I didn't know where to publish this one, but here goes a little introduction of myself:
I'm a psychedelics lover. I experienced my first LSD trip at 17 years old, and since then I haven't stopped tripping. I made my first big mistake on LSD when I took almost 10 tabs (nine and a half), even though my maximum had only been about 3 tabs. It sent me to the hospital, with the police and everything. I cultivate my own psilocybin mushrooms, and now I'm about to attempt extracting DMT.
put together my own step-by-step doc for my setup (500 g batches, freezer path, 4 washes + water wash), pulling bits from [The Super Simple DMT Extraction Guide, Noman's tek - DMT-Nexus Wiki] and adapting it to the gear I actually have. I also built a small visual walkthrough (html, css, js) to follow in the lab so I don’t skip safety steps.
i made this one for a better way to follow steps (a least for me) what do you think ? will I get some good products ? (forget the 1kg batch ) - made with AI
══════════════════════════════════════════════════════════════
DMT — MAX YIELD
2 days · freezer · 4 washes · water wash · 500 g/batch
══════════════════════════════════════════════════════════════
CONCEPT
Canonical method: long soak + 4 solvent passes + water wash
→ freezer → filter the next day.
This file = fixed numbers + troubleshooting. In the lab use the wizard.
──────────────────────────────────────────────────────────────
1) NUMBERS PER BATCH
──────────────────────────────────────────────────────────────
500 g powdered plant material
200 g NaOH
2.5 L warm water (30-40 °C)
100 ml solvent × 4 washes (400 ml total — almost half the bottle)
50-80 ml water (water wash at the end)
1 kg plan: 2 batches × 500 g — same recipe.
Approximate times:
Day 1: ~2-3 h of work
Day 2: ~30-45 min
Solvent note: listed in lista.txt as Primus Power Fuel (VM&P naphtha).
──────────────────────────────────────────────────────────────
2) SAFETY
──────────────────────────────────────────────────────────────
✓ NaOH only in 2 L glass pitcher. Rinse the pitcher afterward.
✓ NaOH into water — never the reverse.
✓ Safety goggles + gloves + vinegar always within reach.
✓ Solvent: open ventilation; mix GENTLY — do not shake.
✓ Jar to freezer: foil on the glass mouth + plastic lid on top.
✓ Dry filter product IN OPEN AIR — NO fan overhead once dry.
✓ Weigh with a scale.
✗ No ammonia at any step.
✓ Solvent evap test once before the first batch (see §4).
──────────────────────────────────────────────────────────────
3) EQUIPMENT
──────────────────────────────────────────────────────────────
From Amazon (lista.txt):
5 L graduated bucket (Vitlab PE-HD)
2 L glass pitcher with lid (max 2 L per charge — see step 2)
NaOH 1 kg + solvent 1 L (Primus)
4 × 500 ml glass jars (1 collection, 1 recovered solvent, 2 spare)
scale + thermometer + pH strips
60 ml syringes ×5
coffee paper filter (Melitta) + funnel
safety goggles + nitrile gloves
white vinegar
From home:
plastic tray under the 5 L bucket
immersion blender
aluminum foil
Pyrex glass dish (evap test + filtering)
silicone spoon or spatula
freezer with space
dust mask (powder in step 1)
──────────────────────────────────────────────────────────────
4) EVAP TEST (once only, before the first batch)
──────────────────────────────────────────────────────────────
5 ml solvent on Pyrex dish → air dry → dish clean with no greasy stain = OK.
If it leaves greasy residue → do not use that solvent lot for extraction.
──────────────────────────────────────────────────────────────
5) DAY 1 CHECKLIST
──────────────────────────────────────────────────────────────
[ ] 500 g | 200 g NaOH | 2.5 L | 100 ml × 4 written down
[ ] Evap test done (first time)
[ ] ~400 ml fresh solvent available
[ ] Clean 500 ml jar for collection
[ ] Foil ready
[ ] Tray + 5 L bucket + 2 L pitcher
[ ] Goggles + gloves + vinegar + scale + pH
[ ] Ventilation from step 5 onward
[ ] Freezer space (jar upright, stable)
──────────────────────────────────────────────────────────────
6) DAY 1 — PROCEDURE
──────────────────────────────────────────────────────────────
STEP 0 — Set up the bench
WHAT YOU DO:
Tray → 5 L bucket on top. Pitcher, collection jar, vinegar, scale, pH, syringes.
Goggles + gloves.
---
STEP 1 — Plant material
WHAT YOU DO:
Weigh 500 g powdered material. Pour slowly into the 5 L bucket.
