China’s nuclear power plants, symbols of the country’s energy power, are today raising increasing questions about their safety. As China continues to expand its nuclear fleet to meet ever-increasing energy demand, voices are being raised to warn of the potential risks associated with this rapid expansion.
Concerns relate not only to the management of aging infrastructures, but also to the ability to cope with technological and environmental challenges. This article explores the crucial issues surrounding the safety of nuclear power plants in China, a subject of vital importance to the world’s energy future.
China’s nuclear safety concerns
China’s People’s Liberation Army (PLA) has expressed growing concern about the safety of the country’s nuclear power plants in the event of future conflict. With 102 nuclear reactors in operation or under construction, China has the world’s largest atomic energy sector.
Recent events in the war between Russia and Ukraine have shown that nuclear facilities are not immune to attack, as demonstrated by the example of the Zaporizhzhia plant in Ukraine. These incidents have prompted Chinese strategists to consider scenarios where these sites could become strategic targets, posing a major risk to national security.
Strategic vulnerabilities of Chinese coastal reactors
The Chinese government’s recent approval of the construction of ten new nuclear reactors along the coast, particularly in sensitive areas such as the Taiwan Strait and the South China Sea, raises strategic concerns. According to a PLA study, these coastal sites could become targets in the event of conflict, exposing China to attacks aimed at causing mass casualties, disrupting energy supplies and causing deliberate environmental damage.
Events in Ukraine have demonstrated that nuclear power plants can be vulnerable in times of war, prompting China to strengthen the security of its facilities and consider risk assessment models for future projects.
Precautionary measures and the geopolitical context
In view of these potential threats, the APL recommends the implementation of a risk assessment model to guide the siting of future reactors. Improving the physical security of facilities and preparing contingency plans are also recommended to mitigate the consequences of possible attacks.
This approach comes against a tense geopolitical backdrop, marked by a joint Sino-Russian statement on the growing risk of nuclear conflict. This climate reflects a broader strategic concern about the collapse of international standards protecting nuclear infrastructures, exacerbated by tensions between major powers such as the USA and NATO.
