Short answer: India is the world's third-largest generator of e-waste, behind China and the United States. Government data shows generation rising from about 1.01 million tonnes in 2019–20 to roughly 1.75 million tonnes in 2023–24 — a 72.5 per cent increase in five years. The share being formally processed has improved substantially, but well over half still is not.
One caveat before the numbers, because it matters.
Why the published figures disagree with each other
If you search this topic you will find India's annual e-waste quoted as 1.4 million tonnes, 1.75 million, 3.2 million and 6.2 million. These are not all wrong — they measure different things.
Central Pollution Control Board figures are compiled from registered producers, recyclers and authorised dismantlers. Anything moving through India's large informal sector is not captured. Other estimates attempt to model total arisings including the informal channel, which produces much larger numbers.
We have used the CPCB and government-tabled figures below because they are auditable and consistently collected. Treat them as the reliable floor rather than the full picture.
The numbers
| Measure | Figure |
|---|---|
| Global rank | 3rd, after China and the US |
| Generation, 2019–20 | ~1.01 million tonnes |
| Generation, 2023–24 | ~1.75 million tonnes |
| Five-year increase | 72.5% |
| Generation, 2017–18 (CPCB) | 7.08 lakh tonnes |
| Generation, 2024–25 (CPCB) | 13.98 lakh tonnes |
| Share processed, 2019–20 | 22% |
| Share processed, 2023–24 | 43% |
| Left untreated | ~57%, around 990,000 tonnes |
Two things are true at once here, and most coverage picks only one.
The genuinely good news
India's formal processing has improved dramatically. Collected and processed volumes rose from roughly 22,700 tonnes in 2016–17 to about 988,479 tonnes in 2024–25 — more than a forty-fold increase in eight years.
The share of generated e-waste being formally processed nearly doubled from 22 per cent to 43 per cent in four years. That is real progress and it deserves saying plainly, because the usual framing of this topic is unrelieved gloom.
The part that has not improved
Generation is growing faster than processing capacity. Even at 43 per cent processed, the absolute tonnage going untreated has stayed roughly flat, because the total keeps rising. Running faster on a moving walkway.
Most of what escapes the formal system goes to the informal sector, where recovery is done without environmental controls. Devices contain lead, mercury, cadmium and brominated flame retardants; informal processing typically means open burning or acid baths to recover metals, exposing workers directly and leaching contaminants into soil and groundwater.
The concentration is also striking: around 65 cities account for more than 60 per cent of India's e-waste, and ten states account for about 70 per cent.
What is being thrown away, in value terms
E-waste is roughly a third metal by composition, including precious and critical minerals. India's e-waste has been valued at around ₹51,000 crore, of which roughly ₹30,600 crore is considered technically recoverable.
That framing matters. This is not only a pollution problem — it is a materials problem. Every phone that goes into a landfill takes gold, silver, copper, cobalt and rare earths with it, all of which have to be mined again somewhere else.
Where phones fit
Smartphones are a small share of e-waste by weight and a large share by unit count and material intensity. A phone is dense with valuable and hazardous material relative to its mass.
They are also the category with the shortest replacement cycle, which is why the industry's environmental arithmetic is dominated less by disposal than by manufacture. The bulk of a smartphone's lifetime carbon footprint is incurred before it is switched on for the first time — in mining, refining, component fabrication and assembly.
That single fact reorders the priorities. Recycling a phone recovers some materials but does not recover the manufacturing emissions. Keeping a phone in service avoids them entirely.
We work through that argument properly in why keeping a phone alive beats recycling it, and cover the regulatory side in India's e-waste rules and EPR explained.
What you can actually do
Keep devices longer. Replace a battery instead of a phone. Pass working devices on rather than leaving them in a drawer — an unused phone in a cupboard is functionally the same as a discarded one, minus the recycling. And when a device genuinely reaches end of life, use an authorised collection point rather than a street-corner buyer.
Buying renewed sits in the same category of action: it keeps a manufactured device in service and displaces demand for a newly built one. Every Premium Renewed iPhone is a device that stayed out of the waste stream and did not require a new phone to be built.
Frequently asked questions
How much e-waste does India generate?
Government-tabled figures show around 1.75 million tonnes in 2023–24, up from about 1.01 million tonnes in 2019–20. Estimates that attempt to include the informal sector are considerably higher.
Where does India rank in global e-waste generation?
Third, after China and the United States.
How much of India's e-waste is recycled?
The formally processed share rose from 22 per cent in 2019–20 to 43 per cent in 2023–24. Roughly 57 per cent, around 990,000 tonnes, remained untreated.
Why do different sources give different e-waste figures for India?
CPCB data is compiled from registered producers, recyclers and authorised dismantlers, so it excludes the informal sector. Other estimates model total arisings including informal channels, producing much larger numbers.
What is e-waste worth?
E-waste is around a third metal by composition. India's has been valued at approximately ₹51,000 crore, with about ₹30,600 crore considered technically recoverable.
Is recycling a phone better than reusing it?
Reuse is better. Most of a smartphone's lifetime carbon footprint comes from manufacturing, which recycling does not recover. Extending a device's working life avoids those emissions altogether.
