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E-WASTE MANAGEMENT

03.10.2025

E-WASTE MANAGEMENT

Context

The rapid digital revolution — marked by the widespread use of smartphones, laptops, home appliances, and medical devices — has given rise to a growing electronic waste (e-waste) crisis. India, as one of the fastest-growing digital economies, faces mounting challenges in managing e-waste sustainably and responsibly.

 

E-Waste Generation and Scale

  • Definition: E-waste refers to discarded electrical and electronic devices and components.
     
  • India’s Generation (2025): ~2.2 million tonnes.
     
  • Global Standing: India is the third-largest generator of e-waste, after China and the USA.
     
  • Growth Rate: Annual e-waste generation in India is increasing at a high and alarming pace, raising concerns about sustainability and public health.
     

 

Hazards and Impact

Toxic Materials Present in E-Waste:

  • Cadmium
     
  • Mercury
     
  • Lead
     
  • Americium
     
  • Arsenic
     
  • Beryllium Oxide
     
  • Flame Retardants
     

Environmental Impact:

  • Burning plastics from e-waste releases harmful fumes.
     
  • Landfilling e-waste leads to heavy metal leaching, contaminating soil and water.
     
  • Chemicals like cyanide and sulfuric acid seep into groundwater.
     

Health Impact:

  • Air, water, and soil contamination directly affect human health.
     
  • Lead exposure lowers IQ and impairs neurological functions.
     
  • Long-term contact with toxins leads to chronic illnesses and shortened life expectancy.
     

 

Social Crisis and Management Challenges

  • Informal Sector Dominance: ~95% of e-waste recycling in India is handled by informal workers, often women and children, without training or protective gear.
     
  • Human Rights Concern: Exposure to hazardous substances drastically reduces life expectancy; premature deaths are common.
     
  • Regulatory Framework – Extended Producer Responsibility (EPR):
     
    • Producers and importers are legally responsible for managing waste generated from their products.
       
    • Introduced under E-Waste Management and Handling Rules.
       
  • Criticism of EPR:
     
    • Poor enforcement; many producers evade responsibility.
       
    • Formal recyclers lack financial viability and often shut down, leaving the informal sector unchecked.
       

 

Way Forward

  • Strengthen EPR Enforcement: Strict monitoring of producers and importers to ensure compliance.
     
  • Formalization and Safety Training:
     
    • Establish modern, high-tech recovery and recycling facilities.
       
    • Provide skill training, protective gear, and healthcare support to informal workers.
       
  • Public Awareness: Mass campaigns to educate citizens on safe disposal and recycling of e-waste.
     
  • Policy Integration: Link e-waste management with broader climate change, resource efficiency, and public health strategies.
     

 

Conclusion

The e-waste crisis in India is both an environmental hazard and a social justice issue. With rising digital consumption, sustainable e-waste management is no longer optional but essential. Stronger enforcement of EPR, investment in safe recycling technologies, and protection of vulnerable workers are key to turning this challenge into an opportunity for green growth and inclusive development.

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