A Day in the Life of India’s E-Waste Workers

Taking apart old electronics means battling suffocating heat and hazardous chemicals with little protection.

New Delhi: As dawn breaks, hundreds of men move in and out of the congested alleys of Seelampur, pulling carts and driving dump trucks loaded with discarded cellphones, computers, air conditioners, and almost any other electronic waste imaginable. Located on the outskirts of New Delhi, Seelampur is the country’s largest market dedicated to dismantling old tech, and it’s home to an estimated 50,000 men, women, and children whose livelihoods depend on e-waste.

Inside the labyrinth of alleys, hundreds of small establishments are packed with different electronic gadgets, which workers take apart mostly with their bare hands, a hammer, and pliers, hoping to extract precious metals like gold, silver, and tin – or any other useful item. Children move through the nooks and corners of the market with plastic bags on their shoulders, collecting potentially useful scraps among the e-waste leftovers piled in front of doorways.

Aftab, 15, is one of them. He waits patiently along with four or five other children in the scorching heat to collect the e-waste leftovers, things like cellphone displays and broken batteries. (This year, Delhi recorded its hottest June in three years, with average maximum temperatures registering around 40°C Celsius.) “I mostly used to start my day before sunrise to avoid this unbearable temperature, but that was when I collected copper pipes. Since they were heavy, my shoulder used to lock and started to hurt,” said Aftab, wiping the sweat from his face. “Now I prefer to collect cellphone leftovers like cameras, electronic chips, and keypads, which are easy to carry but are less profitable and available mostly during the daytime.”

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The world dumped a record of 53.6 million tons of e-waste in 2019, out of which just 17.4% was recycled, according to the 2020 Global E-waste Monitor. India, for its part, produced 3.2 million metric tons of e-waste – much of which ended up in Seelampur. India also serves as a dumping ground for e-waste from other countries, like the US, through a “complex web of transshipment ports.” A 2017 paper in the Journal of Health and Pollution “estimated that around 50,000 metric tons of e-waste is being imported into India every year.”

That waste fills Seelampur’s busy streets, where establishments specialise in different types of e-waste recycling and disposal – for example, shops focused on cellphones home in on motherboards and batteries, which are more valuable and can be sold to other recycling units. Lacking adequate space and labour force, they throw out other parts, which are collected by people like Aftab, who then sell the scraps in the local market at a cheaper price.

Also read: In Photos: Delhi’s Waste Pickers Reel Under Double Whammy of Pandemic, Privatisation

Most of the people who make a living off e-waste live around Seelampur. Aftab lives with his family of five in a tin shed along one side of an open drainage canal, which is filled with stinky, murky water and runs through the market. The oldest of his siblings, Aftab started working with his mother at the age of eight, collecting pieces of wire and then burning them to extract pieces of copper. His mother was forced to stop working after hazardous smoke produced from the burning made her sick several times.

“To be honest, who likes to work here? But we are underprivileged and have no other choice. Every morning I stand in a long queue to fetch a single bucket of drinking water. I consider myself lucky if I am able to get two buckets, and such small things give me happiness, which is normal for others who are not leading the same lifestyle as we do,” said Aftab. “While working I get minor injuries, but I neglect them. If one of us stops working for a day we won’t be able to make ends meet.”

As soon as the leftover cellphone scraps are thrown out, young children waiting outside rush forward, pulling each other back to get the best of it. Aftab collects whatever possible with his bare hands and runs away. Sitting behind a car near the drainage canal, he opens his plastic bag to look at what he collected.

“It’s a rat race here and you need to be very quick in order to survive. On an average day, I earn around Rs 50 to 170 [60 cents to $2.15], and it all depends on what I find,” Aftab said. He likes the privacy of the drainage canal to go over his findings. But at times, the stink is suffocating. “It makes me wonder what it’s like to breathe in the fresh air,” he said.

On a day in mid-June, Aftab was pleased with what he collected. “It was a lucky day, as I found some useful metals,” he said, smiling as he set off toward a snack cart. “Now I can treat myself with a samosa and get some rest.”

One kg of empty milk packets could be sold by ragpickers for Rs 20; now the price has halved to Rs 10. Credit: Reuters

India also serves as a dumping ground for e-waste from other countries, like the US, through a “complex web of transshipment ports.”  Credit: Reuters

In May, India’s Ministry of Environment, Forest and Climate Change released a draft of additional rules for e-waste (and opened the proposal to public comment). If adopted, the rules would set up a new framework to push recycling toward the formal sector (though critics say it could “exacerbate mismanagement”).

These rules are the most recent in a series of efforts to manage the country’s e-waste, which began in 2011 with a legislation “mandating that only authorised dismantlers and recyclers collect e-waste,” according to the 2020 Global E-waste Monitor. A new set of rules in 2016 further emphasised on producer responsibility and set collection targets. And while India is the only country in Southern Asia with such rules, the 2020 report notes, enforcement is a major challenge, due to “the lack of proper collection and logistics infrastructure, limited awareness of consumers on the hazards of improper disposal of e-waste, the lack of standards for collection, dismantling of e-waste and treatment of it, and an inefficient and tedious reporting process.” Places like Seelampur, where around 80% of dumped electronic gadgets are recycled, are preferred over formal sectors, thanks to the cheap availability of recyclers and dismantling costs.

