E-waste
E-waste · Hazardous waste · biomedical waste rules
What is E-waste?
E-waste is discarded electrical and electronic equipment and its components; hazardous waste is industrial waste dangerous by its chemical, biological or radioactive character; and biomedical waste arises from diagnosis, treatment and medical research. India generates about 1.6 million tonnes of e-waste a year, third most in the world, and governs all three streams through rules of 2016 and 2022 built on extended producer responsibility and CPCB portals.
Story hook
In the narrow lanes of Seelampur, a Muslim-majority neighbourhood in northeast Delhi, 70,000 people earn a living dismantling electronics. Children as young as 8 years old sit cross-legged on the floor breaking open computer monitors with hammers + screwdrivers, their fingers stained with lead solder dust + brominated flame retardants. Acid baths boil away copper from printed circuit boards. Mercury vapours from CRT monitors hang in the air. The blood-lead levels of children in Seelampur measured by an NIMHANS-Toxics Link 2018 study were 45 μg/dL — 5 times the WHO action level of 10 μg/dL and twice the threshold at which permanent neurological damage occurs.
Seelampur is one of three major informal e-waste hubs in India — the others are Moradabad (UP) for circuit board burning + acid leaching, and Bhiwandi (Maharashtra) for sorting + dismantling. Together with Eloor (Kerala), Kanpur, Mandoli, and Mayapuri (Delhi), they process 80%+ of India's e-waste — an underclass of an underclass that the E-Waste Management Rules 2022 were supposed to formalise.
India is now the world's third-largest e-waste generator at
1.6 million tonnes/year (CPCB 2024) — after China (6 mt) and
USA (6 mt) — but only 5% of this is processed in the
468 authorised dismantlers + recyclers registered with CPCB.
The remaining 95% flows through Seelampur, Moradabad, Bhiwandi,
and the back alleys of every Indian city. The economics are stark:
a 5-kg cathode-ray-tube monitor contains ~150 g of lead, 5 g of
mercury, 50 g of cadmium, plus traces of gold, silver, palladium.
Recovering gold from a tonne of motherboards yields more pure gold
than mining a tonne of gold ore.
For UPSC, e-waste + hazardous waste + biomedical waste are the three "tail" waste streams — small in volume, enormous in toxicity, and increasingly regulated through EPR (Extended Producer Responsibility) following the plastic playbook.
Why this matters for UPSC
Asked in Prelims 2019, 2021, 2022; Mains 2018 (on hazardous waste movement) + 2021 (on e-waste). Tests specific rules (E-Waste Rules 2022, Hazardous Waste Rules 2016, Bio-Medical Waste Rules 2016), EPR architecture, Basel Convention, hospital waste colour codes. Mains probes "is EPR working for e-waste?" + comparative governance.
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