In a bright, spacious factory on the outskirts of Lagos, young engineers in overalls work their way along the production line, carefully inspecting the shimmery blue solar cells that turn sunlight into electricity.

Quality checks completed, the finished solar panels are loaded onto forklifts and taken to a warehouse – ready for delivery to buyers across Nigeria and in neighbouring West African countries. Each panel is labelled “Made in Nigeria”.

But for Emmanuel Agbola, operations manager at Nigerian solar company LPV Technologies, the company’s mission goes beyond quality control and meeting customer orders.

“We are looking at addressing the immediate power needs of Nigeria,” Agbola told Climate Home News in a quiet room away from the steady hum of machinery on the factory floor, where production began last year.

That is no small task. About four out of 10 Nigerians – more than 85 million people – still lack reliable access to grid electricity, according to Nigeria’s Rural Electrification Agency.

LPV Technologies is among a handful of startups making headway on the nation’s bold ambitions to build a domestic solar panel manufacturing industry, as solar becomes the go-to choice for Nigerian businesses and households fed up with frequent blackouts.

Nigeria’s national grid has collapsed about 22 times during the last two years due to transmission constraints, gas shortages and ageing infrastructure.

That is exactly why local solar panel manufacturing matters, according to Agbola.

“One of our slogans is ‘Make the sun pay for your bills’,” he said.

Solar transforms life for homes and businesses

Nigeria has become one of Africa’s fastest-growing markets for increasingly affordable solar systems, which are providing more reliable and cheaper electricity for homes and workplaces than the fragile power grid.

Nigeria’s rapid solar adoption is being met mostly by small-scale solar installations which have helped bring the country’s total cumulative solar capacity to about 6 gigawatts (GW), according to a report by research provider BloombergNEF.

But almost every panel installed on homes, factories and public buildings across the country is imported – the vast majority from China – something the government wants to change.

“We are preparing to produce in this country the solar technologies that the entire continent will use,” President Bola Tinubu told a group of Chinese investors in 2024.

“Nigeria is a huge market for solar panels. Africa is a major consumer of solar technologies. I do not see why these panels and batteries cannot be produced here,” he said.

Two years on, that ambition is starting to bear fruit.

Not far from LPV’s factory, in the Agege neighbourhood of Lagos, workers are putting the finishing touches to a new commercial-scale veterinary vaccine cold-storage facility.

Up on the roof, 100 of LPV’s “Made in Nigeria” solar panels have been fixed into position.

Once operational, the panels and attached battery storage will provide round-the-clock electricity for offices, laboratories and cold-storage rooms at the site, helping to keep millions of vaccine doses safely refrigerated even when the national grid fails.

“This will never go off – all year round,” said the civil engineer overseeing work at the site, pointing to the rooftop installation. “It’s off-grid – 24 hours, seven days; constant electricity to run these two cooling units.”

Government bets on local manufacturing

The Nigerian government wants solar power to play a central role in bridging the country’s electricity access gap, but it also wants the equipment that will drive that transition to be produced at home to create new jobs and reduce imports. That aligns with its wider Nigeria First industry policy.

Nigeria’s booming solar market is still overwhelmingly supplied by foreign-made panels.

Last year, it imported about 2.9 million panels worth more than 400 billion naira ($295 million). More than 70% of them came from China, making Nigeria Africa’s second-largest importer of Chinese panels after South Africa.

China dominates almost every stage of the global solar manufacturing supply chain and a series of government-led initiatives to kickstart local production have yet to make major headway.

More than a decade ago, the National Agency for Science and Engineering Infrastructure established the country’s first government-backed solar panel factory in Karshi, Abuja. While successive upgrades have increased its production capacity to about 50 MW annually, the facility still supplies only a fraction of Nigeria’s growing demand.

