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The Ocean Cleanup are heading to India to fight plastic pollution! ‌ They are targeting the 5 million kilograms of plastic that flow from Mumbai into the Arabian Sea every year! ‌ Mumbai has been identified as one of 30 cities worldwide responsible for nearly one-third of global river-based plastic emissions. ‌ After conducting a detailed “Smart Rivers Survey”, the organisation pinpointed the Trombay and Malad waterways as major sources of ocean-bound waste. ‌ Barrier systems are set to be deployed this year and are expected to remove between 61 and 92 tonnes of plastic annually. ‌ The impact could be significant. ‌ Plastic leakage from Mumbai affects 220 kilometres of coastline, 152 square kilometres of mangroves, more than 100 protected species and nearly 1.9 million livelihoods tied to coastal ecosystems. ‌ And across India, around 80% of marine litter is plastic. ‌ By stopping waste before it reaches the ocean, Mumbai’s intervention could become a blueprint for other high-impact cities and show how targeted, data-driven solutions can help us cut plastic pollution at scale. ‌ Would you want rivers near you cleaned up? Tap like if you would and follow for more solutions fighting pollution! ‌ #goodnews #ocean #plasticpollution
The Ocean Cleanup are heading to India to fight plastic pollution! ‌ They are targeting the 5 million kilograms of plastic that flow from Mumbai into the Arabian Sea every year! ‌ Mumbai has been identified as one of 30 cities worldwide responsible for nearly one-third of global river-based plastic emissions. ‌ After conducting a detailed “Smart Rivers Survey”, the organisation pinpointed the Trombay and Malad waterways as major sources of ocean-bound waste. ‌ Barrier systems are set to be deployed this year and are expected to remove between 61 and 92 tonnes of plastic annually. ‌ The impact could be significant. ‌ Plastic leakage from Mumbai affects 220 kilometres of coastline, 152 square kilometres of mangroves, more than 100 protected species and nearly 1.9 million livelihoods tied to coastal ecosystems. ‌ And across India, around 80% of marine litter is plastic. ‌ By stopping waste before it reaches the ocean, Mumbai’s intervention could become a blueprint for other high-impact cities and show how targeted, data-driven solutions can help us cut plastic pollution at scale. ‌ Would you want rivers near you cleaned up? Tap like if you would and follow for more solutions fighting pollution! ‌ #goodnews #ocean #plasticpollution
Transforming Ocean Plastic Waste Into a Self-Sustaining Floating Survival Home #mtconstructiondiary #OceanCleanup #PlasticRecycling #FloatingHome #survivalshelter
Transforming Ocean Plastic Waste Into a Self-Sustaining Floating Survival Home #mtconstructiondiary #OceanCleanup #PlasticRecycling #FloatingHome #survivalshelter
Meet the Seabin: a revolutionary floating garbage bin designed by two Australian surfers. Equipped with a pump, the Seabin actively collects marine debris, capturing up to 20 kg of trash at a time. It targets not only large plastic bottles and bags but also microplastics — tiny fragments that pose a significant threat to marine life. By filtering pollution from harbours and coastal areas, the Seabin helps prevent plastic from entering the open ocean. This simple yet powerful solution is already making a difference in cleaning harbours and protecting marine life. What if India also adopted this? Share your thoughts below! Credits : @seabin_project ( Seabin™ Archives ) #Seabin #MarineConservation #SustainableSolutions #PlasticPollution #OceanCleanup [Ocean cleanup technology, Marine waste solution, Sustainable innovation, Water pollution prevention]
Meet the Seabin: a revolutionary floating garbage bin designed by two Australian surfers. Equipped with a pump, the Seabin actively collects marine debris, capturing up to 20 kg of trash at a time. It targets not only large plastic bottles and bags but also microplastics — tiny fragments that pose a significant threat to marine life. By filtering pollution from harbours and coastal areas, the Seabin helps prevent plastic from entering the open ocean. This simple yet powerful solution is already making a difference in cleaning harbours and protecting marine life. What if India also adopted this? Share your thoughts below! Credits : @seabin_project ( Seabin™ Archives ) #Seabin #MarineConservation #SustainableSolutions #PlasticPollution #OceanCleanup [Ocean cleanup technology, Marine waste solution, Sustainable innovation, Water pollution prevention]
