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Toshido's A/B Hot Plate TEK (Pictorial)

Migrated topic.
OrangeEnergy said:
'Your' tec is nothing more than a copying of the other excellent A/B tecs, with a few pictures, one of which has your face in. Thought you might want to remove that. Fairly basic rule of not identifying yourself on an anonymous forum dealing with illegal substances.

It clearly states what my process borrows from, complete with hyperlinks and member credits. And again, no picture of my face.
Toshido said:
This first version draws loosely from the below TEKS.

Cybs Hybrid ATB Salt Tek

Psilosopher?'s ATB Tek

Cybs Max Ion Tek

Earthwalker's ACRB Tek


Thanks to....
sauSage,Artificer,TheSofaTraveler,Jacubey,CosmicLion,JungleHeart,endlessness,KingTryptamine,downwardsfromzero,The Traveler,Hailstorm, and benzyme for your kindness, patience, and guidance. Your self discipline throughout my constant barrage of questions is something that will most certainly be paid forward indefinitely and immeasurably.

Moving on. Anyways, updates to come soon.
 
Changing image hosting sites has fixed the issue. Time to put some xtal porn back on here.

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Hi guys,

in step 4 how long I have to do turn on the hot plate and magnetic stirrer?

in step 5 how long I have to turn on the magnetic stirrer 1000rpm?

because I don't find thank you
 
Hi guys,

in step 4 how long I have to do turn on the hot plate and magnetic stirrer?

in step 5 how long I have to turn on the magnetic stirrer 1000rpm?

because I don't find thank you
Total Estimated Tek Time: 2 Hours
^This information should allow you to extrapolate a sensible value. A few minutes should suffice. Maybe ten minutes for mixing with the naphtha, but even that's a fairly generous amount.

We're looking at a partition equlibration of a non-polar solute between a polar and a non-polar solvent, at least in the latter case. Stirring brings the two phases into thorough contact fairly promptly, so it doesn't need to go on for a particularly long time.
 
Just curious on your step 6. Your tek says stir 1 minute, settle 1 minute, pull (repeat 4 more)

But I noticed Cyb’s Hybrid ATB says to stir/settle 5x, THEN pull. (repeat 4 more)

Do you think there would be any difference?
 
Just curious on your step 6. Your tek says stir 1 minute, settle 1 minute, pull (repeat 4 more)

But I noticed Cyb’s Hybrid ATB says to stir/settle 5x, THEN pull. (repeat 4 more)

Do you think there would be any difference?
Hey Animaus, it sounds like you don't really understand the concepts at play here.

Check out Entropymancer's DMT Extraction Overview.

It's a really handy resource that will help with all of the questions you've been asking by outlining and explaining the conceptual underpinnings of the extraction process.

A little bit of reading goes a long way, and I think you'll be surprised by how many questions you'll be able to answer once you've read it 😀
 
@Toshido hasn't been around for some while, but my observation is that this method is focussed on speed and purity though the use of magnetic stirring, whereas @cyb's doesn't specifically use it. The 5 repeats of manual stirring/shaking would likely achieve a similar level of contact between the aqueous and the non polar phases as a single rapid mechanical stir would.

The recommendation on background reading is also a sound one ;)
 
Toshido here! Having a hard time recovering my old account, but cool that someone dug this up and followed the TEK! I'll be continuing my extraction runs and tweaking more variables to see if I can pull more out of the bark yield wise!
Welcome back!

Let's see if @The Traveler or @dreamer042 can help us out.

One love
 
First of all, thank you @Toshido for all the work you've put into making this guide so easily understandable with all the photos and documentation.

However, my friend has followed the guide to the point twice, and somehow both times something failed, as she didn't get any crystals forming in the naphtha after the freeze precipitation process (i was her first A/B extractions, after doing many successful STB extractions with the same powdered bark).
So, now she's trying to pinpoint where it went wrong. She has a few questions..

* At step 1-2 (mixing water, vinegar and MHRB for 45mins), she didn't keep a constant temperature of 70c, since the magnetic stirrer she doesn't supply enough heat to keep the temperature. So a heat bath was used to heat up the mixture to 75-80c, and while stirring it would slowly drop to 65c, then heating again to 75-80c etc etc until 45-60mins of mixing had been reached. Seems unlikely that this would affect the result, but she thought better to mention it anyway..

* At step 6 (adding 50ml of naphtha, stirring 1min, resting 1min, then pulling the naphtha), at what temperature is the mixture? And the naphtha when added to the mixture, is it at room temperature? During the pulling phase, do you take care to keep a warm temperature throughout?
During the second extraction, she did the extraction with 40ml and subsequently 30ml naphtha instead of 50ml, hoping it'd be more saturated, but without any change in result. She also kept the mixture of naphtha stirring for 5mins instead of 1min, hoping that this would make a difference, but still no crystals formed during freeze precip.

She would also like to mention...

* ...that while pouring the base into the acidic solution (step 5), she believes she saw the "DMT crash". She saw big white clouds form in the acidic solution when the base was added, which after some seconds start disappearing into the dark basified part of the solution, before the whole solution starts turning dark as night. So, she thinks that this is a sign that the acidification process was successful, and the filtered acidic solution did contain DMT as it should?


She really hopes someone is around to shed some light on this, it's very frustrating to end up with failed results after several ambitious but failed attempts!
 
Hi, welcome to your first post! 😄

To address your questions in order:
  • The temperature fluctations during the acidic brewing phase should be of little consequence.
  • Regarding solvent temperature:
    Fast Evap: - After pulling your hot NPS from your flask into your measuring cylinder and then decanting the solvent into your crystallization dish, you can place it back on your hot plate (no magnetic stirrer needed this time) to further reduce your solvent volume. When Naphtha is hot, it evaporates quickly. It's boiling point is 98C (so don't over do it, keep it at 70C-75C. To aid in evaporating your hot solvent, you can add a small fan to be placed next to the crystallization dish with the fan pointing upwards in order to create a vortex to push hot air out and up. Once your solution is down to about 75ml it's safe to turn off the hotplate, as it will continue to evap as it cools to room temperature. After that, start your slow freeze supplemental procedure.

    [PLEASE NOTE THAT QUICKLY EVAPORATING SOLVENTS INDOORS CAN BE DANGEROUS, I TOOK THIS PICTURE FOR THE TEK, BUT REST ASSURED THE HOTPLATE, DISH WITH SOLVENT, AND FAN ARE MOVED TO A WINDOW TO BE SAFELY BLOWN OUTSIDE.]
  • This seems to imply you'll be pulling from a hot solution, but the exact temperature varies with personal preference as well as with the exact properties of your particular batch of solvent. Somewhere between room temperature and 70°C should get you satisfactory products. Lower temperatures typically produce whiter spice, however.
  • Adding naphtha to warm 'soup' rapidly equlibrates in the direction of the aqueous phase, since the specific heat capacity of water is significantly higher than that of naphtha. Similarly, cold soup would rapidly cool down hot naphtha.

The clouding observed on addition of base may or may not have been DMT. The bark brew contains a large number of other substances, of course - any to many of which could also contribute to the turbidity.

It does seem as though the core points of the extraction were followed correctly. There are several possible reasons for null results with freeze precipitation:
  • weak or bunk bark
  • insufficient saturation of the naphtha (too much used → evaporate or use mini A/B to concentrate)
  • unsuitable naphtha composition (excessive aromatic content inhibits freeze precip →use an alternative recovery method)
  • freezer not cold enough
  • insufficient wait time
  • new dish lacks nucleation points (→scratch it gently a few times with a fork)

Hope this helps! Feel free to ask for further clarification.
 
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