Flow industry data integration optimization method

Abstract

The invention discloses a flow industry data integration optimization method. The method comprises the following steps of: drawing a reliability block diagram according to industry parameters of a flow industry; defining parameters of each unit in the reliability block diagram; and calculating system performance data according to the defined parameters of each unit and a logic relationship among the units. According to the method, the reliability block diagram is generated and the parameters of each unit in the reliability block diagram are set, and the system performance data of the flow industry is calculated according to the logic relationship among the units, so that the aims of simulating and optimizing the asset reliability, availability, maintainability and process output of the flow industry, correctly predicting and optimizing system performance results, improving the production efficiency and effectively controlling various costs are achieved.

Description

technical field [0001] The invention relates to the technical field of process industry data optimization, in particular to a method for integrating and optimizing process industry data. Background technique [0002] For asset-heavy process industries, accurate simulation and optimization of the asset reliability status and performance of the entire device / plant are of great significance for guiding enterprise asset design, operation, and maintenance. [0003] The existing simulation technology for asset reliability status and performance is still based on the idea of ​​simulating a single component, but the logical relationship of a single component is relatively simple, while the assets in the process industry are a huge system, and the logical relationship is very complex and contains Process characteristics, such as refinery processes, including bypass, backflow, standby, load balancing, and complex operating procedures. The reliability block diagram (RBD) logic modelin...

AI Technical Summary

Problems solved by technology

[0003] The existing simulation technology for asset reliability status and performance is still based on the idea of ​​simulating a single component, but the logical relationship of a single component is relatively simple, while the assets in the process industry are a huge system, and the logical relationship is very complex and contains Process characteristics, such as refinery processes, including bypass, backflow, standby, load balancing, and complex operating procedures

Only relying on the reliability block diagram (RBD) logic modeling method and algorithm based on the simple series-parallel logic relationship of a single component, it is impossible to accurately simulate the reliability status and performance of its assets, resulting in low production efficiency and difficult cost control

Images