The Ocean Cleanup a intensifié son travail pour dépolluer l’Océan. Son objectif ? Retirer 90 % des déchets plastiques avant 2040 ! 🎥 @theoceancleanup
The Ocean Cleanup a intensifié son travail pour dépolluer l’Océan. Son objectif ? Retirer 90 % des déchets plastiques avant 2040 ! 🎥 @theoceancleanup
Restoration 11: What if the world's largest floating garbage patch became the foundation for something extraordinary? This concept imagines a complete engineering journey—from ocean cleanup and recycling to land reclamation and a sustainable floating city powered by renewable energy. The goal isn't fantasy. It's to imagine how large-scale engineering and environmental restoration could reshape our future. Would you support a project like this? 🌊👇 Comment BUILD if you would. #OceanCleanup #FloatingCity #FutureCity #BeforeAfter #PlasticPollution #Engineering #MegaProject #EnvironmentalRestoration #SustainableCities #GreenFuture #SmartCity #OceanConservation #AIArchitecture #FutureEngineering #ClimateSolutions #UrbanTransformation #ViralReels #ExplorePage #Innovation #WorldOfTomorrow
Restoration 11: What if the world's largest floating garbage patch became the foundation for something extraordinary? This concept imagines a complete engineering journey—from ocean cleanup and recycling to land reclamation and a sustainable floating city powered by renewable energy. The goal isn't fantasy. It's to imagine how large-scale engineering and environmental restoration could reshape our future. Would you support a project like this? 🌊👇 Comment BUILD if you would. #OceanCleanup #FloatingCity #FutureCity #BeforeAfter #PlasticPollution #Engineering #MegaProject #EnvironmentalRestoration #SustainableCities #GreenFuture #SmartCity #OceanConservation #AIArchitecture #FutureEngineering #ClimateSolutions #UrbanTransformation #ViralReels #ExplorePage #Innovation #WorldOfTomorrow
Off the southern coast of England, a robotic fish is quietly cleaning polluted waters 🐟🌊 Built by researchers in the UK, this autonomous drone swims through harbors, swallows microplastics, and converts that waste into energy to power itself. The more pollution it finds, the longer it can operate. Made from biodegradable materials and designed to be safe for marine life, it’s one of the first self-sustaining robots that literally feeds on the problem it’s solving 🤖♻️ A glimpse into the future of ocean cleanup. #Robot #Fish #Water #Ocean #Plastic
Off the southern coast of England, a robotic fish is quietly cleaning polluted waters 🐟🌊 Built by researchers in the UK, this autonomous drone swims through harbors, swallows microplastics, and converts that waste into energy to power itself. The more pollution it finds, the longer it can operate. Made from biodegradable materials and designed to be safe for marine life, it’s one of the first self-sustaining robots that literally feeds on the problem it’s solving 🤖♻️ A glimpse into the future of ocean cleanup. #Robot #Fish #Water #Ocean #Plastic
He was only 16 when he went diving and saw more plastic than fish. Instead of forgetting what he saw, he decided to do something about it. That teenager was Boyan Slat, who began sketching ideas for a system that could remove plastic from the ocean on a massive scale. By 2013, he had dropped out of university and founded The Ocean Cleanup, a nonprofit built around a bold idea: let ocean currents help collect plastic instead of trying to chase every piece with boats. Today, the organization is removing plastic from the Great Pacific Garbage Patch and using solar-powered Interceptor systems in rivers to stop trash before it ever reaches the sea. Its ultimate goal is even bigger: remove 90% of floating ocean plastic by 2040. What started with one teenager disturbed by what he saw underwater became a global effort to clean the world’s oceans.
He was only 16 when he went diving and saw more plastic than fish. Instead of forgetting what he saw, he decided to do something about it. That teenager was Boyan Slat, who began sketching ideas for a system that could remove plastic from the ocean on a massive scale. By 2013, he had dropped out of university and founded The Ocean Cleanup, a nonprofit built around a bold idea: let ocean currents help collect plastic instead of trying to chase every piece with boats. Today, the organization is removing plastic from the Great Pacific Garbage Patch and using solar-powered Interceptor systems in rivers to stop trash before it ever reaches the sea. Its ultimate goal is even bigger: remove 90% of floating ocean plastic by 2040. What started with one teenager disturbed by what he saw underwater became a global effort to clean the world’s oceans.