Just a few meters away from the main road that leads to the market, Rashim, 30, is clearing the road for his van, filled with discarded cellphone chips and motherboards. Rashim came to Seelampur from Meerut, a city outside of Delhi, in 2011. He started as a labourer, unloading scraps throughout the market, and he now runs a business dealing with discarded cellphones.

Also read: Wasted Lives: The Tragedy of India’s ‘Safai Mitra’

“My journey in Seelampur has been full of ups and downs, but at the same time, God has been kind to me. When I came here I never thought I would own a shop, but everything is possible if one works hard. I only deal with discarded cellphones as they are easy to dismantle and don’t cause many health hazards,” said Rashim, sitting on a chair inside his shop, where he employs three people. His employees extract motherboards and other chips from cellphones and send them for further processing. “I earn around Rs 1,000 to 1,500 [$12 to $15] on a normal day, and that’s not sufficient when you have a family of six and other responsibilities,” he said.

At Rashim’s shop, a worker looks for broken motherboards that can’t be sent for further processing. Without protective gear, he dips them in a beaker filled with acid, hoping to extract copper, silver, or other metals that can be sold. Soon after, the small shop fills with clouds of white smoke. “No doubt we are at constant risk here, but what other option do we have?” says Rashim, covering his nose and mouth with a piece of cloth.“I suffer from breathing issues at this young age, but I can’t stop working because I have a family to look after. We need high-end safety gear to deal with this kind of work, but it’s way out of our budget.” Wearing a simple mask, he said, would make breathing more difficult in the suffocating heat.

Rashim, who is fond of thriller TV shows, watches a local Indian serial on his smartphone while his oldest son, a young teenager, shows up with a tiffin, or lunchbox. Rashim makes sure his son doesn’t play or touch anything at the shop, buys him candies, and then quickly sends him home. “I get nightmares of my children doing the same job – that’s why I don’t let them spend much time here,” Rashim explains, clearing a small plastic table for lunch. “I pray every day that they don’t land in this place.”

Indeed, workers’ constant contact with metals, acid, and other dangerous substances shapes their health and living conditions.

Taj, a doctor popular in the area, has been working in Seelampur for ten years. Each year, he said, things get worse. “Until the last few years, I used to see five to 12 patients in a day, now they have risen to 20 or 30,” he said. Most of the cases, he explained, are related to skin infections and chronic obstructive pulmonary disease.

Taj cited a lack of awareness among e-waste workers about the causes of these health issues. “They burn wires, plastics, and parts of regular appliances, and dealing with hazardous chemicals is the cause of growing COPD cases in the area,” he said. “I see cases of small children with COPD and breathing issues, which would indefinitely affect their lifespan, and it’s really worrying.”

This piece was originally published on Future Tense, a partnership between Slate magazine, Arizona State University, and New America.

Early Monsoon Underwhelms, Rainfall Deficit at 37%, Sowing Down 14%

The rainfall deficiency is coming at a time when 46% of the country is already suffering from drought. Large parts of the country have seen a prolonged heatwave. 

New Delhi: The south west monsoon of 2019 has underwhelmed in its early days with a national level rainfall deficit of 37% as on June 24, according to data provided by the Indian Meteorological Department (IMD).

The monsoon has been delayed this season by a week. It usually makes landfall in Kerala around June 1. This year, it made its first appearance on June 8.

Cyclone Vayu in the Arabian sea also slowed the progress of the monsoon by draining its moisture.

The sluggish progress of the monsoon has meant that 30 of the 36 subdivisions in the country are categorised as ‘deficient’ or ‘large deficient’ by the IMD. These sub-divisions account for 82% of the country’s land area.

Some of the sub-divisions with large rain deficits are western Uttar Pradesh at 76%, Vidarbha at 72%, Jharkhand at 55%, Konkan and Goa at 54%, Uttarakhand at 53%, Madhya Maharashtra at 52%. Andaman and Nicobar Island, on the other hand, has seen a large excess of 69%, the only sub division with a large excess.

The rainfall deficiency is coming at a time when 46% of the country is already suffering from drought. Large parts of the country have seen a prolonged heatwave. India recorded the lowest pre-monsoon rain in 65 years, and the previous monsoon recorded a deficit of 9% with a sizeable chunk faring much worse. 

Consequently, water storage in reservoirs is now at a significantly depleted level. Of the 91 reservoirs for which the Central Water Commission releases data, 11 have run dry as on June 20. Another 24 are at storage levels below 50% of normal, while 23 reservoirs recorded storage levels between 51% and 80%. Only 32 reservoirs reported more than 80% of normal storage, and not a single reservoir reported 100% of normal storage.