The government has since announced more ambitious projects, including a Renewable Energy Industrial Park in Nasarawa state, expected to manufacture solar cells, panels and batteries, and a solar module assembly plant under construction by the Energy Commission of Nigeria in Enugu. Neither project has yet begun commercial production.

Last year, the government also proposed restricting solar panel imports to encourage domestic manufacturing, though the idea was swiftly dropped.

Chinese imports dominate solar panel trade

The scale of Nigeria’s challenge is obvious during a visit to Alaba International Market in Lagos, one of Africa’s largest electronics markets and a solar retail hub where thousands of panels change hands every week.

One recent morning in June, cart pushers could be seen weaving their way between crowds of shoppers and traffic jams, their trolleys stacked high with loads of freshly imported solar panels.

Nigeria is Africa’s biggest oil producer and fossil fuel exports have been the cornerstone of the economy for decades. But in the bustling market, solar has become such a good business in recent years that traders call it “the new oil“.

Even so, few said they had ever seen panels made in Nigeria.

“Every panel we get is imported,” said wholesaler Ndubuisi Nwobodo, adding that it was the first time he had heard of panels being produced domestically.

At one of the market’s largest solar warehouses, manager Chidiebere Ani watched as workers unloaded another container of supplies from China. He said 95% of the warehouse’s stock of panels came from China.

China controls more than 80% of global manufacturing capacity, according to the International Energy Agency, spanning every stage of the supply chain, from polysilicon and wafers to solar cells and finished modules.

Meanwhile, production at the LPV factory in Lagos is running at about 180,000 panels per year, Agbola said.

“If we had 10 LPVs, we still won’t be able to meet [Nigeria’s] demand,” Agbola said.

Even then, Nigerian producers face a tough contest on price. Imported 550-watt panels retail for about 150,000 naira ($110), the same price that LPV Technologies charges wholesalers.

Policy uncertainty seen as hurdle to investment

Nigeria has plentiful affordable labour and – with a population of roughly 240 million – room for market growth as the falling price of panels makes them accessible to more people.

Chinese firms increasingly see opportunities to build manufacturing partnerships with local businesses, said Susan Li, the founder of Chinese solar company Solar Run Energy.

“We have to grow the industry together,” she said, cautioning that foreign investment in the sector would hinge on stable government policies and a steady exchange rate.

Last year’s short-lived proposal to ban panel imports, which was scrapped a month after it was floated, highlighted such investment concerns, said Wangari Muchiri, founder of Kenya-based RE.Think Energy.

“[One minute] solar imports were banned, and then they were not banned,” Muchiri said. 

“If investors come in and there is already a clear path such that everyone knows how tariffs and customs duties are handled, then businesses can plan for those costs,” she explained. “But when policies keep changing, the risk becomes much higher.”

Li said she believed that “as time goes by, [policies] will become more stable”.

Nigeria’s challenges to scale up production

While Nigeria is making its first panels, it does not yet have the industrial capacity to produce vital solar cell components such as polysilicon, wafers and ingots.

At LPV, Agbola said having to import the components – up to 17 of them – eats into the company’s profit margins.

“When we combine [the cost of importing components] with other fixed-cost elements and we want to do our pricing, it becomes a big challenge for us in the market,” he said.

Because cells are the main component in a solar panel, LPV’s senior brand and marketing manager Kabir Okehi said it would be “a huge relief” to produce them domestically and avoid the high shipping logistics costs associated with imports. It also takes imported solar cells between six weeks and two months to get to Nigeria.

Many of the materials used in solar manufacturing – including silica, aluminium and steel – are available in Nigeria, but the country still lacks the technical know-how to turn them into higher-value components, experts say.

“What is missing in our local production is knowledge transfer,” said Mustapha Abdullahi, director-general of the Energy Commission of Nigeria, a government body responsible for strategic national energy policy planning and coordination.

He said Nigeria is still learning about the technologies needed to make solar cells domestically, with research institutes experimenting with materials such as graphene and production methods that could eventually support upstream manufacturing.

