RAPID-N Rapid Natech Risk Assessment Tool

Risk Assessments

Fragility Curves

Damage Classifications

Risk States

Hazards

Hazard Maps

On-site Hazard Data

Natechs

Natech Damages

Operators

Industrial Plants

Pipelines

Plant Units

Typical Plant Units

Substances

Property Estimators

Properties

References

Regions

Units

About RAPID-N

About Rapid-N...Natural-hazard triggered technological accidents (Natechs) involving the releases of hazardous substances, fires, and explosions at critical chemical infrastructures have been recognized as an emerging risk. Natech risks are expected to increase in the future due to the growing number of critical infrastructures, more natural hazards due to climate change, and the vulnerability of the society which is becoming more and more interconnected.

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Resources

Rapid-N manual

How to use RAPID-N (Necci and Krausmann, 2022)

Introduction to RAPID-N for Natech Risk Analysis and Mapping: A Beginner's Guide (Girgin and Necci, 2018)

RAPID-N User's Manual (Girgin, 2011)

These documents aim to provide basic information about the implementation and use of RAPID-N. They describe the technical details and components of the system, and provide information on calculation methods and algorithms. They also include short tutorials that guide users through RAPID-N risk assessment case studies with different levels of complexity. Short tutorial examples are also presented in the video below.

Recent Natural Hazards

DateTimeNameHazard Parameters
2026/04/0809:05:3664 km SSE of Sovetabad, AzerbaijanMw: 5.6; h: 10 km
2026/04/0611:18:37Pacific-Antarctic RidgeMw: 5.9; h: 10 km
2026/04/0513:22:15south of the Kermadec IslandsMw: 5.5; h: 10 km
2026/04/0410:34:3190 km SE of Sarangani, PhilippinesMw: 6; h: 99.568 km
2026/04/0417:14:584 km ENE of Hualien City, TaiwanMw: 5.2; h: 29.676 km
2026/04/0401:35:00111 km ESE of Bitung, Indonesiamb: 5.9; h: 48.684 km
2026/04/0418:26:1377 km SSW of Yulara, AustraliaMw: 5.5; h: 10 km
2026/04/0404:55:32Mid-Indian Ridgemb: 5.5; h: 10 km