Deep dives into cannabinoid chemistry, isomerization, conversion reactions, and molecular science behind cannabis processing.

Water Soluble THC Powder: How It Is Made, the Spray Dryer Numbers, and Why Powders Fail

Water soluble THC powder is a nanoemulsion dried onto a carrier. Feed solids, wall-to-oil ratio, spray dryer temperatures, encapsulation efficiency, cyclodextrin mass penalty, and the failures that leave an oil ring in the drink.

By |2026-11-12T17:22:38+00:00November 12th, 2026|Cannabis Chemistry, Lab Techniques|Comments Off on Water Soluble THC Powder: How It Is Made, the Spray Dryer Numbers, and Why Powders Fail

Cannabis Gummy Manufacturing: Pectin vs Gelatin, Homogeneity, and Why Gummies Fail Potency Tests

Commercial cannabis gummy manufacturing is a sugar-confection process with one extra failure mode: the cannabinoid is an oil at about 1.0 g/mL dropped into a syrup at about 1.39 g/mL. High-methoxyl pectin gummies set only above 60 percent soluble solids and at a pH of roughly 2.8 to 3.5, so the acid goes in just [...]

By |2026-11-11T17:25:24+00:00November 10th, 2026|Cannabis Chemistry, Industry & Regulation, Lab Techniques|Comments Off on Cannabis Gummy Manufacturing: Pectin vs Gelatin, Homogeneity, and Why Gummies Fail Potency Tests

What THC Turns Into When Heated: The 400 to 800 C Pyrolysis Map, and Why Acetates Never Belong in a Cart

What happens to THC when heated comes down to one number, the temperature: past about 400 C, it stops being THC. In the first temperature-resolved map of THC pyrolysis (Nichols, Dane and Musah, Journal of Cannabis Research, September 2026), 0.25 mg of pure delta-9 THC made 3 small-molecule products at 400 C, 22 at 500 [...]

By |2026-11-11T17:25:37+00:00November 5th, 2026|Cannabis Chemistry, Cannabis Safety|0 Comments

CBDA to THCA Conversion: What the Chemistry Allows and What a Lab Can Prove

CBDA does not convert to THCA. Converted THCA is THC carboxylated back to an acid, and no lab has a validated method to prove THCA origin. Here is what the chemistry shows and what a lab can stack.

By |2026-11-03T18:54:07+00:00November 3rd, 2026|Cannabis Chemistry, Industry & Regulation, Lab Techniques|Comments Off on CBDA to THCA Conversion: What the Chemistry Allows and What a Lab Can Prove

How to Make Liquid Diamonds: Decarbed THCA, HTE Ratios, and Why Carts Turn to Sugar

Liquid diamonds are decarbed THCA diamonds recombined with high-terpene extract. The decarb endpoint, blend ratios, viscosity by temperature, and why carts sugar.

By |2026-10-29T17:55:11+00:00October 6th, 2026|Cannabis Chemistry, Extraction Techniques, Post-Processing|Comments Off on How to Make Liquid Diamonds: Decarbed THCA, HTE Ratios, and Why Carts Turn to Sugar

What Is Euphorinol (EPN)? The Real Molecule, the Fake Name, and How It Is Made

Euphorinol (EPN) is THC butanenitrile oxime, a fully synthetic cannabinoid built in seven steps from an industrial ketone. The real name, the fake name on supplier sheets, what is in the products, legality, safety, and the chemistry.

By |2026-11-05T17:18:57+00:00October 5th, 2026|Cannabis Chemistry, Industry & Regulation, Lab Techniques|Comments Off on What Is Euphorinol (EPN)? The Real Molecule, the Fake Name, and How It Is Made

How to Detect Converted THC: Solvent Fingerprints, Isomer Signatures, and the Colorado Methylene Chloride Recall

How labs, QA leads, and regulators detect CBD-to-THC conversion: the solvents that flag each route, USP 467 limits, the isomer thresholds (delta-8, delta-10, iso-THC, olivetol), the zinc tell, and what the Colorado StayCon methylene chloride recall exposed.

By |2026-11-11T17:25:50+00:00September 29th, 2026|Cannabis Chemistry, Industry & Regulation, Lab Techniques|Comments Off on How to Detect Converted THC: Solvent Fingerprints, Isomer Signatures, and the Colorado Methylene Chloride Recall

THC Remediation for Hemp Extracts: Crystallization vs Chromatography vs Degradation, With the Numbers

THC remediation for hot hemp extracts: crystallization, flash chromatography, and degradation compared on THC floor, CBD recovery, cost per kg, and failure modes.

By |2026-09-29T16:31:42+00:00September 10th, 2026|Cannabis Chemistry, Industry & Regulation, Post-Processing|Comments Off on THC Remediation for Hemp Extracts: Crystallization vs Chromatography vs Degradation, With the Numbers

Cannabis Extract pH Management: How Acid-Base Chemistry Controls Cannabinoid Stability and Isomerization

Most operators blame heat for potency loss. Half the time the real culprit is pH. Cannabinoids are weak acids, and their stability is governed by the acid-base environment they sit in at every wet step of processing. Neutral cannabinoids like THC and CBD carry a phenolic hydroxyl with a pKa near 9 to 10; the [...]

By |2026-09-01T20:51:03+00:00September 1st, 2026|Cannabis Chemistry, Post-Processing|Comments Off on Cannabis Extract pH Management: How Acid-Base Chemistry Controls Cannabinoid Stability and Isomerization

Rosin Press Science: What Actually Happens When Heat and Pressure Hit a Trichome

What Happens When You Press Rosin: The 30-Second Sequence Rosin pressing extracts cannabinoids and terpenes from cannabis by rupturing trichome gland heads at 150-220°F (65-104°C) under 300-1,000 PSI of material pressure, forcing a lipid-cannabinoid-terpene matrix through plant tissue and a filter medium in a process that takes 45-180 seconds. Capitate stalked trichome heads (50-100μm diameter) [...]

By |2026-10-19T16:07:19+00:00August 12th, 2026|Cannabis Chemistry, Extraction Techniques|Comments Off on Rosin Press Science: What Actually Happens When Heat and Pressure Hit a Trichome
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