EarthOne: Take a Fresh Look at Our Planet
AsiaOne has just rolled out EarthOne, a slick new section dedicated to all things green. Because, you know, we all love the planet and science backs it up. Looking for the latest scoop? Check out EarthOne.
Spotlight: Cassis, France
- Setting: The charming port of Cassis in southern France.
- Problem: Tourists and locals alike spot a less-than-pleasant sight – plastic bags, empty drink bottles, and even used surgical masks drifting among the boats.
- Solution: A bright yellow, remote‑controlled, electric boat that goes on a cleaning spree through the marina.
- Why it works: It’s as small as a suitcase and can slip into corners and tight spots where garbage spills but traditional nets miss.
Meet the Jellyfishbot
Picture a buzzing, twin‑hull marvel humming through the water, pulling a wintry trawler net behind it to scoop up the trash. Think of it as a baby M&Ms stuck to a selfie‑stick, but instead of selfies, it’s cleaning up the sea.
This nifty Jellyfishbot is a tech‑savvy, eco‑friendly way to keep Cassis sparkling. And because it’s electric, that means fewer carbon footprints – a win-win for the ocean and the planet.
<img alt="" data-caption="The Jellyfish, a little catamaran operated by remote control, which is capable to clean water by collecting rubbish on the water's surface is seen at work in the port of Cassis, southern France, July 5, 2021.
PHOTO: Reuters” data-entity-type=”file” data-entity-uuid=”570239d1-2eea-4c2f-b966-ef3e018845fc” src=”/sites/default/files/inline-images/LCTNZCUKDVLJLKZF6MN3DQTFEE.jpg”/>
Marine Innovators: From Shiny Boats to Smart Garbage‑Guzzlers
Picture a sleek, self‑driving vessel that carries trash scoops instead of passengers. That’s Nicolas Carlesi’s brainchild – a robot boat built by his squad at IADYS. He raves that it can “go everywhere,” and guess what? It indeed does – from the busier harbor docks to the open ocean swaths.
But Carlesi isn’t the only whiz at work. In sunny San Diego, a brave non‑profit called Clear Blue Sea is swinging to the rescue with a prototype dumpster‑crawler dubbed “FRED”. Think of a robot that doesn’t just float – it actively pulls in trash like a hungry toothless shark.
Across the Atlantic, Dutch marine tech company RanMarine has unleashed its own sardonic sidekick: the “Waste Shark”. This ain’t a fictional creature; it’s the real deal, already pummeling garbage from Rotterdam Harbour’s muddy beds.
Meanwhile, the “Jellyfishbot” is not just a science‑fiction sort of name. It’s actually cruising through roughly fifteen French ports and has even hopped aboard ships in Singapore, Japan, and Norway – a true globetrotting waste‑awarness guru. And the latest twist? Its creators just launched a slick, fully autonomous version, ready to dive in without a cussing captain.
How These Green Gears Work:
- Carlesi’s boat – armed with sensors, a trash chute, and a side‑by‑side foam bag, it smooth‑sails through coastal waters collecting debris.
- FRED – a tidy little robot, floats and pulls up rubbish using a magnetic-assisted net.
- Waste Shark – a robot that maneuvers like a pet fish amid Rotterdam harbour, scooping up trash piles.
- Jellyfishbot – a buoy‑based trash‑collector that mimics a jellyfish’s elegant drift.
Every machine is part of the same mission: School the seas with technology, turn litter into a tidy spectacle, and say “Bye‑bye, unwanted waste, you filthy yesterday!” While the methods differ, the goal aligns – a cleaner planet, one robotic sweep at a time.
<img alt="" data-caption="The Jellyfish, a little catamaran operated by remote control, which is capable to clean water by collecting rubbish on the water's surface is seen at work in the port of Cassis, southern France, July 5, 2021.
PHOTO: Reuters” data-entity-type=”file” data-entity-uuid=”7387df8d-3be7-4005-866c-100864784ffb” src=”/sites/default/files/inline-images/XSJDWPWQL5MQXF45JZE7MEQJKA.jpg”/>
Meet the Marine Trash‑Trashing Robot: How Carlesi Turned a Sinking Problem into a Seafaring Solution
Why a Sailor Got Seriously Sucked Up by Garbage
While carving waves as a seasoned sailor and nosy diver, Carlesi noticed something that made his heart sink faster than a plum boat: gushing piles of rubbish floating in every port he visited. “It was like every harbor had a drinking fountain for trash,” he chuckled, “and we didn’t get a single thank‑you.”
That “Eureka” Moment
One sun‑kissed afternoon, after another trip full of “trash‑tastic” sights, Carlesi mused to himself, “What if we made it easier to clean up the water? What if we made it a little more… rewarding?” He went from skeptic to inventor in a blink, and the idea sprouted: a robot that does the hard work of picking up all that marine litter.
Building the Briny Beast
- Robotic Arms: Strong yet gentle, designed to scoop up bottles, cans, and even the gleaming seaweed that looks like a sea‑green sofa.
- Self‑Navigating Sensors: Laser‑focused to spot trash even in murky water, and avoid the foam‑foam‑fishes that would otherwise climb the hull.
- Recyclable‑Ready: Once captured, the robot sorts items into garbage or reusable bins, so the waste never leaves the harbor, just moves.
- Energy‑Wise Coast: Solar panels on the hull power the robot, so it’s pretty, planet‑friendly, and compliments the nautical aesthetic.
Why a Sailor Is the Right Person to Build a Sea‑Cleaning Robot
Carlesi’s experience on the water gave him two things: an eye for detail and the know‑how to navigate an ever‑changing environment. “It’s not just built,” he says, “it’s built for like, the unpredictable surfer waves and the unpredictable lurkers of poop.”
What’s the Future Look Like?
With the robot docked at ports across France, the “Digital Earth one robots waste management” initiative hopes to expand by sharing the tech with other maritime communities. “Imagine our seas being cleaner, swimmers feeling safer, and water sports not losing their sparkle to plastic,” he adds, “and this robot is a step toward that dream.”
Nice, Right? The Final Verdict
Carlesi’s story reminds us that sometimes the simplest observation—seeing trash left behind by casual travelers—can spark a technological revolution. He proves that when a sailor decides to put something cool into a boat rather than five crates of old fishing nets, that innovation can double as a do-good adventure. So, the next time you see that splash of plastic in the harbor, you can thank the salty, mechanically‑savvy hand that’s working to keep the ocean tidy—no fancy credentials needed, just a sailor’s sharp eye and a robot’s steady arm.