Dust mask recommended.
WHAT YOU WILL SEE:
Powder ~1/4 of the bucket volume.
DO NOT DO THIS:
Do not inhale powder.
---
STEP 2 — NaOH (2 L pitcher — 3 charges)
The pitcher holds 2 L. Do not put 2.5 L in at once.
WHAT YOU DO:
CHARGE 1 — Pitcher: 1 L water 30-40 °C + 100 g NaOH little by little → 5 L bucket
CHARGE 2 — Pitcher: 1 L water + 100 g NaOH little by little → 5 L bucket
CHARGE 3 — 0.5 L water into bucket (500 ml bottle or ~8 × 60 ml syringes)
Rinse pitcher → pour rinse into bucket
Stir 1 min. If the mix is hot, wait 1-2 min.
Measure pH: dip strip 2-3 s, compare to chart. Target: pH > 11.
If pH low → add NaOH little by little, stir, measure again.
WHAT YOU WILL SEE:
Dark thick slurry. Total ~2.5 L.
DO NOT DO THIS:
Do not pour water onto dry NaOH in the pitcher.
---
STEP 3 — Soak (1.5 to 2 hours)
WHAT YOU DO:
Stir 1-2 min with long spoon or gloved hand.
Timer 90-120 min. Total stillness — do not touch the bucket.
WHAT YOU WILL SEE:
Quiet slurry. More time = better extraction (max-yield advantage).
---
STEP 4 — Immersion blender
WHAT YOU DO:
~5 min low speed.
WHAT YOU WILL SEE:
Uniform mix.
---
STEP 5 — Four solvent washes (ventilation REQUIRED)
All clear liquid goes into the SAME 500 ml jar.
Repeat 4 times:
WHAT YOU DO:
1. 100 ml solvent into 5 L bucket
2. Gentle mix ~1 min (tilt bucket, slow rotations — DO NOT shake)
Use spoon; blender OFF for this step.
3. Timer 20 min without moving
4. Syringe: clear top layer only → jar
5. If cloudy → stop, do not keep sucking mud
WHAT YOU WILL SEE:
Wash 1 = most abundant and clearest.
Wash 2 = less volume.
Wash 3 = small amount.
Wash 4 = very little — normal. Be conservative with the syringe.
Solvent per wash:
Batch 1: fresh solvent from bottle for all 4 (400 ml total).
Batch 2: you may reuse recovered solvent on wash 3 or 4.
DO NOT DO THIS:
Do not shake. Do not smoke. Not near open flame.
---
STEP 6 — Water wash
WHAT YOU DO:
To the jar with solvent from all 4 washes: add 50-80 ml clean water.
VERY gentle rotations. Rest 10-15 min.
Two layers: solvent on top, water on bottom.
Syringe: top solvent only → clean jar (you may empty and reuse the same jar).
Discard bottom water.
WHAT YOU WILL SEE:
Separated layers.
IF SOMETHING GOES WRONG:
Milky mix that will not separate → skip water wash, go straight to freezer with what you have.
---
STEP 7 — Freezer
WHAT YOU DO:
When the jar holds all solvent (after water wash or without it):
Aluminum foil directly on the glass mouth (touching the rim).
Plastic jar lid on top of the foil.
Label: date + "batch 1" (or 2).
Freezer 8-12 h minimum. Jar upright, stable.
WHAT YOU WILL SEE:
Yellow liquid in the jar. Next day there may be crystals or precipitate — normal.
DO NOT DO THIS:
Do not fill the jar to the rim — leave air space.
──────────────────────────────────────────────────────────────
7) DAY 2 CHECKLIST
──────────────────────────────────────────────────────────────
[ ] Paper filter + funnel + Pyrex + spatula
[ ] Empty jar labeled "recovered solvent"
[ ] Small jar for dry product
──────────────────────────────────────────────────────────────
8) DAY 2 — FILTER + CLEAN UP
──────────────────────────────────────────────────────────────
STEP 8 — Filter and recover solvent
WHAT YOU DO:
Remove jar from freezer. Let sit 5 min at room temperature.
Set up paper filter + funnel over Pyrex.
Pour jar contents SLOWLY.
With spatula, scrape anything stuck in the jar → filter.
Liquid passing into Pyrex = recovered solvent → labeled jar #2.
What stays on the paper filter = product → let dry IN OPEN AIR.
When dry: spatula → small jar. Label · store cool and dark.
Used filter → trash.
WHAT YOU WILL SEE:
Filter with solid material or crystals on top.
