FIELD: gas industry.
SUBSTANCE: invention relates to the gas production industry, in particular to training facilities, namely to simulator complexes for training, acquisition and development by engineering and technical personnel of knowledge and practical skills obtained in the course of training for managing and controlling the operation of the main technological equipment of the gas condensate field, as well as for understanding the specifics of the work of the gas condensate field both in the standard technological mode, and in the event of contingency, emergency and other situations. The interactive training complex simulating the operation of the gas condensate field is built on the basis of a software and hardware platform with information connections between all components characteristic of this complex, represented by a number of microcontrollers to ensure the processing of information impacts between the elements of the dynamic mnemonic circuit of the complex, liquid crystal displays and multi-colored LED indicators for visualizing the state of the technological equipment of the gas condensate field, switches for issuing control actions on the technological equipment of the gas condensate field in order to emulate on the interactive training complex all possible technological situations when working in normal and emergency modes, differs in the way of visualization on the dynamic mnemonic scheme of the process of using and operating the interactive training complex.
EFFECT: creation of an interactive training complex that simulates the operation of a gas condensate field, for the acquisition by engineering and technical personnel of knowledge about the operation of the main technological equipment of the gas condensate field and the development of skills for managing and controlling the main technological processes and operations during the work of the gas condensate field in normal mode and in the event of emergency and other situations through continuous interactive interaction of students with controls, indications, alarms and simulation.
1 cl, 10 dwg
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Authors
Dates
2021-11-03—Published
2020-12-08—Filed