Planet Hope: Revolutionising the world's plastic waste problem with Miranda Wang
The Story
The Times
3.9 • 1.6K Ratings
🗓️ 20 May 2023
⏱️ 41 minutes
🧾️ Download transcript
Summary
This is Planet Hope, a new podcast from The Times in partnership with Rolex and its Perpetual Planet Initiative, hosted by Stories of Our Times as a bonus weekly series each Saturday.
With estimates suggesting that there are more than 5 trillion pieces of micro and macro plastics in our seas and continued reports stating that a truckload of plastic enters our oceans every minute, we can no longer turn a blind eye to the life cycle of plastic products once they are thrown in the bin. Environmental Editor for The Times, Adam Vaughan is joined by scientist, tech entrepreneur and Rolex Awards for Enterprise Laureate Miranda Wang to learn how her innovative upcycling technology is paving the way for plastic to have a second, third… maybe even evergreen life.
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Transcript
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| 0:00.0 | Hello, it's Manveen, bringing you an episode from a new podcast series from The Times, |
| 0:05.1 | in partnership with Rolex and its perpetual planet initiative, Planet Hope. |
| 0:10.3 | In this series, Adam Vaughn, the environment editor for The Times, |
| 0:14.4 | asks why our planet is changing so rapidly and meets leading experts from around the world |
| 0:21.0 | who are trying to turn the tide. Through its perpetual planet initiative, |
| 0:25.7 | Rolex supports individuals and organisations who go above and beyond to safeguard and preserve |
| 0:32.5 | our planet for the next generation. |
| 0:42.9 | It's the year 1907, the year of many great moments in history, from the birth of one of Mexico's |
| 0:49.0 | greatest artists, Frida Kahlo, to historic scientific breakthroughs, as Aber Einstein begins to apply |
| 0:55.6 | laws of gravity to the theory of relativity. But in today's episode, we turn to another groundbreaking |
| 1:01.9 | moment in 1907 that transformed modern history. The moment when the first fully synthetic plastic |
| 1:08.2 | was pioneered. It was the early 1900s when Belgian chemistry marked here, Leo Bakeland, |
| 1:14.8 | combined two chemicals, formaldehyde and phenol under heat and pressure to create synthetic |
| 1:20.7 | plastic, which he christened Bakelite. For over a century now, plastic has revolutionised |
| 1:26.4 | the way we live. In its early uptake, the possibility is a plastic gave people an almost utopian |
| 1:31.8 | vision of a future with abundant material wealth thanks to an inexpensive, safe, sanitary substance |
| 1:38.0 | that could be shaped by humans to their every whim. But it wasn't long before the initial excitement |
| 1:43.2 | for plastic shifted and we began to see the toll that this man-made material can have on our natural |
| 1:49.0 | world. From overflowing landfills, dangers of chemical pollution, and plastic debris destroying |
| 1:54.7 | ocean life, the race to curb plastic waste has never been so urgent, but the race might be coming |
| 2:01.2 | into an end. With these calculations for polyethylene category, which is a third of all the plastics |
| 2:07.4 | out there, with our technology we can address somewhere around 25% of that. This is a way for |
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