Reservoir dispatching system automatic calculation method based on information association

Abstract

The invention discloses a reservoir dispatching system automatic calculation method based on information association. The method comprises the steps of firstly analyzing an association relation among calculation quantities of a reservoir dispatching system, defining and configuring the calculation priority of each calculation quantity of the reservoir dispatching system, performing configuration according to characteristics of the calculation quantities and the association relation among the calculation quantities for forming an automatic calculation information association strategy, and finally performing automatic calculation according to the information association strategy, the priority sequence and a corresponding algorithm which is bond with the calculation quantities, and storing a calculation result into a corresponding list of a database. According to the reservoir dispatching system automatic calculation method, on the condition that partial acquired information are discontinuous, because the automatic association relation exists among calculation data items, associated calculation can be performed in manual calculation for some quantities, thereby reducing workload in complementary calculation in automatic calculation and improving data consistency.

Description

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AI Technical Summary

Benefits of technology

This technology helps improve the accuracy and reliability of controlling hydration systems used during drilling operations. It uses multiple types of information about the fluid being controlled (such as temperature or pressure) to determine if it should stop flowing downwardly through specific parts of the wellbore while still maintaining proper circulating conditions. By doing this automatically based upon calculations made with varying amounts of input data, errors caused by temporary shutdowns may have reduced impact on the overall performance of the control process. Additionally, there're also benefits that include improved efficiency and conformance across diverse environmental factors such as temperatures and pressures. Overall, these technical improvements help ensure efficient and reliable hydrocarbon production processes.

Problems solved by technology

This patented describes an improved way that automatically computes the optimal amount of water needed by each unit or gate during a specific day's workday (WC). It also includes methods for analyzing factors like temperature changes over time, wind speed variations, precipitation levels, etc., making it easier than previous systems due to their ability to handle large amounts of raw input without losing important details about how they were captured earlier. Additionally, there may exist scenarios where older models can become obsolete because new ones have been added later if necessary. Overall, this technology improves efficiency and accuracy in managing water supply management operations.

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