“We’re still in the pilot stages, doing reverse engineering to see how things are done,” he told Climate Home News.

Companies struggle to access startup capital

Another major challenge for homegrown solar manufacturing is finance, Abdullahi said, adding that several Nigerian companies have expressed interest in manufacturing solar panels, but many struggle to secure the capital needed to establish production lines.

The government has tried to bridge that gap by connecting local companies with international financiers, while offering incentives to prospective investors, he said.

Last year, Nigeria announced a partnership with Chinese solar giant LONGi to establish a 1,000 MW manufacturing facility in the country. The agreement, Abdullahi said, is intended to accelerate technology transfer and help Nigeria expand domestic production far beyond its current assembly capacity of roughly 300 MW of solar panels annually.

That is equivalent to 545,000 panels – of about 550 watts each – per year.

Production will need to increase nearly ten-fold, Abdullahi estimated, to meet projected future demand.

As new investments and joint ventures start to yield results, that might be possible, he said.

“Nigeria can even be the solar panel hub globally, not just for Africa, and compete well even with China,” he added.

China as a partner, not a rival

But Nigeria should not be aiming to compete with China, rather learning from it as it seeks to build up its solar industry ecosystem – from assembling imported components to eventually making more of them locally, said Godson Ikiebey, a renewable energy specialist at PwC Nigeria.

China did not become the world’s solar manufacturing giant overnight, Ikiebey said. It developed a long-term industrial strategy, invested heavily in manufacturing capacity and steadily climbed the value chain.

“For now, it’s good to have the ambition, but the ambition does not yet match the action,” Ikiebey added.

China dominates global solar manufacturing not simply because it produces panels cheaply, RE.Think Energy’s CEO Muchiri said, but because it controls technology, supply chains and economies of scale built over decades.

Rather than trying to recreate that system from scratch, Nigeria should join forces with Chinese companies to accelerate technology transfer while developing its own workforce and manufacturing base, she said.

Building an African solar industry should also extend beyond Nigeria, with different countries potentially specialising in different parts of the value chain, fostering regional trade. “This is going to be a big opportunity to look at a regional expansion rather than just one country,” she added.

Bringing such plans to fruition will take time and the goals should be realistic, Chinese investor Li said.

Items such as frames and screws could eventually be produced in Nigeria, but more sophisticated components like solar cells would still need to be imported because their production requires highly automated factories and a stable electricity supply, she said.

“You grow step by step. If you look at the long term, if you grow the seed and water it today, you will get the harvest tomorrow,” Li said.

Clean energy jobs for the future workforce

When President Tinubu described his government’s solar hub plans to Chinese investors, he touted the country’s large, young workforce.

“The labour is cheaper. Our youths are vibrant and skilled. Our people are brilliant and adapt to new technology,” he said.

LPV’s factory in Lagos offers a glimpse of that vision.

A graduate in petroleum engineering, Ibeimo Biobele, 28, had no experience in solar manufacturing when she arrived at the factory a year ago as a member of the National Youth Service Corps – Nigeria’s mandatory one-year national service programme.

Like many university-leavers, Biobele faced an uncertain job market.

More than 93% of Nigerians work in the informal economy, according to the National Bureau of Statistics, meaning there are few skilled jobs for graduates like Biobele.

Today, she works on the production line assembling panels and hopes more such jobs will become available for young Nigerians in the years to come.

“If we had more factories like this, more young engineers would have opportunities after school,” she said.

This article was made possible with support from Surge Africa and One World Media.

Main image: A man carries a solar panel on his head while unloading a truck in Lagos, Nigeria (Photo: Mansur Ibrahim/Climate Home News)

The post Made in Nigeria: The race to build an African solar industry from scratch appeared first on Climate Home News.

