HPR1000, Forging the Pillar of a Great Power
Chapter One: Worlds first HPR1000 reactor initiated in Fuqing
Narration: On May 7, 2015, "HPR1000" demonstration project, a thirdgeneration nuclear technology developed by China, started construction atFuqing Nuclear Power Plant, and attracted global attention. This was a major step in implementing Chinas "Belt and Road" initiative, carrying out the nuclear energy "go global" strategy and ushering nuclear industrial development in the new era.
Narration: An ideal coastal nuclear power plant location and worldclassnuclear power plant management concepts, has convinced the expert panel to select FuqingNuclear Power Plant as birthplace of HPR1000.
Chapter Two: Cuttingedge technology and safety standards
Narration: History has bequeathed us a new mission. With more than 60 years of technical strengths in the nuclear industry and over 30 years of nuclear energy scientific research, design, manufacturing, construction and operation experiences, and with passion and wisdom, we “build HPR1000, Forging the Pillar of a Great Power The HPR1000 is a thirdgeneration nuclear technology brand developed independently by China and a true feat of innovation and ingenuity that incorporated stateoftheart design concepts.
Narration: The HPR1000 adopts single unit layout, which reduces the number of shared systems and equipment, and decreases mutual impacts between different units independent facility is beneficial to optimization and standardization of configuration plan Radwaste treatment plant is independent to ensure even more advanced treatment processes are utilized
Narration:The HPR1000 employsdouble shell containment, which significantly improves resistance against external influences, even capable of withstanding impact from a large commercial aircraft and preventing leakage of radioactive materials. Volume of the safety shell measures as high as80,000m, which substantially enhances its reliability as the third line of safety.
Narration:The HPR1000 employs acombination of safety prevention and mitigation system. In order to avoid the technical flaws in either model. Active system ishighly efficient and proven to be effective, while passive system is noted for its advantage of unnecessity for power source, and the integration of the two models provides a multitude of measures to ensure the safety function. With defenseindepth concept, accident prevention and mitigation measures are optimized. Add graphics of Nuclear Power Institute of China design team
Narration:Based on full consideration of experiences of Fukushima incident and the prevailing conditions, a design of emergency response water supply is incorporated in HPR1000 additional power source for facility area is set up to deal with incidents due to power outage improvements are made to the cooling and monitoring methods of spent fuel pools habitability and availability of emergency response center and operation support center during conditions of severe incidents is augmented, including ability to safely shut down the reactors in the event of earthquakes at a Fukushimalevel.
Narration:With the most stringent safety requirements and the latest technical standards, HPR1000 is up to GIII technical standards of the United States and Europe. Valuable experience from near three decades of NPP design, construction and operation, as well as considerable advantages in technology and human resources provide solid assurances to the safety ofHPR1000.
Chapter Three: Strategic significance of HPR1000
Narration: As the demonstration project, Fuqing Nuclear Power Plant Unit 5 Unit 6 is the first to adopt HPR1000GIII PWR technology developed indigenously in China. Its construction propels China into the top echelon in world nuclear energy development, Chinas objective of transforming from a "major nuclear nation" into a
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