Summary of Turning plastic gloves into hot sauce

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00:00:00 - 01:00:00

The person in the video demonstrates how to turn plastic gloves into hot sauce by dissolving them in different solvents and then separating the mixture. They also describe how to make vanillin oxene, a compound used in hot sauce, by adding vanillin to a beaker and slowly boiling it. However, the process is slow and the end result is a vanillin-rich product that smells like vanilla.

00:00:00 This 1-minute YouTube video explains how to turn plastic gloves into hot sauce using a simple, albeit time-consuming, process. The gloves must be chopped into small pieces, boiled in alcohol, and then distilled until clear. The resulting mixture is then added to a sodium hydroxide solution to remove the phthalate molecules, resulting in a hot sauce with a spicy, grape-like flavor.
00:05:00 The author describes how they turned plastic gloves into hot sauce, starting with finding all the yellow juice that they had made. Distilling the eisenoninol yielded 97 grams of hot sauce.
00:10:00 In this video, the creator shows how to turn plastic gloves into hot sauce by converting izinonol into eisenoninoic acid using jones reagent. It took many tries and a lot of failed attempts, but in the end, the process worked.
00:15:00 In this video, a person turns plastic gloves into hot sauce by heating them up and stirring until most of the acetone is gone. They then pour the acetone and other waste chemicals into a separatory funnel, add distilled water, dichloromethane, and salt water, and shake the mixture until the layers separate. The bottom layer is the dichloromethane, which the person drains off. They then add more dichloromethane and water, shake, and eventually stop the distillation when the oil layer disappears and the mixture is mostly clear. They transfer the oil to a smaller flask and distill it, but it still fails to work. They add more dichloromethane and Bass, but it still fails. They then add more water and Bass, and the oil gradually disappears, confirming that they are distilling eisenoic acid. However, the oil is still cloudy, so they add more Bass and more water and the oil mixture eventually becomes clear. They add more Bass and the mixture becomes a thick oil, which they believe is eisenoic acid. They then stop the distillation and determine that it is not pure eisenoic acid but is instead a mixture of isononoic and eisen
00:20:00 The author of the video turns plastic gloves into hot sauce by dissolving it in different solvents. The first step is to add a different solvent, hexanes, which will dissolve most of the impurities. Next, the author drains the lower layer and throws away the hexanes. He then puts the lower layer back into the funnel and washes it with hexanes several more times. This would hopefully get rid of most of the side products and any other junk. The author then adds dilute acid and this tells him that the process has worked. However, he is also prepared for disappointment and dumps the mixture into a small vial. His final yield is three point five grams of nearly pure eisenenoic acid. The author now has to update the plan for the project and get his hands on vanillin. He will then turn it into vandalyl amine and add it to the eisenonenoic acid to make nor dihydrocapsaicin. However, the process of doing all this is confusing and difficult and the author starts off by dumping the mixture into a beaker and then slowly adding methanol. All in all, this video explains how to turn plastic gloves and vanilla into hot sauce.
00:25:00 In this video, the inventor explains how to turn plastic gloves into hot sauce by dissolving vanillin in methanol and then separating the methanol to remove all the vanillin. He also describes how to make vanillin oxene, a compound used in hot sauce, by adding 1.81 grams of something called vanillin to a beaker. Although the process is slow, the end result is a vanillin-rich product that smells like vanilla.
00:30:00 In this video, the author demonstrates how to turn plastic gloves into hot sauce using hydroxylamine hydrochloride and sodium acetate trihydrate. After stirring the mixture, vanillin was slowly mixed in and then boiled. However, after a few days and a lot of testing, the author failed to produce vanillin oxy.
00:35:00 In this video, a person turns plastic gloves into hot sauce by shooting argon into a flask, adding a catalyst, and adding ethanol. The person then turns off the argon and adds a small amount of concentrated hydrochloric acid, vanillin oxy, and ethanol. The person then turns on the stirring and dumps in all the ingredients. After doing three cycles, the person filters the mixture and sets up an argon line to protect the mixture from air.
00:40:00 The author describes how to turn plastic gloves into hot sauce, including filtering out all the impurities and boiling the mixture. After the mixture has cooled and solidified, the author uses a vacuum filter and ethanol to wash and dry the mixture. The author tests the mixture's melting point and solubility in water, and finds that it matches the properties reported by other sources. The author decides to move on to the next reaction.
00:45:00 The author uses a method he had never heard of before to turn plastic gloves into hot sauce. After adding 15mls of a solvent and 0.76 grams of isononoic acid, he turns on the stirring and adds dipia, a base, and hattu, a reaction catalyst. The reaction is slow but eventually produces nordrihydro capsaicin. The author then separates the nordrihydro capsaicin and dry it, concluding that the reaction was successful.
00:50:00 In this video, the author attempts to make nor dihydrocapsaicin (a potent capsaicin-based pepper spray) from plastic gloves using a three-step process. After starting with ethyl acetate as the solvent, the author eventually swaps to hexanes and proceeds to have problems with the process. The final product is less potent than expected and contains remnants of the hexanes solvent. The author purifies the product using a five percent potassium hydroxide solution and shoots it into a final separatory funnel to remove remaining solvent.
00:55:00 In the video, a person describes how they accidentally made nordihydrocapsaicin (a derivative of capsaicin), a hot sauce ingredient. They were able to get rid of most of the solvent by evaporating it and using co2 gas. The last step was to taste the product to confirm that it was indeed nordihydrocapsaicin.

01:00:00 - 01:05:00

This YouTube video shows how to turn plastic gloves into hot sauce. The author struggled with the project, but ultimately it was completed. The sauce is spicy, but not inedible. Patrons of the author's channel receive access to older videos before they are posted to YouTube, and those who support the author with five or more dollars receive their name in the credits.