Select the optimal tubing and casing size.PIPESIM well performance capabilities Well design and completion modeling Additionally, you can redesign your valve placement with the mandrels in place. A manufacturer’s valve database is included to provide you with the most accurate information.
#Deviated well gas lift pipesim simulator#
The rod pump diagnostics module uses existing well production data and surface-measured dynamometer cards to fully analyze the pumping unit balance condition, rod string loading, pump efficiency, and pump operating condition.įor gas lift, the PIPESIM simulator includes new functionality for mandrel spacing and valve selection design to help you determine the best depth for valve installation-using industry-standard methods. These designs can also be added to the flow system model to analyze their impact on the performance of the entire system. The objective is to select the best combination of various design parameters for a specific production well. The PIPESIM simulator offers the ability to design new rod pump systems, including pumping unit, motor, pump, rod string, and tubing. The sophisticated sensitivity tools allow artificial lift parameters (injection gas and ESP stages) to be analyzed so that optimal production can be obtained. The most suitable artificial lift method can be determined and then detailed gas lift, rod pump, or ESP design can be examined. Intelligent completions, such as downhole flow control valves, can be applied to control flow from individual layers to reduce backpressure on other potential contributing layers. The PIPESIM simulator includes all the standard completion model types for vertical, horizontal, and fractured wells, and allows for complex multilayered completions using a wide variety of reservoir inflow parameters and fluid descriptions. In addition to nodal analysis, the PIPESIM simulator offers a variety of other well-specific simulation tasks, addressing a wide range of well modeling workflows. Sensitivity analyses can be performed on any system variable, providing an understanding of where production enhancements opportunities exist. Nodal analysis enables the creation of inflow-outflow plots at any point in the system. Such automatic types of artificial lift systems can be accessed remotely to control any parameter.Nodal analysis has long been the established method of evaluating well performance, and it is critical to understanding the behavior of not only the well but entire system. In recent times advanced fully automatic progressive cavity pumps provide better artificial lift services by monitoring torque, flow rates, and pump speed. They also have superior sand lifting capacity but are restricted to setting depths and temperatures. Their efficient performance of the artificial lift method is highly effective as they offer outstanding resistance to abrasives and solids. The simple design of PCP’s has a low operating and capital cost as compared to other artificial lift systems. Progressive cavity pumps as artificial life solutions provide a wide range of flexibility in terms of variable rate and depth. Using a top side or a bottom hole motor, the rotor is rotated which creates sequential cavities to push the oil to the surface. They are positive displacement pumps and consist of a rotor and a stator. Progressing Cavity Pumps (PCP) are widely used highly viscous fluids and frequently applied in the oil industry.
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