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METHOD FOR MAPPING IZOBAR LINES FOR OIL AND GAS CONDENSATE FIELDS

机译:油气凝析场的伊桑巴线映射方法

摘要

FIELD: oil and gas industry.;SUBSTANCE: use results of hydrodynamic studies and production data for all wells that is entered to the relevant databases. In addition to them, the means of the telemetry systems of group of gas wells in real time are produced with a given sampling interval of measurement: the wellhead pressure Pu.i, wellhead temperature Tu.i, gas flow rate Qi, and recorded to the database of the production control system (APCS or Information Management System). For all these data, the system daily determines the daily average values of the measured parameters and also records them to the database, and also daily using the average daily values of the parameters Pu.i., Tu.i, Qi and wells design data, calculates the values of the bottomhole pressure Pb.c and formation pressure Pf.c which are also recorded to APCS or IMS database. According to the issued command for izobar mapping the production control system using the above-mentioned data stored in its database produces an izobar map for any date indicated in the task in the automatic mode.;EFFECT: use of the invention increases efficiency and accuracy of izobar mapping with the reduction of process labour intensity due to the maximum automation of all its operations.;1 cl
机译:领域:石油和天然气工业。物质:使用输入到相关数据库中的所有井的水动力研究结果和生产数据。除此之外,还可以在给定的测量采样间隔内实时生成气井组遥测系统的装置:井口压力P ui ,井口温度T ui < / Sub>,气体流量Q i ,并记录到生产控制系统(APCS或信息管理系统)的数据库中。对于所有这些数据,系统每天都会确定所测量参数的每日平均值,并将其记录到数据库中,并且每天还会使用参数P ui ,T 的每日平均值ui ,Q i 和井设计数据,计算井底压力P bc 和地层压力P fc 的值还记录到APCS或IMS数据库中。根据发布的用于悬臂地图的命令,生产控制系统使用存储在其数据库中的上述数据,以自动模式针对任务中指示的任何日期生成悬臂地图。效果:使用本发明提高了效率和准确性。 izobar制图,由于其所有操作的最高自动化程度,从而降低了过程劳动强度。

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