Tamponazhnye rastvory s ponizhennoi vodootdachei.
Tekhnologiya bureniya neftyanykh i gazovykh skvazhin. By analyzing individual fragments of such data, conclusions can be made, for example, about the misalignment of pump rod, the deformation of the beam-pumping unit, imbalance of the flywheel drive and so on. By analyzing the nature of consumption of electric power, operation modes of SRP and its drive that are different from normal can be detected. Of all the means of automation required for any pumping unit is electric power meters and power meters. Therefore, the control parameters of the SRP and drive according to the procedure of maintenance crews on duty. All this complicates the remote control parameters of the rod pump and deep pumping unit - that is impractical or impossible to extend the communication cable from a single well to a central control room. This way of development is typical for the fields that have been being developed for a long time, and this method involves long distances between wells. However, there are lot of fields, which wells have been built on the contour of the grid pattern. This is typical for reservoirs of the northern Urals and Western Siberia. To date, the core technology in the construction of wells is a cluster drilling and all wells are constructed on the site of a small area. In developing of the oil fields, the primary means of extracting oil from the reservoir is a sucker rod pump, which is driven by an electromechanical drive. Sucker rod pump pipesim software#
In the article, the monitoring system of sucker rod deep pumps improved at the expense of introduction of the developed software that allows collecting of parameters from controllers on one workplace in a real time mode is considered.
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