Gn. Kelly et al., THE EUROPEAN COMMISSION CONTRIBUTION TO IMPROVING OFF-SITE EMERGENCY PREPAREDNESS IN EASTERN-EUROPE, Radiation protection dosimetry, 73(1-4), 1997, pp. 31-34
Citations number
6
Categorie Soggetti
Radiology,Nuclear Medicine & Medical Imaging","Nuclear Sciences & Tecnology
The European Commission has established an Inter-Service Group on nucl
ear Off-Site Emergency Preparedness (OSEP) in Eastern Europe to better
coordinate its various activities in this area. The main aims of the
Group are: (i) to contribute to improvements in local, regional, and n
ational off-site emergency preparedness arrangements in Eastern Europe
, and (ii) to establish and/or improve arrangements for information ex
change within Eastern Europe and with the European Union (EU) in the e
vent of any future nuclear emergency. Progress made by the Group in it
s first year of existence is summarised. Particular attention is given
to the results of an assessment of needs in off-site emergency prepar
edness in some fourteen countries in Central and Eastern Europe and th
e former Soviet Union. The assessment was wide ranging and covered top
ics as diverse as legislative and organisational matters, through capa
bilities for monitoring and decision support to the more practical con
siderations of emergency response. Priorities for assistance were iden
tified and, in response to these, a number of projects are in the proc
ess of being implemented; these include the provision of iodine tablet
s for distribution to emergency personnel and to the public in emergen
cy planning zones; protective clothing, monitoring equipment and basic
communications equipment for emergency teams; improvements to early w
arning monitoring systems around nuclear power stations; accelerated i
mplementation of the RODOS decision support system; training; and a pr
ototype system to improve data exchange within Eastern Europe and with
the EU. The scope and content of these projects are described in the
context of a longer term plan to provide assistance in this area.