Disclaimer: this is a funny video- nothing more, nothing less. This is a demonstration of the industrial processing steps used in mass-produced home fragrance. This video is for entertainment and educational purposes only- do not replicate these steps at home.
This video does not claim that using mainstream air fresheners will directly harm you. It's meant to shed light on how highly processed everyday household products can be.
When making air fresheners they're not literally melting down fuel nozzles and petroleum distillate in the factory- they source cosmetic-grade versions of synthetic aroma chemicals, solvents, stabilizers, alcohols, and dyes from industrial suppliers. We also did not recreate any specific branded air freshener here- this is based on what the most popular plug-ins and sprays on the market typically contain, according to publicly available ingredient lists and independent testing.
This video is describing the general process of making modern air fresheners in a way that can be done on a small scale at home, BUT is not mirroring the exact process- it's optimized to make a watchable video- real facilities use specialized equipment, proprietary formulations, testing, and controls… things that are not shown here. The goal is to visualize the chain of production- not mirror any exact factory process.
When fragrance ingredients and synthetic aroma compounds are described as "safe," remember that we often lack long-term studies on their full effects. While some of these ingredients may be regulated or permitted in certain concentrations, I personally see no benefit in exposing myself to them at all.
If you’re looking for a great nontoxic alternative- Fresh Wave odor removing gel is not about masking bad smell with synthetic fragrance, it eliminates odor using plant oils. Also super affordable and the best nontoxic swap I found for synthetic fragrance. #freshwavepartner
Disclaimer: this is a funny video- nothing more, nothing less. I did not eat these chips. This is a demonstration of the industrial processing steps used in mass-produced snacks. This video is for entertainment and educational purposes only- do not replicate these steps at home.
This video does not claim that eating Lay’s potato chips will directly harm you. It’s meant to shed light on how highly processed everyday foods can be- especially when mass-produced for consistency, cost-cutting, and shelf stability.
When making potato chips they’re not literally spraying fields, fogging storage rooms, or refining oils inside the chip factory- they source conventional potatoes and oils from suppliers that are likely to use some or all of these processes. As for dimethylpolysiloxane added to the oil- the FDA considers it a processing aid that is safe in small amounts and is not required to be listed as an ingredient on the label. It is a common industry practice.
This video is describing the general process of making potato chips in a way that can be done on a small scale at home, BUT is not mirroring the exact process- it’s optimized to make a watchable video- real plants use specialized equipment, proprietary formulations, testing, and controls… things that are not shown here. The goal is to visualize the entire chain of production- not mirror any exact factory process.
When food additives are described as “safe,” remember that we often lack long-term studies on their full effects. While some of these ingredients may be “generally recognized as safe” in small amounts, I personally see no benefit in consuming them at all.
At the end of the day, eat what you want- but be informed about what you’re actually eating.
Disclaimer: this is a funny video- nothing more, nothing less. I did not eat these cookies. This is a demonstration of the industrial processing steps used in mass-produced sweets. This video is for entertainment and educational purposes only- do not replicate these steps at home.
This video does not claim that eating Oreos will directly harm you. It’s meant to shed light on how highly processed everyday foods can be- especially when mass-produced for consistency, cost-cutting, and shelf stability.
When making Oreos they’re not literally spraying wheat, corn, soy, or cocoa with glyphosate in the factory- they source crops that are often treated with herbicides like glyphosate in the field. They’re also not synthesizing vanillin or solvent-washing soy on-site- they buy refined oils, lecithin, and artificial vanilla made at industrial plants.
This video is describing the general process of making Oreos in a way that can be done on a small scale at home, BUT is not mirroring the exact process- it’s optimized to make a watchable video- real plants use specialized equipment, proprietary formulations, testing, and controls… things that are not shown here. The goal is to visualize the chain of production- not mirror any exact factory process.
When food additives are described as “safe,” remember that we often lack long-term studies on their full effects. While some of these ingredients may be “generally recognized as safe” in small amounts, I personally see no benefit in consuming them at all.
At the end of the day, eat what you want- but be informed about what you’re actually eating.