When it recently emerged that China General Nuclear Power Corporation (CNG) had refused to give a visiting team of UK government inspectors the security details for one its reactors, a slew of negative headlines followed in UK media about Chinese involvement in Britain’s power supply.
The inspectors, from the UK’s Office for Nuclear Regulation, had traveled to China to examine Fangchenggang’s Unit 3 nuclear power plant and its Hualong One third-generation pressurized reactor.
The Hualong One design is earmarked for a planned Chinese-built nuclear power plant at Bradwell on England’s east coast and the inspectors were in China to start a complex four-year Generic Design Assessment [GDA] process that will end, the Chinese hope, with the reactor’s approval for use in Britain.
China is the world’s fastest expanding nuclear power producer and has been clear about its desire to be a leading exporter, too. Exporting nuclear power is an objective of Xi Jinping’s Belt and Road initiative and nuclear is included as a core energy component in the country’s latest Five-Year Plan. At the center of this ambition is the Hualong One.
Developed though a state-led agglomeration of China’s main industry players and initially adapted in the 1990s from a French design, the Hualong One has since 2014 been packaged — along with a package of enticements comprising construction expertise, training support, competitive pricing and financing options — as China’s flagship power brand.
CNG says more than 20 countries have shown interest in the nuclear plant. While the first working Hualong One reactors will be in China, in what are revealingly described as “demonstration units,” two are currently under construction in Pakistan while an Argentinian one reported to be worth US$9 billion is due in 2020. After that should come Bradwell.
The UK has not commissioned a nuclear power station for almost 30 years, but now has plans for six sites. China currently has involvement in three, but that could become four after the bankruptcy of Toshiba’s nuclear arm.
The first two, Hinkley Point C and Sizewell, only saw Chinese involvement after the French state-owned Électricité de France (EDF) voiced concern about growing costs. China agreed to help with finance as long as it got to build a Hualong One at Bradwell, which will be the first wholly Chinese-designed reactor to be built in a western country.

“Is this a good investment for China?” asks nuclear risk expert Jerzy Grynblat. “It is very hard to say because, as it comes from the Chinese government, some of the sums will remain hidden. But what is perhaps more important to ask is why the Chinese state wants to invest when no western government will?”
For Grynblat – who, before retiring in early 2017, was Nuclear Business Director at safety assurance consultancy Lloyd’s Register – it is “purely an expansion of political power.”
Grynblat explains that the UK is currently the only western country with a nuclear power program. “They needed to add capacity and replace existing capacity… In terms of power security, the UK was in a bad position and they had to do something.” That gave China an opportunity, says Grynblat. “Bradwell presented the Hualong One with an important foothold in the West.”
The design of the Hualong One, Grynblat believes, is reminiscent of a Swedish reactor from the 1980s. “It surprised me a little,” he says. “It really is quite old fashioned. I am not saying this makes it unsafe, certainly not, but what it does is make use of well known technology. And this makes approvals more straightforward… And the GDA process that they are starting now in the UK is crucial to them. They will be able use this all over the world.”
“There is also recognition in the UK government that the Hinkley contract cannot be repeated at Sizewell because it has made the cost of the power so expensive… Hinkley is happening but very slowly. They originally said it would be built by 2018. Now they are saying 2025… As such, I am now thinking that Sizewell will not happen”
Antony Froggatt, senior research fellow at think-tank Chatham House and co-author of The World Nuclear Industry Status Reports, agrees. “It’s a first” says Froggatt. “It creates an important benchmark for China and it’s an important sales pitch. The GDA process alone brings kudos.”
Yet Froggatt is not convinced that Bradwell itself will be built. “The industry is changing rapidly. Even since China first got involved in the UK in 2015, the price of offshore wind and solar has got much cheaper. There is also recognition in the UK government that the Hinkley contract cannot be repeated at Sizewell because it has made the cost of the power so expensive… Hinkley is happening but very slowly. They originally said it would be built by 2018. Now they are saying 2025… As such, I am now thinking that Sizewell will not happen.”
“And Bradwell,” says Froggatt, “is a different story again…. It is a new reactor, it’s Chinese and there are the security issues.” He asks: “Will the Chinese ever be able to open up the design specifications?”
The UK’s inspectors were quick to brush off their access issues in China and instead praised CNG’s “high level of expertise and commitment.” But it is not the first time there has been negativity around the China-UK power deal.
Last year, amid rising public opposition, Prime Minister Teresa May felt compelled to suspend the Hinkley project while a “security review” was carried out. Nick Timothy, May’s joint chief of staff at the time, had bluntly warned that the Chinese might be able to “build weaknesses into computer systems which will allow them to shut down Britain’s energy production at will.”
There is a lot at stake here, for both China and the UK. And, much like a nuclear reactor, it looks like this story will run and run.
Russia is currently doing great business exporting nuclear power around the world with their buy now, pay later financing (AKA: BOO = Build, Own, Operate). The Russians, bear the cost of financing the power plant, and also get the profits for the first 30 years, or so. There are quite a few takers for this business model. There’s no reason China should not do the same. I think that unlikely, and unnecessary. Yet if China can make nuclear plants overseas at similar prices they manage in China, and similar prices South Korean KEPCO have exported to the ‘Middle East’ at, then there will be plenty of takers for new nuclear plants. Even in Europe. There may not be so many ‘Western’ nuclear power fans, but there are lots of potential customers in former communist, East Europe, in Africa, Asia, and South America. Basically: most of the world wants new nuclear plant.
China still has a long way to go until its standards of safety are up to scratch compared to European standards.
This isn’t a remnant of colonialism, it’s just a fact.
Yes the west is responsible for colonialism. But it is also the standard bearer for safe, clean, organized and stable democracies. Good quality products, workers rights etc.
China still needs to prove itself in many ways and I hope that it will.
But just as in Roman times, Britain is in the periphery of the OBOR project. Hinkley Point C loss is not that big of a deal to China.
The Hualong One is a third generation design. It has a 60-year design life, and would use a combination of passive and active safety systems with a double containment. It is safer than most currently operating nuclear plants
Same old hypocrisy, if it comes from the West it is labelled mutually beneficial investment, if it is from China they call it “purely an expansion of political power” , security issues, etc. Western countries are the ideologues, not the Chinese.
Probably for the best, Britain is not a reliable business partner.
Stuart Budgen
"But it is also the standard bearer for safe, clean, organized and stable democracies."
LOL
It will keep Britains uranium mines busy for many years.
Marty Wallace
Third-generation reactors have:
A more standardised design for each type to expedite licensing, reduce capital cost and reduce construction time.
A simpler and more rugged design, making them easier to operate and less vulnerable to operational upsets.
Higher availability and longer operating life – typically 60 years.
Further reduced possibility of core melt accidents.*
Substantial grace period, so that following shutdown the plant requires no active intervention for (typically) 72 hours.
Stronger reinforcement against aircraft impact than earlier designs, to resist radiological release.
Higher burn-up to use fuel more fully and efficiently, and reduce the amount of waste.
Greater use of burnable absorbers (‘poisons’) to extend fuel life.
There are claims that third generation designs use 17% less uranium than 2nd generation designs.
Sweden’s domestic designs were all BWRs. The Hualong One is a PWR. Sweden’s Ringhals series, which were PWRs, were based on designs from ABB and Westinghouse.
Dream on!
It does not cost any thing.
Wait till NuScale design hits the market.