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Bangladesh Generates Millions of Tonnes of E-Waste and Formally Recycles Under 10%

A July 2026 assessment says Bangladesh produces about 3 million tonnes of e-waste a year and formally recycles less than 10%. The rules exist since 2021. Enforcement does not.

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AI Is Building a Mountain of E-Waste, and the Experts Cannot Agree How Big

AI servers could create anywhere from 131,000 tonnes of e-waste a year to millions of tonnes by 2030, depending on which study you trust. The real scandal is that nobody is forced to disclose.

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"Certified" Did Not Stop It: 10,000+ Containers of E-Waste Shipped to Asia

Basel Action Network alleges 10 US brokers shipped over 10,000 containers of e-waste to Asia, and 8 of the 10 held R2 certification. Here are the five questions every company must ask before handing over a single laptop.

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Future of E-Waste: Blockchain Traceability, AI Sorting, and Next-Gen Recycling Technologies

Blockchain digital product passports, AI-powered robotic disassembly, supercritical CO2 extraction, and electrochemical recycling are transforming e-waste management. Explore the circular economy technology stack of 2026 and beyond, and how emerging markets can leapfrog to state-of-the-art solutions.

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Extended Producer Responsibility in Asia-Pacific: Policy Trends and Business Implications

From India's 60% collection targets to China's state-led EPR, Japan's home appliance recycling, and Bangladesh's draft directives — APAC's EPR landscape is rapidly evolving. Get the country-by-country policy breakdown, compliance timelines, and strategic guidance for regional businesses.

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Smart Cities and E-Waste: How IoT Device Proliferation is Accelerating Electronic Waste

29 billion IoT connections by 2030 means billions of smart city sensors reaching end-of-life. Explore the unique challenges of distributed IoT e-waste, design-for-circularity principles for smart infrastructure, and policy frameworks needed to prevent cities from becoming e-waste graveyards.

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The Health Cost of Informal E-Waste Recycling: Why Formalization Saves Lives

18 million people work in informal e-waste recycling worldwide, facing toxic exposure that causes respiratory disease, neurological damage, and cancer. Examine the documented health impacts at Agbogbloshie and beyond, the economic case for formalization, and inclusive pathways that protect workers while preserving livelihoods.

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Lithium-Ion Battery Recycling: Hydrometallurgy vs Pyrometallurgy vs Direct Recycling

Three recycling pathways define the EV battery recovery landscape. Compare pyrometallurgy, hydrometallurgy, and direct recycling across recovery rates, energy intensity, commercial maturity, and GHG emissions with our detailed comparison table. Strategic implications for e-waste recyclers entering this $87B market.

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ESG Reporting and E-Waste: How Certified Recycling Strengthens Corporate Sustainability

With CSRD, SEC climate rules, and GRI standards expanding, e-waste management is now a material ESG issue. Discover how certified recycling generates auditable ESG evidence, reduces Scope 3 emissions, satisfies investor due diligence, and transforms disposal into sustainability performance.

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Basel Convention 2025: New E-Waste Export Rules Every Global Business Must Know

January 1, 2025 brought major Basel Convention amendments expanding Prior Informed Consent to all e-waste. Learn about the new Y49 and A1181 categories, compliance requirements for cross-border shipments, the Ban Amendment implications, and why domestic processing eliminates compliance risk.

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