A C/S technical framework system for oilfield exploration, development and production

Abstract

The invention discloses a C / S technical framework system for oilfield exploration and development production, which comprises a monitoring center, a Beidou terminal and a Satcom portable station. Themonitoring center includes data access server, main server, Satcom central station, data storage and management subsystem, and workstation of multi-satellite three-dimensional service platform for oilfield exploration and development. The system is based on C / S architecture, the server end stores the information sent by the Beidou terminal and the Satcom portable station and sends a task instruction to the Beidou terminal and the Satcom portable station, The client obtains the server-side information in real time, and the integration of information, Processing, 3D visualization, Simple operation of the client can realize the monitoring of the equipment under the three-dimensional scene, in order to support the oil field exploration, development, production and emergency command and dispatch work, and can carry out real-time monitoring, command and dispatch of oil field production and safety, greatly promote oil and gas exploration and development production and enhance the safety assurance capacity.

Description

technical field [0001] The invention relates to the technical field of oil exploration, development and production, in particular to a C / S (Client / Server, client / server) technical framework system for oilfield exploration, development and production. Background technique [0002] In the national economy, oil is a very important energy source. However, oil exploration, development and production is a high-risk industry, and various safety accidents occur frequently. Therefore, there is an urgent need for a system that can not only improve the efficiency of oil and gas exploration, development and production, but also have safety assurance capabilities. [0003] According to the needs of oilfield exploration and production, China National Petroleum Corporation and Sinopec Group have built a satellite communication system (Ku-band) of a certain scale, which makes up for the coverage gap of public telecommunication networks and private oil networks in remote and desert areas. ...

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Problems solved by technology

[0004] However, these satellite technology applications are all independent technologies, and these systems are also a set of independent systems, which do not take advantage of the integrated multi-system

For example, the current oilfield exploration equipment management system can monitor equipment usage information and specific working positions in real time, and send valid data to the management center module through the GPRS module or wired transmission module. However, since oilfield exploration is mostly in remote areas, GPRS signals cannot be covered In this area, the cost of wired transmission will be too high, so there are certain limitations to long-distance data transmission, and at the same time it is impossible to monitor equipment in 3D scenes. Therefore, from the perspective of oilfield exploration and development characteristics, existing oilfield exploration equipment The management system cannot meet the actual needs of oilfield exploration, development and production

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