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The Lifecycle of E-Waste: From Disposal to Recycling By Lochan M C Every piece of electronic waste (e-waste) tells a story—a journey from its initial use to its eventual transformation into valuable resources. At Terranova Eco Management, we believe that understanding this lifecycle is crucial for businesses looking to embrace sustainability. Let’s explore the journey of e-waste and how our innovative processes breathe new life into discarded electronics. 1. Generation: The First Step The lifecycle begins when electronic devices reach the end of their usefulness. According to the Global E-Waste Monitor 2020, the world generated 53.6 million metric tons of e-waste in 2019, with businesses contributing a significant share through obsolete IT equipment, industrial machinery, and consumer electronics. Common triggers for e-waste generation include: Upgrading to newer technologies. Equipment reaching the end of its operational life. Defective or damaged devices. 2. Collection: Gathering Discarded Devices Proper e-waste recycling starts with efficient collection. At Terranova, we: Partner with businesses for bulk collection. Offer convenient pick-up services to ensure safe transportation. For example, a single corporate office with 500 employees can generate approximately 1,000 kilograms of e-waste annually. Centralized collection prevents this waste from ending up in landfills. 3. Sorting and Dismantling: Breaking It Down Once collected, e-waste is sorted into categories, such as plastics, metals, and electronic components. Devices are dismantled to separate reusable parts and hazardous materials. Key materials recovered include: Metals: Copper, aluminum, and gold. Plastics: Used for manufacturing new products. Hazardous Substances: Safely disposed of to prevent environmental contamination. 4. Recycling: Extracting Value Our advanced recycling techniques maximize material recovery while minimizing waste. Here’s how it works: Shredding: Devices are broken into small pieces for easier processing. Separation: Magnetic and water-based methods isolate different materials. Extraction: Rare earth elements and precious metals are recovered with an efficiency rate of up to 95%. For instance, recycling 1 million laptops saves energy equivalent to the electricity used by 3,500 U.S. homes annually. 5. Transformation: From Waste to Resources The recovered materials are sent to manufacturers to create new products, completing the circular economy loop. By reusing these resources, businesses can reduce their reliance on virgin materials and lower their carbon footprint. Why the E-Waste Lifecycle Matters Understanding this lifecycle helps businesses: Optimize their waste management processes. Identify opportunities for sustainability. At Terranova, we’re proud to be part of this transformative journey. #TerranovaEcoManagement #LochanMC#LochanMaheshC #Terranova #LochanMaheshChigateri #LochanMCwrites #LochansEcoSpace #LochanWrites #Lochan #LochanMahesh

The Lifecycle of E-Waste: From Disposal to Recycling

The Lifecycle of E-Waste: From Disposal to Recycling

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