Pyrex with yellow solvent below (= recovered for batch 2).
IF SOMETHING GOES WRONG:
Little product on filter → normal in batch 1; air-dry longer.
Filter very wet → dry longer without fan overhead.
DO NOT DO THIS:
NO fan directly on dry filter — yellows the product.
---
STEP 9 — Clean up
WHAT YOU DO:
5 L bucket (mud): vinegar + plenty of water → drain.
Rinse bucket, syringes, collection jar.
Store remaining powdered material for batch 2.
──────────────────────────────────────────────────────────────
9) BATCH 2 / 1 KG PLAN
──────────────────────────────────────────────────────────────
Another 500 g. Same recipe (§1–§8).
You may reuse recovered solvent on wash 3 or 4 of batch 2.
──────────────────────────────────────────────────────────────
10) QUICK REFERENCE
──────────────────────────────────────────────────────────────
DAY 1:
500 g | 200 g NaOH | 2.5 L → soak 2 h → 5 min blender
→ 4×(100 ml solvent + gentle + 20 min + syringe → jar)
→ water wash → foil → freezer
DAY 2:
remove from freezer → filter → Pyrex (recovered solvent) → air-dry filter, no fan
→ product to jar → clean up
──────────────────────────────────────────────────────────────
11) IF SOMETHING GOES WRONG
──────────────────────────────────────────────────────────────
pH < 11 after all 3 charges
→ NaOH little by little, stir 1 min, wait if hot, measure again
Hot mix when measuring pH
→ wait 1-2 min, dip strip 2-3 s, read
Water wash layers do not separate
→ skip water wash, go straight to freezer
Little product on filter (batch 1)
→ normal; air-dry longer, no fan
Filter very wet on day 2
→ more air time; do not speed up with fan
Syringe pulls mud/cloudy material during washes
→ stop that wash; do not continue; better to lose a little than contaminate the jar
Strong odor in freezer
→ foil poorly applied or jar filled to the rim; fix next batch
──────────────────────────────────────────────────────────────
SAFETY (reminder)
──────────────────────────────────────────────────────────────
✓ NaOH + solvent = work with ventilation and full PPE
✓ Vinegar neutralizes NaOH spills
✓ Evap test before the first batch
✗ No ammonia · no shaking with solvent · no fan on dry product
══════════════════════════════════════════════════════════════
I'm a psychedelics lover. I experienced my first LSD trip at 17 years old, and since then I haven't stopped tripping. I made my first big mistake on LSD when I took almost 10 tabs (nine and a half), even though my maximum had only been about 3 tabs. It sent me to the hospital, with the police and everything. I cultivate my own psilocybin mushrooms, and now I'm about to attempt extracting DMT.
put together my own step-by-step doc for my setup (500 g batches, freezer path, 4 washes + water wash), pulling bits from [The Super Simple DMT Extraction Guide, Noman's tek - DMT-Nexus Wiki] and adapting it to the gear I actually have. I also built a small visual walkthrough (html, css, js) to follow in the lab so I don’t skip safety steps.
i made this one for a better way to follow steps (a least for me) what do you think ? will I get some good products ? (forget the 1kg batch ) - made with AI
══════════════════════════════════════════════════════════════
DMT — MAX YIELD
2 days · freezer · 4 washes · water wash · 500 g/batch
══════════════════════════════════════════════════════════════
CONCEPT
Canonical method: long soak + 4 solvent passes + water wash
→ freezer → filter the next day.
This file = fixed numbers + troubleshooting. In the lab use the wizard.
──────────────────────────────────────────────────────────────
1) NUMBERS PER BATCH
──────────────────────────────────────────────────────────────
500 g powdered plant material
200 g NaOH
2.5 L warm water (30-40 °C)
100 ml solvent × 4 washes (400 ml total — almost half the bottle)
50-80 ml water (water wash at the end)
1 kg plan: 2 batches × 500 g — same recipe.
Approximate times:
Day 1: ~2-3 h of work
Day 2: ~30-45 min
Solvent note: listed in lista.txt as Primus Power Fuel (VM&P naphtha).
──────────────────────────────────────────────────────────────
2) SAFETY
──────────────────────────────────────────────────────────────
✓ NaOH only in 2 L glass pitcher. Rinse the pitcher afterward.
✓ NaOH into water — never the reverse.
✓ Safety goggles + gloves + vinegar always within reach.
✓ Solvent: open ventilation; mix GENTLY — do not shake.
✓ Jar to freezer: foil on the glass mouth + plastic lid on top.
✓ Dry filter product IN OPEN AIR — NO fan overhead once dry.
