HAURVATAT Ocean Under Water Skyscrapper Save the Ocean 3D model

cgtrader

Hello to everyone !!\n\nI designed a project for an international architectural endeavor in Paris, with the goal of revitalizing dead zones at sea and restoring life over time.\nHaurvatat\nEutrophication is an annual scourge that nature submits to, but Haurvatat aims to help reclaim its power and cleanse it of pollutants. There's an e-book that explains the project in detail, as well as a video outlining its primary purpose. The project collects and recycles all types of waste.\n\n27 high-quality textures are included: 3K-4K-6K-HIRES\n2020 3D max\n2017 3D max\n2020 Sketchup file\n.3ds .obj.fbx\n\nPolygon count: 7933600, Vertices: 8993121\n\nATTENTION !! I spent about two months working on this project, with every detail meticulously planned and executed. My purpose in selling this project is to achieve a modest income and create more projects that will contribute positively to the world. Therefore, when receiving this project, please know that I am not solely motivated by financial gain; I also strive for personal improvement and global progress.\n\nProblem and Solution\n\nIn July 2010, satellite images revealed a massive algal bloom covering approximately 377,000 square kilometers (146,000 sq mi) in the Baltic Sea. The bloom spread from Germany and Poland to Finland.\n\nResearchers have found that algal blooms occur every summer for decades due to the runoff of chemical fertilizers from surrounding agricultural land.\nApproximately 100,000 km2 of the Baltic seafloor, nearly a quarter of its total area, is a dynamic dead zone. A depletion in oxygen is observed at the bottom due to denser water found there. Research indicates that bacteria primarily grow and digest organic material, releasing hydrogen sulfide. The Baltic seafloor has undergone numerous pollution events since World War II, resulting in a drastically different ecology compared to neighboring Atlantic waters.\n\nYEAR : 2020\n\n-Locating the primary algal bloom zones in the Baltic Sea.\n-Selecting a strategic location for the main station.\n-Implementing the first action plan, which involves algae and waste collection.\n-Introducing mobile sub-stations or residencies that assist the main station by being deployed.\n\nYEAR : 2070\n\n-Successfully executing the first action plan. Creating a second station and repeating the strategy.\n\nTackling the problem at its core by filtering runoffs.\n-Developing small communities around the main station.\nThe main station becomes a mothership, providing essential amenities to growing little communities.\nYEAR : 2120\n\n-Ongoing growth.\n-Supplying farmers with bio-fertilizers and promoting good practices.\nThe Baltic Sea slowly recovers its environment and ecosystem.\n\nYEAR : 2170\n\n-Ongoing growth.\n-Implementing the project in other zones around the world.