Some good news for your feed:   This video shows just a few of the locations where trash is being intercepted before it reaches the ocean.   Right now, as you read this...   24 Interceptors are stopping trash from entering the ocean across 12 cities in 11 countries:   🇩🇴 Dominican Republic 🇬🇹 Guatemala 🇭🇳 Honduras 🇮🇳 India 🇮🇩 Indonesia 🇯🇲 Jamaica 🇲🇾 Malaysia 🇵🇦 Panama 🇹🇭 Thailand 🇺🇸 USA 🇻🇳 Vietnam   And this year we are continuing to scale up through our 30 Cities Program - aiming to stop up to 1/3 of all plastic entering the ocean through rivers.   But ultimately, our goal is not to have 1000 Interceptors on Earth; the goal is to have a clean ocean.   So, aside from our Interceptor deployments and 30 Cities Program, we are working on:   ... efficiency of ocean cleanup operations: developing and testing drone and AI technologies to detect plastic hotspots in the Great Pacific Garbage Patch.   ... discarded fishing gear: continuing to research the problem and identifying workable solutions with our partners.   ... lasting impact: once Interceptors are operational, we clean up legacy pollution downstream and along coastlines, restoring these environments and preventing stranded plastic from returning to the ocean.
Some good news for your feed:   This video shows just a few of the locations where trash is being intercepted before it reaches the ocean.   Right now, as you read this...   24 Interceptors are stopping trash from entering the ocean across 12 cities in 11 countries:   🇩🇴 Dominican Republic 🇬🇹 Guatemala 🇭🇳 Honduras 🇮🇳 India 🇮🇩 Indonesia 🇯🇲 Jamaica 🇲🇾 Malaysia 🇵🇦 Panama 🇹🇭 Thailand 🇺🇸 USA 🇻🇳 Vietnam   And this year we are continuing to scale up through our 30 Cities Program - aiming to stop up to 1/3 of all plastic entering the ocean through rivers.   But ultimately, our goal is not to have 1000 Interceptors on Earth; the goal is to have a clean ocean.   So, aside from our Interceptor deployments and 30 Cities Program, we are working on:   ... efficiency of ocean cleanup operations: developing and testing drone and AI technologies to detect plastic hotspots in the Great Pacific Garbage Patch.   ... discarded fishing gear: continuing to research the problem and identifying workable solutions with our partners.   ... lasting impact: once Interceptors are operational, we clean up legacy pollution downstream and along coastlines, restoring these environments and preventing stranded plastic from returning to the ocean.
The biggest ocean cleanup project ever 👆 Guatemala’s Motagua River system can carry up to 20,000 metric tons of plastic toward the Caribbean in a single year. During the rainy season, it doesn’t arrive slowly. Massive waves of bottles, wood, plastic, and debris can surge downstream within minutes. For years, people tried to stop it. Local communities built improvised barriers. Some worked temporarily. Others collapsed under the force of floodwater and mountains of trash. Then The Ocean Cleanup came in and spent years developing something strong enough to handle a river unlike anything they had dealt with before. The result was incredible. During one major flood, Interceptor 006 captured 1.4 million kilograms of waste in a single night, the equivalent of roughly 272 truckloads of trash that could have continued toward the Caribbean. In its first 15 months, the system stopped more than 10 million kilograms of waste. And they didn’t stop there. A second, much larger interceptor was installed closer to the river mouth. In its first month alone, it captured roughly 500,000 kilograms of waste. Recyclable plastic is sorted and repurposed, organic material is composted, and some recovered PET is turned into new products. The problem isn’t solved yet. Guatemala still faces major waste-management challenges. But something remarkable is happening. After decades of pollution, residents in one coastal community were reportedly able to celebrate Easter on their beach for the first time in 12 years. This is exactly the kind of project the world needs to see more of. And it’s one of the reasons we built Paxis. Paxis is a social networking platform where people can discover projects making a real difference, connect with the people behind them, build communities around important causes, and help incredible ideas reach more people. There are thousands of people around the world working on solutions like this. Imagine what happens when we connect them. Join the growing community of Peacemakers on Paxis and be part of what we’re building. Click the link in our bio to join. 🌍🤝 Credit to the @theoceancleanup for their amazing work! #ocean #envir
