![]() “When I left university I didn’t know what would be possible. Then I decided to drop out of university to see if I could get the idea off the ground.” How do you perceive the global response to the plastic pollution problem? I listened to the lectures and looked at how I could use knowledge about fatigue issues and aerodynamic forces. I considered it further as a high school project and then at Delft University of Technology where I was studying Aerospace Engineering. I considered why go after the plastic if the plastic can come to you via the currents? We should use the oceans’ energy to our advantage. “However, I realized very quickly that the oceans are so huge it would probably take 79,000 years and billions of dollars using the traditional cleaning methods of vessels and nets. “I first encountered the problem when I was 16 years old diving in Greece and there were more plastic bags than fish and I wondered why nobody was doing anything about it.” Watch the recorded press conference here.Watch this video on Vimeo Where did the inspiration come from to embark on this task to rid the oceans of plastic, which many would consider overwhelming? The Ocean Cleanup Press Conference October 3 rdīoyan Slat, CEO and founder of The Ocean Cleanup and Michel Stanier, General Manager of Teledyne Optech Inc., address the media and enthusiastic school children during a press conference held in front of the C-130 Hercules at Moffett Air Field. The Ocean Cleanup presented the initial findings of its Aerial Expedition – a series of low-speed, low-altitude flights across the Great Pacific Garbage Patch, the plastic accumulation zone between Hawaii and California. This system will generate the first detailed 3D visualization image for post-expedition research. ![]() object detection – how much garbage per square km) as well as the types of plastic present. In addition, they will deploy our proprietary data processing software, Teledyne Optech HydroFusion, which gathers data from the lidar, camera, and spectral sensors and fuses this information to estimate both the size of garbage patch (i.e. Leveraging Teledyne Optech’s 40-plus years of lidar and software experience, as well as advanced lidar systems like our Teledyne Optech CZMIL Nova Coastal Zone Mapping and Imaging Lidar, the expedition will achieve a faster and more comprehensive scanning of the debris field and be able to begin large-scale debris classification.ĭuring the two-day mission, the expedition will scan thousands of square kilometers using the CZMIL Nova’s suite of image and data collection instruments, including its high-power bathymetric lidar, RGB camera system, and ITRES SASI-600 SWIR (Short-Wave Infrared) sensor. The North Sea prototype is the latest step in this process.Ĭurrently, scientists can only estimate the true size of the garbage patch. Meanwhile, the team has advanced its design through a series of rapid iteration scaling-up tests. In preparation for full deployment in 2020, The Ocean Cleanup in the summer of 2015 organized the Mega Expedition, in which 30 vessels crossed the Great Pacific Garbage Patch simultaneously to produce the first high-resolution map of the plastic pollution problem. Instead of going after plastic debris with vessels and nets – which would take many thousands of years and billions of dollars to complete – The Ocean Cleanup is designing a network of extremely long floating barriers that will remain stationary in the water, enabling the ocean to concentrate the plastic using its own currents. The foundation is headquartered in Delft, The Netherlands. The Ocean Cleanup develops advanced technologies to rid the world’s oceans of plastic debris.įounded in 2013 by then 18-year-old Boyan Slat, The Ocean Cleanup now employs approximately 50 engineers and researchers.
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