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Did you know that drying weed is one of the most crucial steps in the cultivation process?

Drying weed is both an art & a science when drying & curing buds…

Get it RIGHT & you’ll have a top-shelf product… OR get it WRONG & you risk losing potency, flavor & even risk consumer safety (or get shut down by gov’t regulators)…

Learn the simple steps from – how to dry weed so you’ll KNOW exactly how to cure weed – that’ll build a high-income skill when drying & curing weed for beginnings…

We’ll break down the exact steps for drying weed effectively to maximize both quality & yield ($$$) while ensuring consumer safety & ALWAYS ensure gov’t compliance.

Perfecting this can be the difference between a mediocre product & a market-leading one that could be a @hightimes “Canna Cup Winner”…

Drop a comment if you found this video helpful & let’s keep the conversation going!

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Disclaimer: If at any point in this video, you think, I can’t understand this, you might not be cut out to be in this “Green Rush”…

BUT, if you’re willing to do the work, then this roadmap is for you.

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Table of Contents
– Introduction to Drying & Water Activity
– Controlling Mold During Drying
– How to Measure Moisture Content
– Alternatives to Loss-on-Drying Methods
– Maximizing Quality & Yield ($$$)
– Understanding Moisture Models
– Using a Chilled Mirror Hygrometer
– Weed Drying Standards

1. Introduction to Drying & Water Activity
Water Activity (aw) is a key factor in drying weed & is often associated with Relative Humidity (RH)… so in the context of weed, it refers to the moisture content within the plant material.

Learn how to dry ganja so that when it reaches “equilibrium” with its surrounding air, the RH matches its Water Activity (aw) when drying weed & knowing the optimal “done” point is essential.

2. Controlling Mold During Drying
Weed mold & fungus microbial growth depends on Water Activity levels & by reducing the Water Activity of weed plants to a certain threshold then fungus mold growth can be prevented.

Mold control relies on maintaining Water Activity below 0.65 aw, as higher levels allow mold to thrive so regular testing during drying helps ensure compliance with safety standards & preserves the crop’s quality.

3. How to Measure Moisture Content
Moisture content is often measured using a loss-on-drying method, where a weed sample is weighed before & after drying – this weight difference reflects the moisture percentage.

However, this method has limitations, such as difficulty defining “fully dry weed” & potential inaccuracies due to volatile compound loss.

4. Alternatives to Loss-on-Drying Methods
Karl Fischer titration, common in the pharmaceutical industry, precisely measures water content but requires hazardous reagents & expert handling.

Another effective alternative is the moisture sorption isotherm method, which determines moisture levels based on Water Activity changes during drying.

5. Maximizing Quality & Yield
Precision in moisture measurements is crucial for achieving consistent quality & yield along with having a variation of just ±1% in moisture can significantly impact yield.

By setting a Water Activity specification (e.g., 0.62 aw) plus using precise tools like a chilled-mirror hygrometer, cultivators can ensure that dried ganja maintains high quality & safety while maximizing yield.

6. Understanding Moisture Models
Moisture models map the changes in Water Activity during drying & despite differences in genetics (strain variations), testing shows consistent isotherm curves across ganja strains.

Instruments like vapor sorption analyzers create desorption & adsorption curves to reflect moisture changes, offering insights into optimal drying & rehydration processes.

7. Chilled Mirror Hygrometer
The chilled-mirror hygrometer is one of the most reliable tools for measuring Water Activity in dried weed & provides quick, accurate results & is less affected by contamination than other sensors.

8. Plant Drying Standards
Regulations for dried weed vary by jurisdiction, but maintaining safe Water Activity levels is crucial across the board.

Direct moisture measurement methods, such as oven drying & Karl Fischer titration, offer higher precision, while indirect methods, like infrared spectroscopy, require calibration to direct methods.

This is THE step-by-step guide I wish anyone starts drying & curing weed for beginners…