Given the unprecedented nature of its mission, it was expected that problems could arise with the Ocean Cleanup project. There is good news and bad news from his first system that entered service at Great Pacific Garbage Patch a month ago, including the apparent inability of a huge floating barrier to hold plastic debris for a very long time after being captured. Wilson, the first garbage collection system was named, works like a giant Pac-Man, using the power of currents, wind and surface waves to move around the sea. It consists of a giant floating barrier with a three-meter \ After the first month of observation, the Ocean Cleanup team found that although plastic enters the system, it was expected that some debris would slip away after a relatively short time. Despite the fact that the team has yet to identify the source of the problem, they have already found several solutions. The system must travel faster than the plastic that it is trying to assemble. This may be due to the fact that winds cause vibrations at the ends of the u-shaped barrier, like a fish fin, which can create resistance and slow it down. Another possibility is that the vibrations at the tips of the u-shaped barrier create a ripple effect that can push the plastic out of the system. So what to do? The initial tool will be to expand the mouth of the U-shaped barrier by 60-70 meters, which will have a double effect. This will create a large surface area for wind and waves to propel the system so that it can reach high speeds. In addition, it will also limit the effects of ripples created by delaminated ends that can push the plastic out. And to do this is relatively simple, according to the team, since all that is needed is an extension of the lines that hold the barrier in its u-shape. This will be done in several stages, starting this week, until it has the desired effect. If this first system works optimally, the Ocean Cleanup project hopes to ultimately deploy a fleet of its barriers for collecting garbage in a large garbage spot in the Pacific Ocean, which, it is believed to be about three times the size of France and holds about 1.8 trillion plastic. The team hopes that a fleet of 60 barriers will be able to clear half of the garbage in 5 years.