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              產品展廳>>產品銷售>>辰工錄井系列軟件>>辰工自動預警軟件系統

              鉆井工程事故的預警是一個長期的、連續的過程,關鍵參數的細微變化往往是事故發生的前兆,因此必須要高效、準確、周密、迅速捕捉實時參數的變化,實時分析各種參數的變化趨勢和工程事故發生的動態概率。軟件適用于單井及多井的自動預警,能夠實現井場數據實時獲取、報警信息存庫、自動報警、報警查看功能。

              建立錄井異常工況判別模型:與錄井公司具有豐富工程經驗的工程師一起調研國內外研究資料,收集鉆井工程異常及事故案例,結合工程理論,對工程事故進行研究分析,梳理歸納其表現特征,建立工程異常及事故分析判斷模型。

              建立自動報警推理規則:根據建立的工程異常判斷模型,選擇重點監控參數,設置參數的上下門限、鉆進狀態,通過靈活的邏輯關系和權重系數,建立自動報警判斷規則。

              多井實時數據獲取。 自動報警實時判斷。 報警提醒與顯示。

              圖1 多井監控界面

              Products>>Products on Sale>>Chengong Logging Series Software>>Chengong Automatic Warning Software System

              The warning of drilling engineering accidents is a long and continuous process. The sight changes of key parameters are often the precursors of accidents, so it is necessary to capture the changes of real-time parameters efficiently, accurately, carefully and quickly, and to analyze the changing trend of various parameters and the dynamic probability of engineering accidents in real time. The software is suitable for automatic warning of single well and multi-well, and can realize the functions of real-time acquisition of field data, alarm information storage, automatic alarm and alarm viewing.

              Establish the judgment model of logging abnormal working condition: Investigating the research data from domestic and abroad with the experienced engineers of the logging companies, collecting the abnormal and accident cases of the drilling engineering, analyzing the engineering accidents by combining the engineering theory, sorting out and concluding the performance characteristics, and establishing engineering abnormality and accident analysis judgment model.

              Establish automatic warning inference rule: According to the established engineering anomaly judgment model, select the key monitoring parameters, set the upper and lower thresholds of the parameters, the drilling state, and establish the automatic alarm judgment rule through the flexible logic relation and the weight coefficient.

              Multi-well real-time data acquisition.Automatic alarm real-time judgment.Alarm reminder and display.

              Figure1: Multi-well monitoring interface
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