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              產品展廳>>產品銷售>>辰工壓裂分析系列軟件>>辰工壓裂停泵數據分析軟件V2.0

              軟件通過處理和分析油氣井壓裂改造施工后的停泵壓降數據,實現單層、單段和全井壓裂改造效果評價的過程。其具體過程是測量井口壓力、排量和砂濃度數據,通過分析壓力降落的變化趨勢,達到反演裂縫參數和改造區域(SRV)參數的目的,科學地評價壓裂改造效果,為后續油氣開采制度的制定和優化提供理論依據。

              軟件功能強大、操作簡便,提供了獨創的停泵壓裂數據反演模型,適用于水力壓裂、二氧化碳壓裂、酸化壓裂以及混合壓裂等改造情況,可以滿足國內外各種油氣藏的壓裂改造效果評價需求。

              數字濾波功能

              提供基于傅里葉變換的數字濾波功能,可解決水擊效應帶來的前期壓力數據震蕩問題。

              短時、大流量數據分析方法

              反演得到單層、單段改造的裂縫半長、裂縫高度、裂縫導流系數、改造區域滲透率、地層漏失系數等參數,全面細致地對壓裂改造效果進行科學的評價。

              改造區域三維分布圖

              根據單層、單段壓裂分析的解釋結果,通過壓力分布計算,得到水平井多段壓裂的SRV區及裂縫主壓裂區域。

              圖1 壓裂分析

              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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