Chemical Incident Preparedness Among Emergency Medical Service Personnel A Qualitative Study
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Abstract
Background: Hazardous chemicals are essential for modern society but the use and transportation of them bears the risk of major incidents. Past incidents have revealed the importance of preparation and training of emergency medical service (EMS) personnel when responding to these incidents. However, studies have shown the level of preparedness to be insufficient. There is a lack of knowledge as to how EMS personnel perceive their preparedness and response when facing chemical incidents.
Aim: The aim of this study was to qualitative investigate working procedures regarding chemical incidents among a cohort of EMS personnel.
Method: Seventeen ambulance nurses from rural and urban areas were individually interviewed using four different realistic scenarios (vignettes). The transcribed text from the interviews was analyzed using qualitative content analysis.
Result: The results were derived into two categories with underlying sub-categories: a struggle to organize the onsite work situation (insufficient managerial support, limited resources, trust in rescue services, difficult decision making, stressful responsibilities); and decontamination—a demanding and risky situation (risk management, work in protective gear, aggravating circumstances). Participants often lack real life experience in facing a chemical incident and training that improves preparedness and the ability to respond adequately.
Conclusion: Chemical incidents pose many challenges for EMS personnel, but with proper training efforts many of these challenges could be solved. This study has shown the need for more accessible chemical incident training targeting EMS personnel: especially focusing on risk assessment; managerial support; resource management; equipment; and decontamination, including stress management and decision-making. Research in the area of chemical incidents is sparse and there remains much to understand concerning work procedures during chemical incidents.
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