Made in Nigeria: The race to build an African solar industry from scratch

Uncertainty persists over how COP31 will be managed, after Türkiye’s environment minister told journalists this week his country will have the final say at the UN climate conference despite a deal that gave Australia the role of chairing the negotiations in return for withdrawing its bid for the summit.

At COP30, the two governments resolved a deadlock by agreeing that Türkiye would host this year’s annual talks in the resort city of Antalya with its environment minister Murat Kurum serving as COP31 President, while his Australian counterpart Chris Bowen would act as COP31 President of Negotiations.

Previous COPs have occasionally been hosted by one country and presided over by another. For example, COP23 was held in Germany because of the remoteness and small size of Fiji, and COP25 took place in Spain after social unrest flared in Chile. But COP31 will be the first UN climate summit with the powers of the presidency split between two countries.

Under the unusual arrangement, Türkiye will lead on the Action Agenda, the non-negotiated part of COP which brings together businesses, citizens and local governments to step up climate action in different areas, from curbing methane emissions and protecting health to adaptation in fragile states.

In Brazil last year, when the deal was announced to end the long-running rivalry for COP31, Australia’s Chris Bowen said his role would give him the powers of the COP presidency to manage the official climate negotiations, prepare draft texts and issue any overarching “cover” decision.

But speaking to international media in the Turkish city of Trabzon on Thursday, comments from Kurum – made in Turkish and translated into English by an official translator – suggest that Türkiye sees itself as having ultimate control over the formal outcome of the talks.

Asked how the “co-presidency” would resolve any differences that emerge during the negotiations, he responded: “Türkiye and Australia are not co-presidents. Türkiye is the President of COP31 and Australia is the President of Negotiations. We are in consultation with Australia but the final decision lies with the presidency of COP31.”

“No issues” so far

An official document setting out the “modalities” of the partnership notes that the COP31 President will assign an Australian representative as the “President of Negotiations” and “Vice President of the COP”, to whom the functions of leading the COP31 negotiations are delegated for the duration of the conference and “who will have exclusive authority in relation to the negotiations”.

“If there is a difference of views between Türkiye and Australia, consultations will take place until the difference is resolved to mutual satisfaction,” the document adds.

Kurum said this week that the two countries are working in “good harmony and in shared perspectives. So far, we’ve had no issues. We don’t believe we will have. I mean if Türkiye and Australia cannot agree on something, it’s not realistic to expect 196 countries [at the COP] to agree on the same thing.”

Australia’s COP31 team pointed Climate Home News to a speech given by Bowen at the mid-year Bonn climate talks, in which he said: “Australia and Türkiye are working together seamlessly and with one goal.”

The oceans conference in Trabzon, organised by the COP31 presidency, issued a statement on Thursday saying that under Türkiye’s COP31 Presidency, and “in close cooperation” with Australia as President of Negotiations, “we aim to advance action on ocean and seas towards COP31 in Antalya, including through engagement with the Pacific at the Pre-COP”.

Electrification goal to reduce fossil fuels

On other topics, Kurum told reporters that, while the COP31 Action Agenda does not feature any explicit initiatives on transitioning away from fossil fuels, its flagship goal to promote the electrification of economies – through measures like heat pumps and electric vehicles – would “lead to a reduction in the use of fossil fuels and contribute to the clean transition”.

“What we want is to decrease the emissions, and for that we need to use clean energy, and for that we need to make electrification more widespread. And if you do that, automatically [you will] reduce the use of fossil fuels,” he said on the sidelines of the Trabzon oceans conference. He added that COP31 would “build on” the COP28 agreement to transition away from fossil fuels in energy systems.

COP31 leaders unveil global targets, with spotlight on electrification

Asked by Climate Home News about a request by the government of Nepal for an emergency grant from the UN’s new Fund for Responding to Loss and Damage to help recovery from its recent devastating glacial flood, Kurum said he would be “pleased” if the fund supported the South Asian nation.

