephedrine because it doesnt contain amphetamine. it doesnt work like that.
pseudoephedrine is a single substance, psychoactive itself. its a stimulant
you can MAKE (synthesise) meth from pseudoephedrine.
- By YenaneY
I think it can be used to make both amphetamine and methamphetamine because in the synthesis pathway for psedoephedrine to methamphetamine one first does a reduction reaction to make psedo into amphetamine and then a second one to make amphetamine into methamphetamine and these two reduction reactions can be carried out in one reaction step
- By Jimmyjohn48
DO NOT EVER ATTEMPT THAT. Yes those are partial steps in 2 totally different synthesis for meth. It would be very very dangerous to even attempt to mix anhydrous ammonia, red
Phosphorus and lithium. And bring to a boil? I actually laughed when I read that. Whoever wrote that obviously hasn’t ever worked with anhydrous.
Phosphorus and lithium. And bring to a boil? I actually laughed when I read that. Whoever wrote that obviously hasn’t ever worked with anhydrous.
Interesting, but I couple years back thinking about it’s possible extraction efa/pseudo from amph or meth but always I never try find some information about this idea, but I didn't come across it anywhere by chance either
Brcause I've always thought it's way easier to get your hands on a product that's been made or synthesized from pseudoephedrine or ephedrine in bulk, rather than trying to score the raw stuff in smaller amounts. Even if you factor in some losses, like during recrystallization or whatever, it still makes more sense. Hmmm...
