|
| Area | Lesson | Precursors |
|
| Enhanced safety system and philosophy | (1) Enhance the defense in depth strategy. | R1 |
| (2) Considering the loss of life and aspect of social crisis in safety goals. | — |
| (3) Independence and expertise of regulatory agencies. | — |
| (4) Emphasis the responsibility of the operating agency. | — |
|
| Enhance the design of safety for the prevention of severe accidents | (1) Review of the design criteria for natural disaster and improve the response capabilities. | M1, R3, D2 |
| (2) Enhance the diversity and reliability of the power supply system. | D1 |
| (3) Enhance passive safety system. | R3, D2 |
| (4) Actively used risk information in the design and operation. | — |
| (5) Enhance and reconfirm the safety features of spent fuel storage tank. | D2, R1 |
|
| Enhanced ability to respond to severe accidents | (1) Prepare realistic ability to respond to assumed severe accident. | O3, D1 |
| (2) Improvement of procedures including extreme severe accidents response. | O3, O4, R1 |
| (3) Enhance nuclear plant condition monitoring. | M2 |
| (4) Fulfill the best manual and accident response by human creativity. | M2, R1 |
|
| Enhance emergency response system | (1) Enhance emergency response systems. | — |
| (2) Emergency response facilities considering the worsening environment. | — |
| (3) Reliable radiation monitoring system and rapid radiation impact assessment. | — |
| (4) Medical countermeasures against accidents. | — |
| (5) Enhance communication system against accidents. | — |
| (6) Thorough management of radiation dose. | — |
|
| Enhance safe foundation | (1) Emphasize safety culture. | — |
| (2) Enhance safety research. | — |
| (3) Efforts to promote understanding of radiation. | — |
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