Improving energy resilience in Pakistan may avert 175,000 deaths by 2030 – UNICEF

A doctor checks a child, who is suffering from gastroenteritis due to hot weather, at a hospital in Hyderabad, Pakistan, on May 23, 2024. (AP/File)
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Updated 31 May 2024
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Improving energy resilience in Pakistan may avert 175,000 deaths by 2030 – UNICEF

  • UN agency’s latest report says resilient energy supplies for schools can reduce dropout rates in Pakistan
  • It says Pakistan has abundance of renewable resources that can be tapped to help children across the country

ISLAMABAD: A new study by the United Nations children’s agency says developing resilient energy systems to power health facilities in Pakistan could avert over 175,000 deaths by 2030.

UNICEF said improved energy resilience would also contribute $296 million to the country’s fragile economy over the next 20 years by reducing maternal, adult, and infant mortality.

The study, conducted by UNICEF’s Economist Impact Unit and released Friday, comes as Pakistan is experiencing an intense heatwave that has sickened thousands of people, further burdening the country’s health care system.

Temperatures in various parts of Pakistan soared as high as 49 degrees Celsius (120 degrees Fahrenheit) on Friday. Authorities are urging people to stay indoors, hydrate, and avoid unnecessary travel. Demand for power has surged because of the high temperatures, putting a strain on existing electricity sources.

UNICEF said resilient energy refers to reliable, flexible, accessible, and quality power supplies that can withstand and recover quickly from unanticipated shocks, such as power outages and floods.

It said more resilient energy supplies for schools would reduce dropout rates and improve children’s learning so they can earn more in the future.

“Children depend on schools, health centers, and safe drinking water for their survival, yet these facilities often don’t have the electricity supply to function optimally. As the current heatwave grips the country, electricity needs have skyrocketed, leading to shortfalls that can endanger children’s health,” said Abdullah Fadil, the UNICEF representative in Pakistan.

UNICEF said 3.5 billion people live without reliable power worldwide.

It said climate change is contributing to the disruption of generation and distribution of energy in Pakistan, where floods triggered by climate-induced monsoon rains in 2022 killed 1,739 people. It said almost half of the water infrastructure, such as storage tanks, wells and supply lines, was damaged by the floods.

This year, Pakistan recorded its wettest April since 1961 with more than double the usual rainfall for the month. Heavy rains last month killed scores of people and destroyed property and farmland.

Daytime temperatures in May have soared as much as 8 C (14 F) above average temperatures for the month over the last 20 years, raising fears of flooding in the northwest because of glacial melting.

UNICEF said it helped restore water systems for 350,000 people in 375 locations after the 2022 floods and has also implemented several solar electrification initiatives in Pakistan.

“Pakistan has an abundance of renewable resources and by investing in them we are tapping into a goldmine to help children,” Fadil said. “We need the private sector to play a bigger role as public sector resources will not be enough. This is everybody’s business.”


With monitors and lawsuits, Pakistanis fight for clean air

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With monitors and lawsuits, Pakistanis fight for clean air

  • Independent air monitors expose gaps in official pollution data
  • Pollution exposure linked to heavy health and economic costs

KARACHI: With pollution in Pakistan hitting record highs in recent years, citizens clutching air monitors and legal papers are taking the fight for clean air into their own hands.

More than a decade ago, engineer Abid Omar had a “sneaking suspicion” that what the government described as seasonal fog was actually a new phenomenon.

“It wasn’t there in my childhood” in Lahore, said the 45-year-old who now lives in coastal Karachi, where the sea breeze no longer saves residents from smog.

With no official data available at the time, Omar asked himself: “If the government is not fulfilling its mandate to monitor air pollution, why don’t I do that for myself?“

His association, the Pakistan Air Quality Initiative (PAQI), installed its first monitor in 2016 and now has around 150 nationwide.

The data feeds into the monitoring organization IQAir, which in 2024 classified Pakistan as the third most-polluted country in the world.

Levels of cancer-causing PM2.5 microparticles were on average 14 times the World Health Organization’s recommended daily maximum.

Schools are often shut for millions of children and hospitals fill up when the smog is at its worst, caused by a dangerous combination of poor-quality diesel, agricultural burning and winter weather.

PAQI data has already played a key role in the adoption of pollution policies, serving as evidence during a 2017 case at Lahore’s high court to have smog recognized as air pollution that is a danger to public health.

Using one of their air monitors, PAQI demonstrated that “the air quality was hazardous inside the courtroom,” Omar said.

The court then ordered the regional government of Punjab to deploy its own monitoring stations — now 44 across the province — and make the data public.

But the government also says private monitors are unreliable and cause panic.

Researchers say, however, that these devices are essential to supplement official data that they view as fragmented and insufficiently independent.

“They got alarmed and shut down some stations when the air pollution went up,” Omar said.

3D-PRINTED MONITORS
Officials have overhauled the management of brick kilns, a major source of black carbon emissions, and taken other measures such as fining drivers of high-emission vehicles and incentivizing farmers to stop agricultural burning.

Worried about their community in Islamabad, academics Umair Shahid and Taha Ali established the Curious Friends of Clean Air organization.

In three years, they have deployed a dozen plug-sized devices, made with a 3D printer at a cost of around $50 each, which clock air quality every three minutes.

Although they do not contribute to IQAir’s open-source map or have government certification, their readings have highlighted alarming trends and raised awareness among their neighbors.

An outdoor yoga exercise group began scheduling their practice “at times where the air quality is slightly better in the day,” said Shahid.

He has changed the times of family outings to minimize the exposure of his children, who are particularly vulnerable, to the morning and evening pollution peaks.

Their data has also been used to convince neighbors to buy air purifiers — which are prohibitively expensive for most Pakistanis — or to use masks that are rarely worn in the country.

’RIGHT TO BREATHE’
The records show air quality remains poor throughout the year, even when the pollution haze is not visible to the naked eye.

“The government is trying to control the symptoms, but not the origin,” said Ali.

Pollution exposure in Pakistan caused 230,000 premature deaths and illnesses in 2019, with health costs equivalent to nine percent of GDP, according to the World Bank.

Frustrated with what they see as government inaction, some citizens have taken the legal route.

Climate campaigner Hania Imran, 22, sued the state in December 2024 for the “right to breathe clean air.”

She is pushing the authorities to switch to cleaner fuel supplies, but no date has been set for a verdict and the outcome remains unclear.

“We need accessible public transport... we need to go toward sustainable development,” said Imran, who moved from Lahore to Islamabad in search of better air quality.

Pollution has multiple causes, she said, and “it’s actually our fault. We have to take accountability for it.”