Fracturing Horizontal Well Tracers Monitoring Data Processing System

This article firstly introduces the usage of tracers in unconventional reservoir hydraulic fracturing treatment and the development status of visualization technology at home and abroad.By reading relevant literature in China and abroad,understand the knowledge of reservoirs and graphic interface development,and then determine the design direction and overall framework and requirements of the fracturing horizontal well tracers monitoring data processing system based on Qt.Finally,the various modules and functions of the system are implemented based on relevant materials.All module functions are integrated,tested and debugged to achieve the fracturing horizontal well tracer monitoring data processing system.The system is mainly divided into four modules:data management module,chart management module,document output module and comprehensive evaluation module.The core of the data management module is data input and output and pre-processing,which provides data preparation for the subsequent chart management module.Then,the chart management module presents the stored data in different display forms according to the requirements,including direction axis,various layers,and various types of graphs.Next,the document output module exports the data of the first two modules into various styles of files,such as text and xls.Finally,the comprehensive analysis function uses the gray correlation analysis method algorithm to find the correlation degree between the reservoir properties and the evaluation of the fracturing effect,in order to achieve a comprehensive evaluation effect.Combined with system testing,the fracturing horizontal well tracer monitoring data processing system is continuously optimized to fully meet practical needs and user expectations and ultimately put into the production and development of oil and gas resources.Through the development of this system,it not only improves technical skills but also forms a set of oilfield visualization software with independent intellectual property rights.