Journal Article - Nuclear Power
Characteristics and Advantages of the Advanced Small Pressurized Water Reactor
(In Chinese)
Abstract
Many developed countries with strong nuclear energy technology have realized the importance of the Small Modular Reactor (SMR) and initiated heavy R&D programs in SMR. The Advanced Small Pressurized Water Reactor (ASPWR) can be used in remote power grids and replaces mid/small size fossil-fuel plants economically. Current ASPWR deeply adopts modular and integrated pressure vessel design—and a passive safety system—which effectively improves plant safety and economy. This paper performs the comparative study of safety and economy features in ASPWR and large PWRs. The authors suggest that China should start R&D programs in ASPWR.
For more information on this publication:
Please contact
International Security
For Academic Citation:
Chen, Peipei and Yun Zhou. “Characteristics and Advantages of the Advanced Small Pressurized Water Reactor.” Nuclear Power, vol. 5. (2011): 37-43 .
- Recommended
- In the Spotlight
- Most Viewed
Recommended
Analysis & Opinions
- Belfer Center for Science and International Affairs, Harvard Kennedy School
Center Experts Reflect on 75th Anniversary of Hiroshima Bombing
Analysis & Opinions
- The Washington Post
75 Years after Hiroshima, Here are 4 Things to Know about Nuclear Disarmament Efforts
Journal Article
- Bulletin of the Atomic Scientists
'What About China?' and the Threat to US–Russian Nuclear Arms Control
In the Spotlight
Most Viewed
Policy Brief
- Quarterly Journal: International Security
The Future of U.S. Nuclear Policy: The Case for No First Use
Discussion Paper
- Belfer Center for Science and International Affairs, Harvard Kennedy School
Why the United States Should Spread Democracy
Abstract
Many developed countries with strong nuclear energy technology have realized the importance of the Small Modular Reactor (SMR) and initiated heavy R&D programs in SMR. The Advanced Small Pressurized Water Reactor (ASPWR) can be used in remote power grids and replaces mid/small size fossil-fuel plants economically. Current ASPWR deeply adopts modular and integrated pressure vessel design—and a passive safety system—which effectively improves plant safety and economy. This paper performs the comparative study of safety and economy features in ASPWR and large PWRs. The authors suggest that China should start R&D programs in ASPWR.
- Recommended
- In the Spotlight
- Most Viewed
Recommended
Analysis & Opinions - Belfer Center for Science and International Affairs, Harvard Kennedy School
Center Experts Reflect on 75th Anniversary of Hiroshima Bombing
Analysis & Opinions - The Washington Post
75 Years after Hiroshima, Here are 4 Things to Know about Nuclear Disarmament Efforts
Journal Article - Bulletin of the Atomic Scientists
'What About China?' and the Threat to US–Russian Nuclear Arms Control
In the Spotlight
Most Viewed
Policy Brief - Quarterly Journal: International Security
The Future of U.S. Nuclear Policy: The Case for No First Use
Discussion Paper - Belfer Center for Science and International Affairs, Harvard Kennedy School
Why the United States Should Spread Democracy


