DIY Deoderant

I don’t know about you, but, when you have French class with a lot of other people that have gym with you right before, we tend to be a little smelly, depending on the day’s activity. But, besides the obvious reasons why you wouldn’t want to smell, helping prevent sweat is also good. That’s why I wear deodorant, just like most people in our world. While it is your choice, here’s how to make your own deodorant, and the chemical background of it.

Many deodorants today are filled with chemicals that aren’t safe to use on broken skin. Sweating releases toxins, and we don’t want to be taking in some of the harmful chemicals in our deodorant like, “…aluminum, parabens, triclosan, talc, propylene glycol and phthalates, all of which are harmful when absorbed through the skin.”  Skin absorbs most everything, so, even if there is a warning not to put on broken skin, whatever is in it can still be absorbed. organic products, or ones made yourself, are most ;likely the best way to go, although many companies have started producing organic  or toxic-free deodorant, which is much healthier for you. 

One article states which common chemicals to avoid and why: “

  • Aluminum. Scientists are looking at the link between Alzheimer’s disease and aluminum. It could come in the following forms: aluminum chlorohydrate, aluminum zirconium tetrachlorohydrex gly or other aluminum compounds.
  • Parabens. This group of chemicals is widely used as a preservative in the cosmetic industry. Parabens can mimic the hormone estrogen, which is known to play a role in the development of breasts
  • Triclosan. Thought to contain carcinogenic contaminants which can be stored in body fat.
  • Talc. A known carcinogen, irritant, cause of lung asphyxiation and possible link to uterine cancer. On a softer note, it clogs pores and causes acne.
  • Propylene glycol. A neurotoxin that may cause liver and kidney damage.
  • Phthalates. Shown to damage the liver, kidneys, lungs and reproductive system in animal studies.

To check out some of the FAQ’s of deodorants, check out the link below! Now, onto how to make your own organic deodorant, so that you don’t have to look at teh long lists of ingredients on the back of deodorant in the supermarket.


  1.  1/4 cup arrowroot powder (as a thickening agent)
  2. 1/4 cup baking soda
  3. 4 tbsp coconut oil (nice moisturizer!)
  4. 10+ drops grapefruit oil
  5. a jar or tin with a lid (to store it in)

Mix all of the ingredients together well. If you want, you can use a hand mixer. It should become a mixture with a balm-y consistency. To keep it solid, store in a relaticely cold place, like a fridge. And that’s it!

Now, she just said to apply the deodorant with your hands, but I think you could take a toothbrush, or a hollowed out chap-stick/deodorant tube and use that. Or you could get a sponge or something. get creative as you enjoy your toxin-free, and deliciously smelling, deodorant!



So ta ta for now and I hope to see your chemical reaction soon!


Sticky Yet Slippery Styrofoam

You know packaging peanuts? You know how annoying they are to get off once they stick to you? Okay, so maybe smaller pieces of the stuff stick to you better, but the point is they are made of styrofoam. First off, this stuff is super annoying. Literally, it takes me five minutes to get a tiny piece of it off of my clothes. Despite it’s VAP (very annoying parts), styrofoam has its uses. Styrofoam cups, plates, packaging, etc. You’ve all seen it at least once in your life. Anyway, I figured I’d better enlighten you all on the properties, and other facts, of styrofoam.

First off,  styrofoam is made up of a long chain of hydrocarbons with a phenol group attached to every other carbon group. Phenol is also called a carbolic acid, and is an aromatic organic compound with the molecular formula C6H5OH. An aromatic organic compound is a hydrocarbon containing one or more benzene rings that are characteristic of the benzene series of compounds. Benzene is an organic chemical compound with the molecular formula C6H6. Its molecule is composed of 6 carbon atoms joined in a ring, with 1 hydrogen atom attached to each carbon atom. (Special shoutout to various dictionaries (both in book and website form) for helping me with that!) Chemically, it looks like this:  [CH2-CH(Ph)] n where Ph is a phenol and a C6H5 ring. It is a polymer, or a long chain with repeating atoms (called monomers) from petroleum. Styrofoam, as one source states, “…can also be called vinlybenzene, ethenyl benzene, cinnamene, phenylethylene” and “…is considered a thermoplastic, meaning that it softens with heat and hardens as it cools.” Styrofoam, due to the hydrocarbon known as Polystyrene, is flammable and has an orange flame that produces soot. Because of this Polystyrene, styrofoam contains something called CFC, which is known, at least according to this website, to “drastically deplete the ozone.” Styrofoam has a density of 1050kg/m3, and floats in the water. *Side note: it is slightly denser than water, but not dense enough to sink. For our purposes, it floats, although not completely. Kind of confusing, huh?* Moving on, most “…polystyrene is now manufactured with HCFC-22, which is why some manufactures will claim its “ozone friendly”. While it is less destructive than its chemical cousins CFC-11 and CFC-12, it still is considered a green house gas and harmful to the environment.”

Now that you’ve chewed through that. Two more important facts about polystyrene:

  • In 1986 out of a list of 20 chemicals whose production generated the most hazardous waste, polystyrene was #5. This is under the Right to Know act of 1986.
  •  Polystyrene recycling programs are heavily subsidized by polystyrene manufactures to improve the environmental image of their products.


So ta ta for now and I hope to see your chemical reaction soon!