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Occurring either naturally within the plant, or upon “ decarboxylation ” (heating the plant material), these acids are non-enzymatically decarboxylated into their corresponding neutral forms (THC and CBD). THCA is non-psychoactive (meaning it does not produce mind and body altering effects). If you want to achieve the full psychoactive effects of your butters, fats, oils, sugars or alcohols, decarboxylating the plant material to convert the THCA to THC prior to infusion is essential. Control of heating temperatures and times is critical when cooking with cannabis. At about 70% decarboxylation, THC is converted to CBN at a faster rate than the THCA is converted to THC.

Higher CBN levels will produce more sedative effects. Studies show cannabidiol (CBD) has tremendous medical potential, especially in the treatment of seizure disorders and pediatric patients. Indications also suggest CBD lowers blood sugar, which makes it desirable for treating diabetes. Its sedative properties make it useful in the treatment of stress-related and sleep disorders. Unlike THCA and THC, converting CBDA to CBD will not make a psychoactive product. This makes it ideal for treating children, the aged or patients that prefer less psychoactive effects. THC vaporizes quicker than CBD, so decarboxylating higher CBD varieties may produce higher CBD-enriched material.

However, if you are not using a high CBD strain, extending the heating process may accomplish no more than burning off the THC. There is much debate and opinion on this process and very little scientific evidence to establish the best method. The only real way to prove the safety, consistency and potency of your cannabis products is to have them lab tested. Forewarning: There will be a very strong odor of cannabis during this process. Line an oven-safe dish (or a rimmed baking sheet) with parchment paper. Breaking up cannabis buds into smaller pieces by hand, place the material in the dish close together but not stacked on one another (the less unused space the better). When oven is pre-heated, bake for about 20 minutes to remove the moisture (depending on the freshness of the material). Watch for the plant color to get darker (a light to medium brown shade). When it is time to remove from the oven, the material should be crumbly looking. Set plant material aside and wait until it is cool enough to handle. Turn oven up to 240° F / 115° C and wait for it to preheat again. When the cannabis is cooled, lightly crumble by hand and distribute evenly over the bottom of the dish. Cover dish with aluminum foil, crimping the edges tight to seal and return to the oven. Continue baking for another 45-60 minutes for higher THC and 60-90 minutes for higher CBD. Remove from oven and allow to cool fully before removing the foil. Depending on the material you use, it may be fine enough and require no further processing. If not, you can place the material in a food processor or blender, pulsing the cannabis until it is coarsely ground. Be careful not to over grind the material, as you do not want a super fine powder. Place in an airtight container (glass preferred) and store in a cool, dry place. How to Make Homemade Cannabis Oil (or CBD Oil) Are you interested in making your own cannabis-infused oil? Making homemade cannabis oil is a great way to create a highly healing, concentrated, and versatile cannabis product. It is ready to use in edible recipes, topical salves, or even enjoy straight on its own. Especially if you use organic homegrown cannabis like we do, this is an excellent way to use up any extra or “fluffy” stuff too. It also happens to be very easy to make cannabis oil at home!

Follow along with these step-by-step instructions to learn how to make homemade cannabis oil. We’ll also briefly discuss the science behind cannabis oil, and what types of cannabis to use to make oil. Finally, we’ll go over various ways to use homemade cannabis oil, including some notes about caution and dosing with edibles. Cannabis oil is made by lightly heating (and thus infusing) cannabis in a “carrier oil”. Cannabinoids like CBD and THC, the most active components in cannabis, are both hydrophobic . That means they don’t like water, and are actually repelled by water molecules.

On the flip side, CBD and THC are both fat-soluble . They like to bind with fatty acid molecules – such as those found in oil. When cannabis is steeped in oil, the THC and CBD molecules leave the buds or plant material and become one with the oil instead.

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