On August 31, Nepal’s finance and environment ministers asked the fund’s board to take a special decision to disburse post-disaster support for the first time, a call backed by developing-country board members. On September 9, the board’s co-chairs responded in a letter saying they were “engaging with the FRLD board to address your urgent request as rapidly as possible”.

Foreign minister: Nepal needs “meaningful” international support to face climate threats

Asked how he would respond to a UN scientific assessment this month that the world will exceed its goal of limiting global warming to 1.5C above pre-industrial levels and must then work to bring it back down, Kurum said he accepted that the data shows that keeping to 1.5C is no longer possible. He added that limiting warming to “around 1.5C” would be a success.

Questioned by media as to how he would guarantee the right to protest at COP31, Kurum said his team will “try to meet” any request they receive from civil society.

With demonstrations temporarily banned, over 200 human rights and environmental activists were arrested before and during the NATO military alliance summit in Türkiye’s capital Ankara in January.

Kurum sought to reassure climate campaigners, however. “Don’t worry, thinking you will not be able to voice your opinions or really share your thoughts,” he said.

The post Türkiye says it has “final decision” at COP31 despite Australia running negotiations appeared first on Climate Home News.

Türkiye says it has “final decision” at COP31 despite Australia running negotiations

More than 1,000 operations at NHS hospitals were cancelled due to heat during the UK’s record May and June heatwaves, Carbon Brief can reveal.

This includes 167 orthopaedic surgeries, such as knee and hip replacements, as well as heart, eye and skin cancer operations.

At least 10 emergency surgeries – those for “life-threatening” conditions – had to be cancelled because of the record-breaking heat, according to the investigation.

Carbon Brief sent freedom-of-information (FOI) requests to 140 NHS trusts to investigate the impact of heatwaves on operations being cancelled in England and Wales.

Areas with the most operations cancelled due to heat include Surrey and Sussex, south Essex and parts of London – all regions experiencing among the highest temperatures.

High temperatures can threaten patient safety by stopping the ventilation systems used in theatres from working, increasing the risk of infection, experts tell Carbon Brief.

Less than half of the NHS trusts provided details of heat-related surgery cancellations – and Carbon Brief understands that many hospitals do not routinely record this information.

Carbon Brief’s figure is therefore likely to be a significant underestimate, but still provides an unprecedented insight into a surgical system “poorly prepared” for heatwaves and the impact on patients.

Overheating operations

The record-breaking heatwaves that have repeatedly struck the UK in 2026 – amplified by climate change – have already been linked to thousands of deaths.

High temperatures can lead to all sorts of health complications and worsen respiratory, cardiovascular and kidney diseases.

Extreme heat also threatens healthcare systems. News outlets have reported on the NHS “struggling”, as it faces record A&E demand, hospital wards reaching “unsafe” temperatures and equipment failing due to heat.

Among these reports was coverage of hospitals being forced to cancel operations, or even abandon them midway through, as surgical theatres became intolerably hot.

To investigate this problem, Carbon Brief sent FOI requests to the 140 NHS trusts and health boards in England and Wales responsible for hospitals with surgical theatres.

They were asked about all the operations that were cancelled due to extreme heat during the May and June heatwaves, when “amber” and “red” heat warnings were in place.

In total, 59 trusts and health boards responded with details of 1,110 heat-related cancellations across the 17-day period covering 22-28 May and 18-27 June.

(Of the 63 trusts that responded but did not provide details of heat-related disruption, many said that they simply did not record this data, rather than stating that heat was not a problem. See Methodology for more details.)

The map below shows the location of these cancelled surgeries, which cover everything from routine hernia operations to heart surgeries.

Surrey and Sussex Healthcare NHS Trust reported the most cancellations – 140 in total – all in the surgery unit at Crawley Hospital. This hospital was in one of the hottest parts of the country in June, with temperatures approaching 36C.

Other hotspots for cancellations include south Essex, Dudley in the West Midlands, south Wales and parts of London. Many of the hardest-hit hospitals were in southern England, where temperatures were highest.

