Table 5
Development directions for the protection capabilities against extreme climate hazards.
| Extreme climate hazard |
Development directions against extreme climate hazards |
| External flood/Extreme rainfall |
-
Optimization of the functional zoning layout for nuclear safety related SSCs in NPPs;
-
Research and development of high-performance water-proof SSCs and materials, etc.
|
| Extreme wind/tornado |
-
Optimization of the general layout of the NPPs;
-
Research and development of high-strength building materials, etc.
|
| Extreme air temperature |
-
Extreme low air temperature: Research and development of anti-freezing technology, low-temperature heat tracing technology, high-performance building materials and thermal insulation materials, electric heating systems, etc.
-
Extreme high air temperature: Optimization of high-efficiency cooling systems, research and development of high-performance thermal insulation materials, etc.
|
| Extreme water temperature |
-
Extreme low water temperature: Research and development of high-performance thermal insulation materials, low-temperature heat tracing technology, etc.
-
Extreme high water temperature: Research and development of high-efficiency heat exchangers (condensers), passive cooling systems, high-performance thermal insulation materials, etc.
|
| Snow |
|
| Sandstorm |
-
Research and development of high-strength building structural materials, high-efficiency sand wind barrier technologies, sealing protection technologies, etc.
|
| Electromagnetic interference |
|
| Biological phenomena |
-
Research and development of aquatic organism prediction and repelling technologies, high-efficiency ventilation cooling tower technologies, optimization of interception facility technologies, aquatic organism disinfection and treatment technologies, etc.
|