The Ignite Series is a monthly interview of an artist, creator, or community organizer whose passion has inspired us. In honor of its subject, we create a collectible piece of matchbox art for our subscribers.
Eben Bayer has developed a solution to the global plastic waste crisis. Growing up on a farm and studying engineering, he developed a dual lens of looking at the world that led him to a key insight: nature gives us the answers. By using the forces of biology, his company Ecovative Design is creating technologies to replace petro-chemical based products with biodegradable ones—from packaging to construction and fashion.
In honor of the launch of our packaging partnership with Ecovative, we sat down for a conversation with him, spanning sustainable design, off-grid living, the sweet spot of intersection between art and science and more.
Eben Bayer, Ecovative
Harry Doull (HD): Starting from the beginning, how did you get to that “ah-ha” moment where you decided there was something to explore in using the power of biology to replace ubiquitous materials like plastic?
Eben Bayer (EB): In college, I was studying how jet turbines work and other engineering-heavy topics. I was really into that, and into machines. Then, I would go home to my family farm in Vermont. I'd look at the things around me, like cows, and I started thinking about them as machines.
And then I'd think to myself: "Geeze, this is way more complicated, way more elegant, and way better built." And I have that belief about everything in nature: it is the best technology that's available.
Baby Eben learning to moo
Growing up in the center of a forest on a real, working farm definitely influenced my connection to nature. Later, looking back at it through the lens of an engineer gave me that dual perspective.
With mycelium, the organism that we grow at Ecovative, it was about figuring out how this “natural technology” could be applied in a way that helps humans live on planet Earth better. It’s a question that has been on my mind since my childhood. Then actually making that work turned out to be a lot harder than thinking it to be true.
“Artists and designers bring such a different perspective than an engineer or a biologist brings to that field—and throughout history, art has often helped push science forward.”
HD: Very cool. That idea of combining “man-made” scientific knowledge (engineering and chemistry) with that ecological, almost philosophical perspective—it’s rare to find people with that dual lens. Most people seem to be completely on one side or the other of that spectrum. How important do you think that dual perspective is right now, and do you feel like it's making a comeback?
EB: I'd look at that a couple ways. For one, I think that dual perspective is critical because invention comes from the intersection of disciplines. If you're not able to stand across a couple of disciplines or many disciplines, you can't have innovation or insight. And ideally the farther apart the disciplines are, the better the insights are.
Is it making a comeback? In some sense, you start to see signs of people having broad interests across many categories of things. The advent of artists and designers starting to play with biology is probably the most fruitful space for that kind of innovation. Artists and designers bring such a different perspective than an engineer or a biologist brings to that field—and throughout history, art has often helped push science forward.
I will say... I think the way we teach education today encourages you to focus on a single silo or discipline, and get really, really good at one specific thing. So there's a tension there.
HD:So you've now been working on this mega-project—developing biological alternatives to plastics—for about a decade. What do you see as the breakthrough moments? You must feel like there's been so much progress, both within your project and in the outside world’s awareness.
What do you expect to happen in the next few years, and what do you think needs to happen for technologies like your own to become mainstream?
EB: We had a few breakthrough moments over time. At first we wanted to know if it was even possible to grow products this way. That was the early part of Ecovative and hitting that milestone was really powerful. This idea that because nature self assembles materials, we can make natural materials that are better and cost effective—that we now know it will work: that was a huge breakthrough for us.
Then the challenge became: "Can we do this at commercial scale?". That is where Ecovative is now for several different products.