Of the trusts that provided full datasets of all surgery cancellations in the period, around 7% were heat-related. This data illustrates how heat is placing more strain on an already stretched NHS, adding to existing issues such as staff shortages and lack of beds.

Nearly all of the cancelled surgeries were “elective”, meaning they were scheduled in advance and not immediately life-saving. Nevertheless, the list of cancellations includes at least eight heart operations and seven skin-cancer removals.

There were also 10 “emergency” operations cancelled due to heat in surgical theatres. Another 18 surgeries had to be abandoned mid-way through.

Dr Dmitri Nepogodiev, a public health researcher focusing on surgery at the University of Birmingham, says hospitals will always prioritise “time-sensitive, life-threatening” surgeries.

Nevertheless, he tells Carbon Brief that every cancellation can cause significant “distress” and harm to patients’ quality of life, adding:

“Behind all of these statistics…are real people who have probably already been waiting a long time.”

Each dot in the graphic below indicates a cancelled surgery. Of the 596 for which trusts provided details, 167 are orthopaedic surgeries, such as knee and hip replacements.

Eye surgeries, gynaecological and urological surgeries are also among the most frequently cancelled, broadly reflecting how common such procedures are.

Richard Egan, an endocrine surgeon and a national clinical director within NHS Wales, notes the knock-on effects of cancelling surgeries for several days during heatwaves. He tells Carbon Brief:

“That’s a significant impact on waiting lists…For every week that patients are waiting on a waiting list, their condition could get worse and deteriorate.”

‘Increased risks’

When providing specific reasons for cancellations, most NHS trusts simply indicated that surgical theatres were “too hot and humid”.

Sometimes, this was accompanied by comments about “risk of infection” or “overheating for both patients and staff”.

There are several reasons why it can get “too hot” for operations to take place, but the main one is that the complex ventilation systems installed in theatres can stop working above a certain temperature, explains Dr Ed Robinson, an NHS anaesthetist. He tells Carbon Brief:

“An operating theatre is a very tightly engineered clinical environment. There are quite complicated ventilation systems, which dilute airborne contaminants, remove fumes from different [medications] and anaesthetic gases.

“We have generalised airflow systems that make the air in theatre flow outwards to adjacent areas, so pathogens and fumes get carried away from the patient into non-clinical areas. When it gets to a certain heat, those systems can fail.”

These systems are also responsible for controlling heat and humidity levels inside theatres, says Robinson.

When the systems fail, it is not possible to guarantee patient safety, he continues, meaning surgeries may need to be cancelled.

Although most hospitals simply stated that it was “too hot” for operations to take place during the heatwaves, there were 48 cases where staff specified that this was due to air conditioning or ventilation units that were either broken or unable to sustain appropriate temperatures.

Tim Lane, a urological surgeon and president of the Royal College of Surgeons of England (RCS England), tells Carbon Brief that heat places “extra physical strain” on patients:

“Extreme heat can increase risks and make it harder to deliver care under the conditions clinicians would consider ideal.”

If air in operating theatres is too humid, excess moisture can condense on surgical implements and transmit infections, he says.

Extreme heat and humidity inside theatres can also pose a risk to staff having to wear heavy protective clothing. Robinson explains:

“Staff are usually wearing PPE [personal protective equipment]. If it’s orthopaedics, they will be wearing ‘leads’ a lot of the time. This is because they will be doing lots of X-rays, and there’s no time to descrub and rescrub every time.

“So if the ventilation system is not working, you’re going to overheat [and] that’s going to affect your ability to concentrate and perform a safe operation. You just wouldn’t start under those conditions.”

There are also “certain pieces of equipment and medications” that are not “validated to be used outside of certain ranges of temperature”, he says.

This includes specialised “cement” used to secure hip and knee replacements, which can set too quickly at higher temperatures, according to Lane.