✓ Weigh with a scale.
✗ No ammonia at any step.
✓ Solvent evap test once before the first batch (see §4).
──────────────────────────────────────────────────────────────
3) EQUIPMENT
──────────────────────────────────────────────────────────────
From Amazon (lista.txt):
5 L graduated bucket (Vitlab PE-HD)
2 L glass pitcher with lid (max 2 L per charge — see step 2)
NaOH 1 kg + solvent 1 L (Primus)
4 × 500 ml glass jars (1 collection, 1 recovered solvent, 2 spare)
scale + thermometer + pH strips
60 ml syringes ×5
coffee paper filter (Melitta) + funnel
safety goggles + nitrile gloves
white vinegar
From home:
plastic tray under the 5 L bucket
immersion blender
aluminum foil
Pyrex glass dish (evap test + filtering)
silicone spoon or spatula
freezer with space
dust mask (powder in step 1)
──────────────────────────────────────────────────────────────
4) EVAP TEST (once only, before the first batch)
──────────────────────────────────────────────────────────────
5 ml solvent on Pyrex dish → air dry → dish clean with no greasy stain = OK.
If it leaves greasy residue → do not use that solvent lot for extraction.
──────────────────────────────────────────────────────────────
5) DAY 1 CHECKLIST
──────────────────────────────────────────────────────────────
[ ] 500 g | 200 g NaOH | 2.5 L | 100 ml × 4 written down
[ ] Evap test done (first time)
[ ] ~400 ml fresh solvent available
[ ] Clean 500 ml jar for collection
[ ] Foil ready
[ ] Tray + 5 L bucket + 2 L pitcher
[ ] Goggles + gloves + vinegar + scale + pH
[ ] Ventilation from step 5 onward
[ ] Freezer space (jar upright, stable)
──────────────────────────────────────────────────────────────
6) DAY 1 — PROCEDURE
──────────────────────────────────────────────────────────────
STEP 0 — Set up the bench
WHAT YOU DO:
Tray → 5 L bucket on top. Pitcher, collection jar, vinegar, scale, pH, syringes.
Goggles + gloves.
---
STEP 1 — Plant material
WHAT YOU DO:
Weigh 500 g powdered material. Pour slowly into the 5 L bucket.
Dust mask recommended.
WHAT YOU WILL SEE:
Powder ~1/4 of the bucket volume.
DO NOT DO THIS:
Do not inhale powder.
---
STEP 2 — NaOH (2 L pitcher — 3 charges)
The pitcher holds 2 L. Do not put 2.5 L in at once.
WHAT YOU DO:
CHARGE 1 — Pitcher: 1 L water 30-40 °C + 100 g NaOH little by little → 5 L bucket
CHARGE 2 — Pitcher: 1 L water + 100 g NaOH little by little → 5 L bucket
CHARGE 3 — 0.5 L water into bucket (500 ml bottle or ~8 × 60 ml syringes)
Rinse pitcher → pour rinse into bucket
Stir 1 min. If the mix is hot, wait 1-2 min.
Measure pH: dip strip 2-3 s, compare to chart. Target: pH > 11.
If pH low → add NaOH little by little, stir, measure again.
WHAT YOU WILL SEE:
Dark thick slurry. Total ~2.5 L.
DO NOT DO THIS:
Do not pour water onto dry NaOH in the pitcher.
---
STEP 3 — Soak (1.5 to 2 hours)
WHAT YOU DO:
Stir 1-2 min with long spoon or gloved hand.
Timer 90-120 min. Total stillness — do not touch the bucket.
WHAT YOU WILL SEE:
Quiet slurry. More time = better extraction (max-yield advantage).
---
STEP 4 — Immersion blender
WHAT YOU DO:
~5 min low speed.
WHAT YOU WILL SEE:
Uniform mix.
---
STEP 5 — Four solvent washes (ventilation REQUIRED)
All clear liquid goes into the SAME 500 ml jar.
Repeat 4 times:
WHAT YOU DO:
1. 100 ml solvent into 5 L bucket
2. Gentle mix ~1 min (tilt bucket, slow rotations — DO NOT shake)
Use spoon; blender OFF for this step.
3. Timer 20 min without moving
4. Syringe: clear top layer only → jar
5. If cloudy → stop, do not keep sucking mud
WHAT YOU WILL SEE:
Wash 1 = most abundant and clearest.
Wash 2 = less volume.
Wash 3 = small amount.
Wash 4 = very little — normal. Be conservative with the syringe.
