Информатизация деятельности экоаналитической лаборатории на предприятиях нефтехимического комплекса

In the article the environmental management system at the enterprises of the petrochemical complexes and ecoanalytical laboratory activities as a part of it are considered. In addition to its direct responsibilities for the analysis of the test material the activities of eco-analytical laboratory include responsibilities to ensure the correct and timely document and maintain continuous access to the information of all performers involved in the process. The reader is invited to refer to the approaches to the formation and construction of information-analytical systems by the example of developing systems for data collection and processing for environment control laboratories. The purposes and tasks of developing systems were identified during the analysis of the informatization object. Algorithms for information processing were established, and the management system of the eco-analysis laboratory information is presented in a separate form as components with the establishment of areas of responsibility. In the findings the expected results from the information-analytical system in terms of growth needs of environmental management effectiveness are described.В статье излагаются подходы к формированию и построению автоматизированных систем обработки лабораторных данных на примере информатизации деятельности экоаналитических лабораторий, эксплуатируемых в составе объектов нефтехимического комплекса, и пред-ставлены ожидаемые результаты от внедрения разрабатываемой системы на производстве

Tectonic-geodynamical zoning of the Ural-Timan-Paleoasian segment of Eurasia

Methodology of geological zoning of orogenic belts, adequate to mobilistic paradigma, should be in a natural way correspond to geodynamics conception, taking into consideration the positions of lithospheric plate tectonics. For this purpose the methodology of tectonic-geodynamical zoning is being suggested. The base of such zoning is the distinguishing of zones with associations of one-type geodynamical regimes and environments and their structural combinations during the formation on the crust of oceanic type and localization in interplate position or on the boundaries of tectonic plates as a result of horizontal dislocations with the accretion and collision process manifestation. In its turn at the continental type crust in stable regimes folded systems have been formed. On this basis the particularities of tectonic-geodynamic zoning of the Ural-Timan-Paleoasian segment of Eurasia have been considered, general scheme of its zoning has been given as an example of the suggested methodology usage. A segment can be considered as a genotype of orogenic belts, being formed at the expense of the plate-tectonic accretion of oceanic basin on the craton periphery

Structural position and petrogeochemistry features of dolerite dikes, Sukhoy Log-Techa zone, eastern segment of Ural orogenic belt to identify the environments of their formation

Within Sukhoy Ljg-Techa zone of accretion-collision segment of the eastern periphery of the Urals dolerite and gabbro-dolerite dykes and sills are widespread among Upper Devonian-Low Carboniferous terrigenous and carbonate deposits. Geochemical data indicate that dolerites peculiar features of intraplate formations. Features of their structural position and dolerite petrogeochemical characteristics suggest that they formed at the stretch of composite continental crust with important role of large continental terraines

Informatization of activity eco-analysis laboratory petrochemical complex

In the article the environmental management system at the enterprises of the petrochemical complexes and ecoanalytical laboratory activities as a part of it are considered. In addition to its direct responsibilities for the analysis of the test material the activities of eco-analytical laboratory include responsibilities to ensure the correct and timely document and maintain continuous access to the information of all performers involved in the process. The reader is invited to refer to the approaches to the formation and construction of information-analytical systems by the example of developing systems for data collection and processing for environment control laboratories. The purposes and tasks of developing systems were identified during the analysis of the informatization object. Algorithms for information processing were established, and the management system of the eco-analysis laboratory information is presented in a separate form as components with the establishment of areas of responsibility. In the findings the expected results from the information-analytical system in terms of growth needs of environmental management effectiveness are described