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In this work a model for calculating probability of occurrence of cumulative effect in risk assessment is introduced. Simulations of accident situation in installations for storage of hazardous substances in one, two or three containers are carried out. For identified representative scenarios of accident situations, the model for calculating probability of occurrence of cumulative effect is applied. [ABSTRACT FROM AUTHOR]

The main goal of this article is increasing of quality management for environmental protection. There is a closer insight for an issue of storage systems and proper facilities for dangerous substances. It is necessary to properly distinguish dangerous substances and to know their general classification for corrective labelling of their technical storage systems. The technical storage means are for example: barrels, tabs, IBC containers and it is important for environmental protection to select an option of manipulation with these storage units. The paper describes selected dangerous substances through the analysis and risk assessment where is necessary include the risks influencing to environment as well as working environment. By means of the Small World Networks it is possible to use a suitable information system for identification of possible danger impending of hazardous substances. The optimal solution and design of the storage system using the Small World Networks like the new tool of quality management and environmental protection. [ABSTRACT FROM AUTHOR]