Also read: Another Delayed Monsoon Doesn’t Bode Well for Bihar

The situation is the most grim in Andhra Pradesh and Maharashtra, whose reservoirs recorded a storage level departure from normal of 83% and 71% respectively.

The storage level in river basins is at a deficit of 6% as on June 20 with Tapi at 81% recording the largest deficit, followed by Krishna and Cauvery at 55% and 45% respectively.

Given the deficit rain and lower storage levels, kharif sowing has also shown a deficit of 15% from normal as on June 21, reported the Hindu. The actual sown area in the country is 90 lakh hectares, as compared to 105 lakh hectares which is normal for this time of the year. The sowing for oil seeds is down 6%, while coarse cereals are lower by 4%.

The IMD is expecting the monsoon to pick up speed in the coming days with ‘conditions becoming favourable for further advance’.

Explainer: Why All Eyes Are on the Indian Monsoon

A shortfall in monsoon this year could have a major effect on consumer demand, the overall economy and financial markets.

Mumbai: India‘s monsoon has progressed more slowly than usual after hitting Kerala nearly a week late. Monsoon rains have been 44% lower-than-average so far in June, delaying the sowing of summer-sown crops and raising concerns that parts of the country could face a worsening drought.

This shortfall could have a major impact on consumer demand, the overall economy and financial markets.

The India Meteorological Department (IMD) has forecast average rainfall in 2019, while the country’s only private forecaster Skymet has predicted below-normal rainfall.

What are the monsoon types?

A normal, or average, monsoon means rainfall between 96% and 104% of a 50-year average of 89 cm (35 inches) in total during the four-month monsoon season from June to September, according to the IMD’s classification.

Rainfall below 90% of the average is classified as deficient, the same as a drought. In 2018, India received 9% lower rainfall than normal, although in some regions the deficit was as high as 37%.

Also Read: Monsoon Arrives in Kerala After a Week’s Delay

Rainfall above 110% of the average would mean an excessive monsoon, which could cause flooding and reduce the yields of certain crops.

The monsoon season starts with rains on the southern Kerala coast around June 1, and usually covers the country by the middle of July.

What is the progress this year?

The monsoon arrived in Kerala on June 8 versus the usual June 1. However, Cyclone Vayu developed in the Arabian Sea and that drew moisture from the monsoon and weakened its progress. The monsoon typically covers half of India by mid-June but this year has covered just a quarter of the country.

The Poondi reservoir, one of the major sources of water for Chennai city, is completely dry. Image: PTI/R. Senthil Kumar

Does the delay mean lower rainfall?

There are instances when the monsoon delivered average or above average rainfall even after arriving late or progressing slowly.

In 2016, the monsoon landed in Kerala on June 8 but covered the entire country by July 13 and delivered average rainfall. Other times, rainfall deficits in June were fully offset by a week of raining in July.

The monsoon delivers about 70% of India‘s annual rainfall and determines the yield of rice, wheat, sugarcane and oilseeds, such as soybeans. Farming makes up about 15% of India‘s $2.5 trillion economy but employs more than half of its 1.3 billion people.

Also Read: Deficient Pre-Monsoon Rain Puts Almost Half of India on Drought Alert

Rising farm output from a decent monsoon boosts demand for consumer goods in rural regions.

A stronger economic outlook tends to lift the stock prices of companies focused on selling products in rural areas.

India is self-sufficient in rice and wheat, but a drought would increase imports of pulses and edible oils, such as palm oil, soy oil and sunflower oil. Monsoon rains replenish reservoirs and groundwater, allowing better irrigation and more hydropower output. Higher rainfall can trim demand for subsidised diesel, which is used to pump wells for irrigation.

Why is the monsoon key for Prime Minister Modi?

Modi has promised to double farmers’ income over five years and promised to boost the economy. Makers of consumer products are reporting poor rural demand. Depleting reservoirs have forced cities including Chennai, Mumbai and Hyderabad to cut water supplies.

How does the monsoon affect prices and RBI policy?

Food makes up nearly half of India‘s consumer price index, which the Reserve Bank of India monitors when deciding on monetary policy, including interest rates. Bumper farm output would keep food prices under control.

The government has paid farmers during past droughts, straining the fiscal deficit. A good monsoon will limit that kind of government spending. A drought would raise vegetable and pulse prices, requiring increased spending on welfare schemes.

How reliable are monsoon forecasts?

The IMD issues its first forecast typically in mid-April.

On average, its forecast has been accurate only once every five years over the past two decades, even after taking into account an error band of plus or minus 5 percentage points.

Also Read: IMD Predicts ‘Near Normal’ Southwest Monsoon

The IMD’s 2017 forecast was the most accurate since 2008. In 2018, it forecast 97% rainfall but India received only 91%. Even during normal monsoon years, some parts of India face drought while others flood.

In 2018, Kerala had its worst flooding in about 100 years even as the western state of Maharashtra had a drought. The IMD releases its second monsoon forecast in the last week of May or first week of June with an update in the middle of the monsoon season.

(Reuters)