From March 25 to 27, the biennial China International Nuclear Industry Exhibition took place at the Beijing National Agricultural Exhibition Center. Over 190 exhibitors from 14 countries—including China, the U.S., the UK, France, Canada, and Russia—showcased cutting-edge nuclear technologies from around the world. The event provided a comprehensive platform for global nuclear industry leaders to exchange ideas and explore new opportunities.
The exhibition focused on various aspects of the nuclear sector, including reactor design, equipment manufacturing, plant construction and operation, fuel cycle technology, and non-power applications of nuclear science. With an exhibition area exceeding 8,000 square meters, it marked the largest and most diverse gathering in the history of nuclear exhibitions in China.
Throughout the event, ten technical forums were held, bringing together experts from leading international institutions such as the French Nuclear Society and the Canadian Atomic Energy Corporation, along with domestic professionals. Discussions centered on topics like nuclear cooperation, environmental protection, equipment manufacturing, and technical services, highlighting the growing collaboration between China and the global nuclear community.
China is currently leading the world in nuclear power development. Kang Rixin, General Manager of China Nuclear Industry Construction Group, emphasized that the exhibition was held against the backdrop of China’s policy shift from “moderate development†to “positive development†in the nuclear field. He pointed out that nuclear energy plays a crucial role in addressing energy shortages and environmental challenges, with significant market potential ahead.
Zhang Guobao, Director of the National Energy Administration, outlined a vision for China's future nuclear growth, stating that the country is now in an optimal period for nuclear expansion. The goal is to increase nuclear power’s share of total electricity generation to at least 5% by 2020.
As of the end of 2007, China's nuclear power installed capacity reached 9.1 million kilowatts, up 30% from the previous year, accounting for 1.27% of the national electricity mix. Nuclear power generation for that year totaled 62.9 billion kWh, a 14% increase over the prior year, making up 1.92% of total electricity production. Currently, about 20 nuclear units are under construction, with a combined capacity of 20 million kilowatts.
Several major Chinese nuclear enterprises, including Qinshan Nuclear Power Base, Sanmen Nuclear Power Co., Ltd., and China Guangdong Nuclear Power Group, showcased their achievements through large-scale displays, drawing considerable attention from visitors.
Zhong Yun from China National Nuclear Power Corporation highlighted that through successful projects like Daya Bay and Lingao, the company has developed its own standardized pressurized water reactor technology, CPR1000. This technology has been applied in the second phase of Lingao and the Hongyanhe Nuclear Power Plant, marking the first large-scale, standardized nuclear power system in China.
Major manufacturers such as China Dongfang Electric Corporation, China Second Heavy Machinery Group, Sichuan Sanzhou Chemicals, and Panzhihua Iron and Steel also presented high-level products, reflecting the growing strength of China's nuclear equipment industry.
Kang Rixin noted that China has made significant progress in the localization of nuclear technology, with continuous improvements in the nuclear fuel cycle and rapid advancement in key projects. Additionally, the application of nuclear technology has expanded, with the annual output value of isotope and radiation technology industries reaching 60 billion yuan.
Li Ning, a representative from the French Embassy's Nuclear Industry Section, remarked that "China's nuclear power development rate is the fastest in the world," emphasizing the nation's rising influence in the global nuclear arena.
However, challenges remain. Yang Changli of China National Nuclear Corporation pointed out that while China has adopted advanced foreign technologies, there is still a need for better integration and mastery. Without a unified national standard system, it is difficult to achieve true nuclear independence.
Zhong Yingqiang of Sanmen Nuclear Power Co., Ltd. added that since the start of China's nuclear program in 1984, different technologies from France, Canada, and Russia have led to varied standards, creating a need for greater harmonization in the future.
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