0:00 In the year 1907, a Belgian chemist living in New York named Leo Baekeland created a material he called Bakelite.0:08 He marketed it as "the material of a thousand uses." A thousand uses.0:13 That turned out to be a… a wild underestimate, didn't it?0:17 A massive one.0:18 It reminds me of what we were talking about last week with the cold chain.0:24 You have this invisible engine, refrigeration, but it can’t change the world without the right boxes and insulation to put things in.0:34 It feels like plastic was the box for… well, for everything.0:38 That's exactly it.0:40 But the story starts way before Bakelite.0:43 For centuries, we used natural polymers.0:46 You know, things like shellac, which is a resin from an insect, or gutta-percha from a tree.0:53 People used them for everything from jewelry to insulating the first transatlantic telegraph cables.1:00 So we were already thinking in terms of moldable, plastic-like materials.1:05 We just hadn't invented a fully synthetic one yet.1:09 Right.1:10 The natural ones were useful but limited.1:13 They were expensive, the supply was unreliable.1:16 The dream was to cook something up in a lab that you could make as much of as you wanted.1:23 That’s what Baekeland did.1:25 He took two common industrial chemicals—phenol and formaldehyde—and under heat and pressure, made the first truly synthetic plastic.1:35 And it worked?1:36 It worked incredibly well.1:38 It was a great electrical insulator, which was perfect for a world that was suddenly wiring itself up with telephones and radios.1:47 It was durable.1:48 It was heat-resistant.1:50 Suddenly you had Bakelite radios, telephones, kitchenware… It was the color of dark wood, very serious looking.1:58 Huh.1:59 So it wasn't the cheap, colorful stuff we think of today.2:03 It was a premium, high-tech material.2:06 Exactly.2:06 For decades, plastics were specialty materials.2:10 Then, like with so many technologies, World War Two changes EVERYTHING.2:15 Okay, how?2:16 Well, war creates incredible demand.2:18 You need substitutes for materials that are suddenly scarce, like rubber and metal.2:25 So chemists invent new plastics out of desperation.2:28 Nylon replaces silk in parachutes.2:31 Plexiglass is used for aircraft canopies.2:34 And, uh, polyethylene is a secret, used for insulating radar cables on planes.2:40 Ah, so the war effort basically funded a massive, secret R-and-D lab for the plastics industry.2:47 A giant one.2:48 And after the war, all these chemical companies—Dow, DuPont—have enormous factories capable of churning out tons of this stuff.2:57 And they have a question.2:59 What do we do with it now?3:01 And the answer was… the American home.3:04 The answer was the American home.3:06 This is where the pattern looks a lot like other industrial booms, but with a twist.3:13 They started marketing these materials for peacetime uses.3:17 The most famous example is probably Tupperware.3:21 Earl Tupper used a waste product from oil refining to create this flexible, durable polyethylene plastic.3:28 The Tupperware party.3:30 It's like they had to teach people how to use this new stuff.3:35 They did!3:35 They had to create a culture around it.3:38 Plastic wasn't just a material; it was a symbol of a new, clean, convenient, modern lifestyle.3:45 No more washing heavy glass jars.3:48 No more worrying about things breaking.3:51 Everything was disposable, replaceable.3:53 Effortless.3:54 It's the promise of liberation from chores, from weight, from permanence.4:00 Yes!4:00 And that’s the turn.4:01 For a generation, that permanence seemed like a feature, not a bug.4:07 Your nylon stockings lasted.4:09 Your Tupperware container wouldn't break.4:12 But nobody was thinking about what happens when you throw it away.4:17 Because for all of human history before that, things just… went back to the earth.4:23 Wood rots.4:23 Iron rusts.4:24 Mm-hm.4:25 But plastic doesn't.4:26 And I think the moment of realization, the real peak of this story, isn't an invention.4:33 It's a photograph.4:34 It’s those first images in the 1970s of beaches choked with plastic debris, or that sea turtle with a plastic ring around its shell.4:44 Oh, right.4:45 That’s the moment the miracle material becomes a curse.4:49 The very thing that made it so valuable—its indestructibility—becomes its greatest liability.4:56 It never really goes away.4:58 It just breaks down into smaller and smaller pieces.5:02 We built a disposable world out of an indestructible material.5:06 We did.5:07 And we're still living in the consequences of that decision, made in boardrooms and labs seventy years ago.5:15 We wanted convenience, and we got it.5:17 But the bill for that convenience is only now coming due, and it's a debt that's measured in geologic time.5:25 It makes you wonder what material we're celebrating today that our grandkids will be trying to figure out how to clean up.
