Since 18 of December 2019 uses Nucleus credentials. Visit our help pages for information on how to Register and Sign-in using Nucleus.

Primary Analysis on The Nuclear Energy Development Scenario base on the U-Pu Multicycling with PWR, FR and CNFC in China

Jun 29, 2017, 8:40 AM
Room 4 (Yekaterinburg)

Room 4


ORAL Track 7. Fast Reactors and Fuel Cycles: Economics, Deployment and Proliferation Issues 7.4 Fuel Cycle Analysis


Mr Keyuan ZHOU (China Institute of Atomic Energy)


As one of the largest developing country, China needs reliable energy supply. At the same time, China should improve the energy structure and reduce carbon dioxide emissions. Nuclear and renewable energy is the main solution to these problems. According to some studies, nuclear power capacity will increase to 400GWe in 2050. Due to limitations of uranium resources, we must consider the development of fast reactor (FR) and closed nuclear fuel cycle. Development Strategy of China's FR is three-step model "Experimental Reactor - Demonstration Reactor - Commercial Reactor". The construction of the China Experimental Fast Reactor (CEFR) has completed, and obtain the necessary experience on FR. The design of the demonstration FR CFR-600 is ongoing, which is 600MWe power. After this step, the commercial FR with more large power will be constructed. Based on the development of nuclear energy and the constraints of uranium resource in China,this article presents and analyses some cases of nuclear power scenarios of PWR-FR matching development with closed nuclear fuel cycle (CNFC) including some indicators such as the matching capacity, the uranium resource consumption, reprocessing capabilities etc.

Country/Int. Organization


Primary author

Mr Keyuan ZHOU (China Institute of Atomic Energy)


Donghui ZHANG (China Institute of Atomic Energy) Mr Mi XU (China Institute of Atomic Energy) Mr Yong YANG (China institue of atomic energy)

Presentation materials