epr-method (2003) - IAEA Publications - International Atomic Energy ...
epr-method (2003) - IAEA Publications - International Atomic Energy ...
epr-method (2003) - IAEA Publications - International Atomic Energy ...
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Transport<br />
Description<br />
An emergency involving radioactive material being transported in accordance with international standards [24].<br />
Potential hazards<br />
For package types shown in Figure A7-1 with a medium and medium to high hazard level, there is a small possibility<br />
of: 1) a release resulting in an inhalation hazard near the source, 2) contamination that is hazardous if ingested and 3)<br />
hazardous levels of external exposure from being near the accident for an extended time. Fire fighters are generally<br />
equipped with protective clothing and respiratory protection equipment, which provides good protection against<br />
radioactive contamination and inhalation of airborne radioactive material. Being in the vicinity of the material for a<br />
short period (e.g. to conduct life saving) should not be hazardous. There have been no reported transport emergencies<br />
involving radioactive material that have had serious radiological consequences [16].<br />
Emergency response<br />
Carrier (See Ref. [16]):<br />
— Perform life saving measures and provide first aid for serious injuries immediately, before<br />
conducting radiological monitoring.<br />
— Keep people away from the emergency scene and implement other actions in carrier response<br />
guidance.<br />
— Call local emergency response services.<br />
— Operate under the ICS incident commander.<br />
Incident commander (lead first responder local official):<br />
— Observe from a distance and assess all possible hazards.<br />
— Approach from upwind or use respiratory protection if possible and ensure those approaching<br />
scene take action to prevent inadvertent ingestion of contamination (e.g. wear gloves, do not<br />
smoke- or eat).<br />
— Take life saving and first aid action immediately, before conducting monitoring.<br />
— Control fires and other consequences that are an immediate threat to life.<br />
— Obtain radiological assessment assistance to co-ordinate radiological response in accordance with<br />
Ref. [11].<br />
— Obtain emergency medical assistance to co-ordinate the medical response.<br />
— If the emergency receives media or public attention obtain public information officer (see Element<br />
A9.1) 90 to keep the public informed.<br />
— Establish an inner-cordoned area (safety distance) in accordance with Appendix 5 (Table A5-I).<br />
— Arrange to transport seriously injured people to local medical facility. If they may be contaminated,<br />
wrap them in a blanket to control the spread of contamination. Tell those transporting the victim<br />
and the receiving medical facility that the person may be contaminated and that the risk to those<br />
treating such a patient is negligible but care should be taken to prevent inadvertent ingestion of<br />
contamination.<br />
— Gather potentially exposed or contaminated people, who are not seriously injured, in a safe location<br />
(victim assembly point) to: register them, give them a medical and radiological evaluation (triage)<br />
and arrange for their treatment.<br />
— Activate response using the ICS (see Appendix 13) co-ordinated under an incident commander<br />
near the scene. Establish the incident command post upwind 91 , at a safe distance and in a secure<br />
area.<br />
90 If the public announcement is delayed, prepare public information and a spokesperson to be used when the news of<br />
the emergency reaches the media and public.<br />
91 Wind direction is often variable, especially in an urban area; thus, this is a secondary concern.<br />
160