Alright, don't take the title TOO literally. By "everything" I mean things like inefficient energy usage, abuse of fossil fuels, crazy amounts of CO2 emissions, and landfills full of EVIL PLASTICS. And by "shrooms" I do actually mean mushrooms. More specifically, mycelium. Let me tell about this cool invention that could change the entire freaking planet forever.
As you might know, Styrofoam sucks. It doesn't break down naturally, it's ugly, it's expensive to recycle (less than 2% of it is recycled in the first place), and it's painfully cheap to make/buy (which is bad because it's accessible and easy to use... ohhh so easy). Plastics currently make up 25% of our landfills' volume, most of it being expanded polystyrene (the non-nickname for Styrofoam, abbreviated as EPS). That's a heck of a lot of plastic. Here's a not-so-fun fact: to make one cubic meter of EPS, 462 kilograms of CO2 are emitted into our already weakened atmosphere. Tell me why in the world we continue to do this to ourselves. Money, convenience, performance, and ignorance. That's why.
Wait, what's that? A bird? A plane? Superman? Heck no, it's a mushroom! Whaaaaat? Hold on to your hats, folks. Your preconceived notions are about to be crushed by a fungus.
So these two cool guys named Eben and Gavin thought of this super cool idea in one of their college classes that would help stop the need for EPS in the world. Eben's experience growing up on a farm and studying natural polymers (cool hobby, huh?) led him to discover multiple uses for the natural bonding abilities of mushrooms. This in turn led to the creation of a material that involved mixing farm waste (like oat husks and cotton hulls) with a secret mushroom mixture and dumping it into a plastic mold, where the concoction sits for a few days and creates a material that resembles Styrofoam in performance. This happens when the fungi grows around the natural farm waste, creating a strong piece of mushroom board with a waxy white coating. There are so many cool things about this stuff that I am forced to put them into bullet points:
- This stuff can be used to insulate houses (which was the original idea for the company) but has been used mainly as a replacement for EPS as a packaging technique
- It holds up against salty sea water, tropical weather, and harsh weather conditions
- It's completely fireproof (a main reason why it would be good for home insulation)
- It's EDIBLE (but not very tasty)
- Making it takes one tenth of the energy it takes to make an equivalent amount of EPS
- If composted, the mushroom material can return to the soil completely in approximately one month. Not 3 million years. One month.
- It is produced in the dark, which means the facility uses very little electricity
- The company purchases farm waste from farmers (who usually pay good money to get rid of said waste), supporting farmers around the country
- The company plans to open many facilities so the driving time (and gas usage) is minimized in transporting the product
- Mushroom packaging is predicted to be cheaper than EPS as companies begin to increase incremental volumes of the materials they purchase from the company
- Cool companies like Dell, Puma, Steelcase, and Crate&Barrel have already invested in mushroom packaging and give approval of the material's performance
When I presented this packaging idea to the company I intern for, they gave me a lot of criticism that I have been able to knock down as I contacted the company that makes the mushroom stuff:
- A lot of people are allergic to mushrooms. Won't that be a problem? NOPE! The packaging does not use mushroom spores, which are the part of the mushroom that people are allergic to. In short, it's hypoallergenic!
- Mushrooms are plants, so the packaging won't be able to pass through customs into other countries, right? NOPE! Again, no spores or seeds used, and so far the only minor customs issues have been with some African countries.
- But it's, like, 3 times as much as EPS. That's a problem, right? NOPE! It's only that expensive when it's bought in smaller incremental volumes. The more you buy and the more advancements the company makes in improving the material, the cheaper it will be!
- But if we're thinking long-term, won't this create a shortage of mushrooms on the planet? NOPE! (This is super cool, pay attention.) The company goes out into nature and extracts a TINY bit of mycelium (kinda like the muscle of mushrooms) from a mushroom. Then they take it to their huge lab and clone the mycelium tissue over and over and over again until they can create thousands of pieces of packaging just from that bit of natural mushroom tissue that was extracted from nature.
No harm done to nature. The energy is created within the natural packaging itself. It's biocompatible and takes a month to break down completely. I don't understand why this is debatable. Nature is great and it's OFFERING us the answers to our own problems. Let's take advantage of these amazing opportunities, for goodness sake.
(Side note: My phone's homescreen is a picture of the cofounders of this company. I'm utterly obsessed with this stuff.)

