Background Nowadays, we are using several electronic gadgets like TVs, watches, headphones, music systems, computers, and mobile phones etc., at home or equipment and devices in institutes. These gadgets, too, have a life cycle they stop working, break down, or become out-dated, and are then disposed of as electronic waste (e-waste). Imagine the number of such e-waste items thrown away by each household. India is one of the largest producers of e-waste in the world. Most e-waste is not properly recycled and ends up in landfills, where toxic substances such as lead, mercury, and cadmium leak into the soil and water. E-waste also contains valuable metals like copper, gold, platinum, lithium, and indium, which can be reused if properly extracted. Recycling these can reduce import dependence, save energy. and protect the environment. This project aims to study the economic and environmental importance of recovering metals from e-waste and to assess India's self-sufficiency in these resources. Hypothesis If e-waste metals are properly identified, recovered, and recycled, then India can significantly reduce its dependency on imported metals and contribute to both environmental conservation and economic growth. Objectives To identify the types of metals present in common e-waste items such as TVs and mobile phones. To assess India's self-sufficiency in these metals and find out major global suppliers. To estimate the percentage of metal demand met from domestic resources. To understand how recycling even a small portion of e-waste can impact the national economy. To create awareness about the importance of retrieving and recycling e-waste for sustainable living. Methodology Data Collection: Collect information on key metals present in e-waste from secondary sources (books, internet, government reports). Prepare data tables for devices like TV and mobile phones showing uses, self-sufficiency, suppliers, and percentage of demand met. Example data for TVs: Metal Uses in otherdevices Self-sufficiency Major Supplier % Demand metdomestically Copper Wires, heatingcoils No Japan, Tanzania 45% Iron Machinery, tools Partially Australia 80% Quartz Optical fiber,watches Yes - 100% Gold Circuit boards,connectors No South Africa 5% Platinum Catalytic con-verters No Russia 10% Aluminium Casings, wires Yes - 100% Mica Insulators, ca-pacitors Yes - 100% Example data for Mobile Phones: Metal Uses in otherdevices Self-sufficiency Major Supplier % Demand metdomestically Lithium Batteries No China 0% Manganese Steel, batteries Yes - 100% Indium LCDs, semicon-ductors No South Korea 25% Gold Chips, connec-tors No South Africa 5% Cobalt Batteries, alloys No Congo 15% Analysis Identify which metals are mostly imported and estimate how much India could save if even 20% of these were recycled. Create charts or infographics to show metal recovery potential. Awareness Activity Conduct a school e-waste collection drive and categorise collected items. Discuss safe recycling and collection methods with students and families. Expected Outcomes Identification of valuable metals present in common e-waste. Estimation of India's dependency on imported metals and potential savings through recycling. Increased awareness among students about e-waste segregation and recycling. Development of simple models showing how waste can be turned into a resource. If even 20% of metals like copper, gold, lithium, and cobalt are recovered; India could save thousands of crores of rupees annually and reduce environmental pollution. Significance Waste can be a hidden treasure, and exploring all the resources that can be extracted from it is significant for the environment and sustainability, a lesson that can be learnt from this project. By appreciating the value of e-waste, young scientists can contribute to sustainable resource management and the national goal of a circular economy. Recycling precious metals not only conserves nature's resources but also supports the vision of Lifestyle for Environment and Sustainability (LiFE). By undertaking this project, student-scientists learn that retrieving and recycling are key parts of the R5 (Reduce, Reuse, Retrieve, Redesign & Recycle) approach, helping the country move toward a cleaner, greener, and more self-reliant future. Source : Science and Innovation for Sustainability - Activity Guide Book 2026 & 2027