FNCA 18th Ministerial Level Meeting, Astana, 11 October, 2017

Country Report of China
LONG Maoxiong

China Nuclear Energy Association
China Atomic Energy Authority

2Country Report of China

FNCA 18th Ministerial Level Meeting, Astana, 11 October, 2017

Nuclear Power Plants in China-Operation:
37 Units, 35800 MWe-Under construction:
19 Units, 22200 MWe-Gen III:
HPR1000, CAP1400-Gen IV:
HTGR, CEFR, CDFR
-SMR:
ACP100, ACPR100

3Country Report of China

FNCA 18th Ministerial Level Meeting, Astana, 11 October, 2017

Nuclear Reactor Technology Innovation
 HPR1000

 CAP1400

 ACP100

 HTGR

4Country Report of China

FNCA 18th Ministerial Level Meeting, Astana, 11 October, 2017

International Cooperation
 IAEA and China Sign Transit Agreement for Low Enriched Uranium(LEU) Bank, 10 April 2017
 Within the joint efforts of China, United States, IAEA and Ghana, aChinese-supplied Research Reactor in Ghana was converted from
HEU to LEU Fuel, 29 August 2017
 IAEA Completes International Physical Protection Advisory Service(IPPAS) Mission in China, 8 September 2017

 China Signs Agreement to Provide Training in Nuclear Technology,18 September 2017
 Atomic Energy Scholarship provided
 To train experts from across Asia, students from emerging nuclear
countries are welcomed In the areas of nuclear energy, nuclear safety and security, andnuclear sciences and applications
5Country Report of China

FNCA 18th Ministerial Level Meeting, Astana, 11 October, 2017

Application of Nuclear Science and Technology forEnvironment Protection
 Land Pollution
 Isotope tracer - to study the migration and transformation of variousorganic pollutants in soil, as well as the ways of absorption andtransformation of soil fertility factors.
 Irradiation - to implement sludge sterilization and produce fertilizer.
 High-power plasma torch - to treat the hazardous waste, industrial

waste, urban waste and medical waste in an economical, efficientand environmentally friendly way.

6Country Report of China

FNCA 18th Ministerial Level Meeting, Astana, 11 October, 2017

Application of Nuclear Science and Technology for
Environment Protection
 Air Pollution
 Accelerator-based electron beam irradiation - to remove nitrogenoxides and sulfur dioxide from the emissions of thermal power plant.

 Plasma - to implement volatile organic compounds (VOC)
conversion, nitrogen oxide removal, automobile exhaust gaspurification, and flue gas desulfurization & denitrification.

 In addition, low-temperature heating reactors are studied to
implement residential heating and industrial park central heating inorder to reduce carbon dioxide emission and control haze in winter.

7Country Report of China

FNCA 18th Ministerial Level Meeting, Astana, 11 October, 2017

Application of Nuclear Science and Technology forEnvironment Protection
 Climate Change
 Clean energy - nuclear energy, renewable energy (wind, solar) are
growing rapidly in China to adjust energy structure and to reducegreenhouse gases emission to achieve the objectives of the ParisAgreement.
 Long-term monitoring - the greenhouse gases and air pollutants innuclear power plants and adjacent areas are monitored continuously
in order to evaluate the effectiveness of clean energy objectively andaccurately.

8Country Report of China

FNCA 18th Ministerial Level Meeting, Astana, 11 October, 2017

Nuclear safety laws and regulations
 Law on the Prevention and Control ofRadioactive Pollution (28/06/2003)
 Nuclear Safety Law (01/09/2017)Laws

 Atomic Energy Law (preparing)

AdministrativeRegulations

 Regulation on the Supervision andManagement of Civil Nuclear Safety
Equipment Other regulations
 Nuclear Power Plant Design Safety Rules

Departmental Rules

 Other rules

 Nuclear Radiation Protection DesignGuildlines and Technical Documents

 Other guildlines

9Country Report of China

FNCA 18th Ministerial Level Meeting, Astana, 11 October, 2017

感谢聆听Thank you for your attention.
Qustions?

10Country Report of China

FNCA 18th Ministerial Level Meeting, Astana, 11 October, 2017