| As the most full-featured and largest operating amount refined oil transit base in the southwest region, which receives and distributes oil through highway, railroad, and pipeline,104oil depot takes the task of Chengdu highroad oil distribution and transition between12cities or prefectures in Sichuan whileas Yunnan, Guizhou province. As an important hub of the Lanzhou-Chengdu-Chongqing refined oil pipelines, it plays a huge role in the refined oil supply of Sichuan province and the whole Southwest region, at the same time promotes the economic development of the southwest region for it’s supply security function.There were lot’s of oil storage and transfer facilities within the104oil depot, such as refined oil storage tanks and ancillary oil and gas recovery unit, transceiver oil pump room, truck and train oil transporting distribution zones, which had high risk and work difficulty during daily operations and required high level safety management and emergency support. With the accelerated emergency technical means improvement and the development of enterprise informatization, there is an urgent need to use the information means to develop the integrated management and modern management level of the enterprise, research and development of new technologies to improve the regulation and protection efforts of major hazard source. In the current basic conditions to carry out the study of the development and application of three-dimensional digitized emergency system, covering the full life cycle of equipment integrity management through the establishment of a three-dimensional visualization management information platform, and the formation of a true enterprise scenario exactly simulated emergency drills scene and emergency command system, exercise emergency response capacity, to improve the level of emergency management becomes particularly important.Proceeding from the actual needs, first of all, through extensive Literature research, analysis of the domestic and international situation and hot point development of three-dimensional visualization of geographic information system and management information system; Then the basic design principles and building goal of the system were set, specific settings of the overall system designand functions of each subsystem-level design, key performance indicators, open interfaces, scalability, robustness, ease of deployment, ease of maintenance were made; Finally the China Petroleum Sichuan warehousing Branch104oil depot3D emergency rescue training&exercises system’s construction was completed through the system detailed design&development and applied to the the104oil depot holographic management, daily safety supervision and emergency management; The management model of syncretism of three kinds forestall management was applied using the system as basic platform and it’s meaning whileas implementation model was explored.Through intuitive, realistic processes and information display system, reproduction of the oil depot and its surrounding environment realities was made on the three-dimensional visualization management information platform, the complex process flow structure and production facilities image were demonstrated. At the same time, through a friendly interface and excellent operability, daily holographic management, risk management practices, on-site emergency monitoring, data transmission, emergency plan formulation, evacuation route planning, emergency response force integration and deployment of emergency resources and other functions were achieved. The system provided a good management and monitoring platform for the work of relevant emergency management departments and the the oil depot management department. By leveraging the rich functionality of the system, the daily management as well as contingency plans exercise of104oil depot could be carried out better and the implementation of appropriate staff training became easier, which effectively improved the oil depot’s safety management level under daily as well as emergency conditions. |
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