B. Rasmussen et al., METHODOLOGY FOR OPERATIONAL MANAGEMENT OF RELEASES FROM BIOINDUSTRIALPLANTS - IDENTIFICATION, AUDIT, CHANGE, Process safety and environmental protection, 73(B3), 1995, pp. 189-193
Five Danish bioindustrial pilot plants applying genetic engineering ha
ve been evaluated with regard to the identification of gaseous or liqu
id releases containing living genetically modified organisms. The obje
ctive was to identify escape paths, to evaluate spill detection measur
es and to recommend additional safety measures. A key point was the st
rong involvement of the competent authorities in the planning and perf
ormance of the analyses, which were carried out in structured group se
ssions in which the company staff, the competent authorities and risk
analysis experts participated. Each safety analysis comprised five sta
ges: (1) Presentation of the plant configuration; (2) An identificatio
n of possible escape paths and preconditions for liquid and gaseous re
leases; (3) An evaluation of incident causes and spill detection mecha
nisms; (4) Recommendations concerning additional measures to improve s
afety; (5) Preparation of a safety report. The approach will make it e
asier to prepare safety documentation for new activities and to carry
out safety audits.