The biggest ocean cleanup project ever 👆 Guatemala’s Motagua River system can carry up to 20,000 metric tons of plastic toward the Caribbean in a single year. During the rainy season, it doesn’t arrive slowly. Massive waves of bottles, wood, plastic, and debris can surge downstream within minutes. For years, people tried to stop it. Local communities built improvised barriers. Some worked temporarily. Others collapsed under the force of floodwater and mountains of trash. Then The Ocean Cleanup came in and spent years developing something strong enough to handle a river unlike anything they had dealt with before. The result was incredible. During one major flood, Interceptor 006 captured 1.4 million kilograms of waste in a single night, the equivalent of roughly 272 truckloads of trash that could have continued toward the Caribbean. In its first 15 months, the system stopped more than 10 million kilograms of waste. And they didn’t stop there. A second, much larger interceptor was installed closer to the river mouth. In its first month alone, it captured roughly 500,000 kilograms of waste. Recyclable plastic is sorted and repurposed, organic material is composted, and some recovered PET is turned into new products. The problem isn’t solved yet. Guatemala still faces major waste-management challenges. But something remarkable is happening. After decades of pollution, residents in one coastal community were reportedly able to celebrate Easter on their beach for the first time in 12 years. This is exactly the kind of project the world needs to see more of. And it’s one of the reasons we built Paxis. Paxis is a social networking platform where people can discover projects making a real difference, connect with the people behind them, build communities around important causes, and help incredible ideas reach more people. There are thousands of people around the world working on solutions like this. Imagine what happens when we connect them. Join the growing community of Peacemakers on Paxis and be part of what we’re building. Click the link in our bio to join. 🌍🤝 Credit to the @theoceancleanup for their amazing work! #ocean #envir
Who’s ready to join the @4ocean Clean Ocean Movement? ♻️ We’re proud to partner with 4ocean, a Certified B Corp dedicated to ending the ocean plastic crisis. 🌊 Every design in this collection is handcrafted with certified recovered 4ocean Plastic and sand or earth elements from our Sandbank. Each design pulls 5lbs+ from our oceans, rivers, and coastlines turning ocean cleanup into meaningful jewelry you can wear forever. 🩵
Who’s ready to join the @4ocean Clean Ocean Movement? ♻️ We’re proud to partner with 4ocean, a Certified B Corp dedicated to ending the ocean plastic crisis. 🌊 Every design in this collection is handcrafted with certified recovered 4ocean Plastic and sand or earth elements from our Sandbank. Each design pulls 5lbs+ from our oceans, rivers, and coastlines turning ocean cleanup into meaningful jewelry you can wear forever. 🩵
When we set out to create Make It Cute, our goal was never just to create a playhouse, it was to change the toy aisle.🪄 Our playhouses are more than just toys. They’re imagination with endless possibilities for play. They’re about creating community, memories, and a sustainable future. They’re making a difference with every purchase, every ocean cleanup, every tree planted, and every cardboard recycled! And we are so happy you are here to make a difference with us!💛
When we set out to create Make It Cute, our goal was never just to create a playhouse, it was to change the toy aisle.🪄 Our playhouses are more than just toys. They’re imagination with endless possibilities for play. They’re about creating community, memories, and a sustainable future. They’re making a difference with every purchase, every ocean cleanup, every tree planted, and every cardboard recycled! And we are so happy you are here to make a difference with us!💛
🌊 Engineering Innovation for a Cleaner Ocean ♻️ Ocean plastic pollution is one of the world's biggest environmental challenges. Innovative floating collection systems are helping intercept and concentrate plastic waste from the ocean using natural currents, making large-scale cleanup more efficient. By combining marine engineering, environmental science, and sustainable technology, these systems demonstrate how innovation can contribute to protecting marine ecosystems for future generations. Small innovations can create a massive global impact when engineering is used to solve real-world problems. What are your thoughts on technology-driven ocean cleanup? Share your opinion below! 👇 #OceanCleanup #MarineEngineering #EnvironmentalEngineering #Sustainability #Innovation
🌊 Engineering Innovation for a Cleaner Ocean ♻️ Ocean plastic pollution is one of the world's biggest environmental challenges. Innovative floating collection systems are helping intercept and concentrate plastic waste from the ocean using natural currents, making large-scale cleanup more efficient. By combining marine engineering, environmental science, and sustainable technology, these systems demonstrate how innovation can contribute to protecting marine ecosystems for future generations. Small innovations can create a massive global impact when engineering is used to solve real-world problems. What are your thoughts on technology-driven ocean cleanup? Share your opinion below! 👇 #OceanCleanup #MarineEngineering #EnvironmentalEngineering #Sustainability #Innovation
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