Solvent per wash:
Batch 1: fresh solvent from bottle for all 4 (400 ml total).
Batch 2: you may reuse recovered solvent on wash 3 or 4.
DO NOT DO THIS:
Do not shake. Do not smoke. Not near open flame.
---
STEP 6 — Water wash
WHAT YOU DO:
To the jar with solvent from all 4 washes: add 50-80 ml clean water.
VERY gentle rotations. Rest 10-15 min.
Two layers: solvent on top, water on bottom.
Syringe: top solvent only → clean jar (you may empty and reuse the same jar).
Discard bottom water.
WHAT YOU WILL SEE:
Separated layers.
IF SOMETHING GOES WRONG:
Milky mix that will not separate → skip water wash, go straight to freezer with what you have.
---
STEP 7 — Freezer
WHAT YOU DO:
When the jar holds all solvent (after water wash or without it):
Aluminum foil directly on the glass mouth (touching the rim).
Plastic jar lid on top of the foil.
Label: date + "batch 1" (or 2).
Freezer 8-12 h minimum. Jar upright, stable.
WHAT YOU WILL SEE:
Yellow liquid in the jar. Next day there may be crystals or precipitate — normal.
DO NOT DO THIS:
Do not fill the jar to the rim — leave air space.
──────────────────────────────────────────────────────────────
7) DAY 2 CHECKLIST
──────────────────────────────────────────────────────────────
[ ] Paper filter + funnel + Pyrex + spatula
[ ] Empty jar labeled "recovered solvent"
[ ] Small jar for dry product
──────────────────────────────────────────────────────────────
8) DAY 2 — FILTER + CLEAN UP
──────────────────────────────────────────────────────────────
STEP 8 — Filter and recover solvent
WHAT YOU DO:
Remove jar from freezer. Let sit 5 min at room temperature.
Set up paper filter + funnel over Pyrex.
Pour jar contents SLOWLY.
With spatula, scrape anything stuck in the jar → filter.
Liquid passing into Pyrex = recovered solvent → labeled jar #2.
What stays on the paper filter = product → let dry IN OPEN AIR.
When dry: spatula → small jar. Label · store cool and dark.
Used filter → trash.
WHAT YOU WILL SEE:
Filter with solid material or crystals on top.
Pyrex with yellow solvent below (= recovered for batch 2).
IF SOMETHING GOES WRONG:
Little product on filter → normal in batch 1; air-dry longer.
Filter very wet → dry longer without fan overhead.
DO NOT DO THIS:
NO fan directly on dry filter — yellows the product.
---
STEP 9 — Clean up
WHAT YOU DO:
5 L bucket (mud): vinegar + plenty of water → drain.
Rinse bucket, syringes, collection jar.
Store remaining powdered material for batch 2.
──────────────────────────────────────────────────────────────
9) BATCH 2 / 1 KG PLAN
──────────────────────────────────────────────────────────────
Another 500 g. Same recipe (§1–§8).
You may reuse recovered solvent on wash 3 or 4 of batch 2.
──────────────────────────────────────────────────────────────
10) QUICK REFERENCE
──────────────────────────────────────────────────────────────
DAY 1:
500 g | 200 g NaOH | 2.5 L → soak 2 h → 5 min blender
→ 4×(100 ml solvent + gentle + 20 min + syringe → jar)
→ water wash → foil → freezer
DAY 2:
remove from freezer → filter → Pyrex (recovered solvent) → air-dry filter, no fan
→ product to jar → clean up
──────────────────────────────────────────────────────────────
11) IF SOMETHING GOES WRONG
──────────────────────────────────────────────────────────────
pH < 11 after all 3 charges
→ NaOH little by little, stir 1 min, wait if hot, measure again
Hot mix when measuring pH
→ wait 1-2 min, dip strip 2-3 s, read
Water wash layers do not separate
→ skip water wash, go straight to freezer
Little product on filter (batch 1)
→ normal; air-dry longer, no fan
Filter very wet on day 2
→ more air time; do not speed up with fan
Syringe pulls mud/cloudy material during washes
→ stop that wash; do not continue; better to lose a little than contaminate the jar
Strong odor in freezer
→ foil poorly applied or jar filled to the rim; fix next batch
──────────────────────────────────────────────────────────────
SAFETY (reminder)
──────────────────────────────────────────────────────────────
✓ NaOH + solvent = work with ventilation and full PPE
✓ Vinegar neutralizes NaOH spills
✓ Evap test before the first batch
✗ No ammonia · no shaking with solvent · no fan on dry product
══════════════════════════════════════════════════════════════
