environmental management system, air protection, water consumption and water removal, waste management were analyzed, besides the consideration was given to the comparative analysis of ISO 14001:2004 and ISO 14001:2015 and the differences of the third release of standard of ISO 14001 as well as to the conformity of ISO 14001:2015. A number of activities for effective transition to the new version of the standard for the enterprise were developed. Minsk Electrotechnical Plant named after V.I.

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... lov was proposed to develop a plan for the transition to the ISO 14001-2015 the main points of which are: • development and implementation of transition plan, training all personnel in standard changes, including internal auditors and leadership, identification of those fields that do not meet the new requirements, and where to focus to achieve compliance ; • the alignment of the environmental management system in compliance with the requirements of the new version of the standard, to prepare new documents and adapt management processes, in order to bring them into conformity with the requirements. The paper examines the possibility of fragmented decontamination of large-scale projects, in particular, the surface of the soil with significantly morphologically heterogeneous structure. The heterogeneity of geochemical landscapes (autonomous landscapes, geo-chemical barriers, etc.) associated with the irregularity of radioactive contamination of the soil surface. To optimize the decontamination processes and the achievement of economic effect due to the fragmented actions, the using of the Voronoi diagrams method is suggests [1]. For the formalization of the problem, statement discusses the profile of the contamination of the surface of the soil. The results of the distribution of pollution of the studied territory the method of Voronoi diagrams on the ground highlighted the points corresponding to maximum radioactive contamination. If you connect these points by edges, we get polygons with different area and a different number of sides. These regions have name Voronoi shapes. Earlier in the framework stereological approach we consider the case of two-dimensional systems of disks, in which connections between the distributions of the parameters modeling the functions and characteristics of structures, observed in the configuration space, were found. [2]. 161