Plastic waste and floating debris pose a major threat to aquatic ecosystems, marine life, and human health. This project focuses on the design and fabrication of a manually controlled floating garbage cleaning system capable of collecting plastic and floating waste from the surface of lakes, rivers, and other water bodies. The system is lightweight, mobile, and energy-efficient, making it suitable for various environmental cleanup applications.
The system operates as a floating platform equipped with a waste collection mechanism that gathers debris from the water surface. It is manually controlled, allowing the operator to navigate the device toward polluted areas. The collected waste is stored in a dedicated chamber for easy disposal. This design demonstrates a simple yet effective approach to reducing water pollution and improving environmental sustainability.
• Helps remove plastic and floating waste from water bodies
• Lightweight, mobile, and easy to operate
• Reduces manual effort and increases cleaning efficiency
• Cost-effective solution for local waterbody maintenance
• Promotes a cleaner and healthier environment
• Lakes and ponds
• Rivers and canals
• Water treatment plants
• Environmental cleanup campaigns
• Research and educational projects
Garbage cleaning, Water pollution, Floating robot, Waste collection system
No reviews yet.