H. Romer et al., ACCIDENTS DURING MARINE TRANSPORT OF DANGEROUS GOODS - DISTRIBUTION OF FATALITIES, Journal of loss prevention in the process industries, 8(1), 1995, pp. 29-34
On the basis of 2781 accident case histories, the consequences measure
d by the number of fatalities from marine accidents (n = 1780) during
transport of dangerous goods have been investigated and compared with
those from other transport modes (n = 1001). Accidents from marine tra
nsport of dangerous goods have been found to have a larger proportion
of accidents with fatalities in the range of 10-50 than other transpor
t modes. Therefore, f/N curves for marine accidents are not similar to
straight lines as usually seen but have a hump. This is probably due
to the size of the potentially affected population, which is often in
the range of 10-50 during marine transport, reflecting the number of c
rew members on one or two vessels; further, the population potentially
affected is placed in a limited area. Almost all accidents with more
than 40 fatalities were collisions, and accidents with more than 100 f
atalities were due to collisions between tankers and ferries, which si
gnificantly increases the population at risk. In these accidents, the
dangerous goods were oil. The high number of fatalities is not surpris
ing, as oil at sea has the potential for surrounding a vessel and catc
hing fire. Differences have been found for the distribution of fatalit
ies between different local surroundings and transport phases. Similar
ity has been found for the distribution of fatalities for type of carg
o, tank type, geographical location and year of accident.