Disaster medicine and public health preparedness · 2025
Strengthening Radiological Emergency Preparedness through a Tabletop Exercise: Lessons from a Multi-Agency Response Assessment in Ukraine.
СтатьяНазвание и аннотация: Перевод пока не подготовлен
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Akbarov Kamal, Mayigane Landry Ndriko, Kenbayeva Zhanat, Levchenko Yaroslav, Esengulov Akbar, Copper Frederik Anton, Bacchus Philip, Bruni Emanuele, Habicht Jarno
Аннотация
OBJECTIVES: To assess interagency emergency response capabilities for radiological threats through a tabletop exercise (TTX) simulating a nuclear power plant accident, with focus on communication protocols, patient referral pathways, and public information management in Ukraine's current security context.
METHODOLOGY: A structured 3-day TTX was conducted in September 2024 by the WHO Ukraine Country Office, simulating a cooling system failure at a fictional North-West Nuclear Power Plant. Twelve organizations participated, including regional health authorities, emergency services, and international partners. The exercise employed a progressive scenario that injects testing accident notification, media management, medical response, and evacuation procedures. Performance was evaluated using structured criteria (Achieved, Partially Achieved, Not Achieved) across predefined indicators.
RESULTS: The exercise identified critical preparedness gaps including the absence of regular radiological-nuclear emergency drills in regions without nuclear facilities, challenges in potassium iodide procurement and distribution, staff hesitancy due to inadequate insurance coverage, and lack of standardized decontamination procedures. Communication protocols functioned effectively, though coordination delays were noted. Patient referral pathways required strengthening, particularly for contaminated casualties.
CONCLUSIONS: While Ukraine demonstrates functional emergency response frameworks, specific radiological preparedness requires enhancement. Regular multiagency drills, improved staff protection policies, standardized decontamination protocols, and robust public information systems are essential for effective radiological emergency response.
METHODOLOGY: A structured 3-day TTX was conducted in September 2024 by the WHO Ukraine Country Office, simulating a cooling system failure at a fictional North-West Nuclear Power Plant. Twelve organizations participated, including regional health authorities, emergency services, and international partners. The exercise employed a progressive scenario that injects testing accident notification, media management, medical response, and evacuation procedures. Performance was evaluated using structured criteria (Achieved, Partially Achieved, Not Achieved) across predefined indicators.
RESULTS: The exercise identified critical preparedness gaps including the absence of regular radiological-nuclear emergency drills in regions without nuclear facilities, challenges in potassium iodide procurement and distribution, staff hesitancy due to inadequate insurance coverage, and lack of standardized decontamination procedures. Communication protocols functioned effectively, though coordination delays were noted. Patient referral pathways required strengthening, particularly for contaminated casualties.
CONCLUSIONS: While Ukraine demonstrates functional emergency response frameworks, specific radiological preparedness requires enhancement. Regular multiagency drills, improved staff protection policies, standardized decontamination protocols, and robust public information systems are essential for effective radiological emergency response.