‘Poorly prepared’

Following the record-breaking heat of 2022, one study found that surgical services in the UK were “poorly prepared for heatwaves”.

Based on staff surveys, the study concluded that ambient temperatures “could not be controlled” in two-fifths of NHS operating theatres.

With hospitals once again under significant pressure this summer, health secretary Yvette Cooper told the Guardian that the NHS “has to make sure we are preparing for summer pressures now in the same way we prepare for winter”.

Nepogodiev notes that the problem of extreme heat extends from increased patient numbers to staff shortages, which can be the result of a range of wider factors such as heat-related train cancellations. He tells Carbon Brief.

“There isn’t a single magic solution because it’s a kind of complex, multifactorial challenge – so it also underlines the importance of broader preparedness.”

Egan, who is investigating ways to prepare surgical theatres for extreme heat, says the response so far has been “ad hoc”. He suggests it may be possible to continue with less risky operations, even at higher humidity levels.

As it stands, many NHS hospitals are old and not designed for increasingly extreme temperatures.

Government advisers at the Climate Change Committee (CCC) have recommended that all healthcare buildings should work to “maintain safe and appropriate temperatures” by 2035.

The UK’s national adaptation programme already says NHS England will work to “adapt NHS infrastructure to extreme weather events and overheating risks”, by incorporating adaptation measures into plans for new buildings.

However, years of underinvestment have left many sites with what the King’s Fund thinktank calls “deteriorating buildings” and “outdated technology”.

Following the extreme heat this summer, the government has announced £32m from a £1.5bn spending programme for projects that strengthen hospitals’ “resilience to extreme heat, including improved “cooling and ventilation systems”.

RCS England president Lane tells Carbon Brief that heat-related surgical cancellations underline the need for investment in hospitals, ventilation systems and modern equipment:

“NHS staff work incredibly hard to adapt, often reorganising services and finding practical solutions to keep care running, but resilience alone cannot compensate indefinitely for outdated infrastructure or sustainability.”

Methodology

Carbon Brief contacted 140 NHS trusts and health boards in England and Wales, only including those that perform surgical procedures. Mental health trusts, community trusts and other specialist trusts were therefore excluded.

These requests covered the periods 22-28 May 2026 and 18-27 June 2026, when heatwaves affected much of England and Wales.

At the time of filing the FOIs, these were the two periods when the UK Health Security Agency (UKHSA) had issued “amber” or “red” heat-health alerts across much or all of England. There were also comparable weather warnings in place across Wales for some of this time.

(Scotland and Northern Ireland were excluded from the analysis, on the basis that they did not experience such extreme heat.)

The FOI requests asked for details of all surgical procedures – both elective and emergency – that were cancelled during this period. Specifically, the requests also asked trusts to state which cancellations were related to extreme heat. Of these, 59 provided details of surgeries that were cancelled due to heat.

Of the remaining 63 that responded to the FOI requests, only a few stated explicitly that there were no surgeries cancelled due to heat. Most either said that they did not record this information, or provided lists with standard cancellation reasons that may – or may not – indicate heat as a factor, such as “failure of equipment”. The remaining 19 did not respond to the request by the time of publication.

NHS trusts and health boards responded to Carbon Brief’s FOI requests in a large variety of ways, reflecting the inconsistent way in which heat-related cancellations are recorded.

Among those that disclosed data, some provided all the information requested while others only provided parts. Some would not provide exact numbers when the number of cancellations was five or less. In those cases, Carbon Brief assumed that two surgeries had been cancelled. (This assumption accounts for fewer than 50 of the 1,110 cancellations.)

The full dataset is available here, with details of all the surgeries cancelled and the reasons given for their cancellations.

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The post Revealed: More than 1,000 NHS operations cancelled due to record UK heatwaves appeared first on Carbon Brief.

Revealed: More than 1,000 NHS operations cancelled due to record UK heatwaves