The Pixar film Wall-E follows a trash-collecting robot in the 29th Century as it roams a post-Apocalyptic Earth that more closely resembles a planet-sized landfill. If recent advancements in robotics are any indication, we may be closer to having anti-pollution automatons than Pixar predicted.
The Ocean is full of harmful pollution, including harmful plastics—the byproduct of centuries of accelerating industrial production. The largest example, the Great Pacific Garbage Patch, located halfway between Hawaii and California, contains enough trash to cover Texas twice-over. When large pieces of buoyant plastic make it into the ocean they get trapped in patches like the Great Pacific Garbage Patch, and, through exposure to the sun, waves, temperatures, and marine life, eventually break up into micro-plastics. These micro-plastics then exit the garbage patches and spread across the ocean.
Micro-plastics are especially dangerous because they're difficult to remove from the environment, and they (and the toxic chemicals they contain) can easily be absorbed by by living things, intentionally or unintentionally. Marine animals are threatened because they often mistake micro plastics for food. If you don't have a fully developed sense of empathy, you may be thinking, "Why should I care I'm not a marine animal!" Well, there are also health and economic consequences for human beings. Through a process called "bioaccumulation" these plastics work their way up the food chain as the feeders become prey, and toxic chemicals are eventually absorbed by humans. In addition to the massive health implications posed by marine plastics, there is an annual economic cost estimated to range between $6 and $19 Billion USD.
Organizations, like the nonprofit The Ocean Cleanup, have dedicated themselves to solving the problem of oceanic plastic pollution by engineering anti-pollution technology. One example is their boat "The Interceptor," which collects and removes large pieces of plastic before they enter garbage patches and degrade into micro-plastics. "The Interceptor" is a fully automated, solar powered vessel capable of removing 100,000 kilos (or 110 tons) of trash per day. The vessel collects the trash, distributes it into one of six onboard dumpsters using sensors to maintain a balanced weight, then alerts local operators to empty the dumpsters once full. As of 2021 the first two "Interceptors" have launched, one in Indonesia and one in Malaysia, and The Ocean Cleanup hopes to launch two more in the near future, in Vietnam and the Dominican Republic. The organization plans on using "The Interceptor" to target rivers, which contribute 80% of marine plastic.
The word is still out on whether, like Wall-E, these anti-pollution boats have learned how to love, but in the meantime the innovations show great potential in fighting Ocean pollution and helping to preserve our environment.
Learn more about Ocean Cleanup and The Interceptor in the video below:
Explaining the Interceptor | Cleaning Rivers | The Ocean Cleanup www.youtube.com
- End Plastic Pollution: Pick it Up. Bin it. Take Three for the Sea - GOOD ›
- A Gorgeous Vision of the Future, Made of Ocean Garbage - GOOD ›
- GOOD10 // The Oceans Issue // The Company: The Great Bubble ... ›
- Plastic Is Pollution: The Making of an Artist Turned Activist - GOOD ›
- How Litter in a Landlocked City Ends Up in the Ocean - GOOD ›
- Meet The 20-Year-Old Who Plans to Cut Ocean Pollution in Half ... ›
- All Info - H.R.4611 - 116th Congress (2019-2020): Ocean Pollution ... ›
- Human Health and Ocean Pollution ›
- Ocean Plastics Pollution ›
- Ocean pollution - 11 facts you need to know ›
- What is the biggest source of pollution in the ocean? ›
- Ocean plastic pollution - EHN ›
- Ocean Pollution: The Dirty Facts | NRDC ›
- Why ocean pollution is a clear danger to human health ›
- Marine Pollution | National Geographic Society ›
- Ocean pollution | National Oceanic and Atmospheric Administration ›