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Intelligent Fracturing Technology
Overview

Intelligent fracturing technology is a fast process closed-loop technology independently developed by our company, which integrates intelligent fracturing design, intelligent fracturing implementation, and database iteration. The entire fracturing process achieves precise and rapid decision-making through artificial intelligence.

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1.Fracturing preparation:Often, geological parameters are matched with engineering parameters through software simulation based on parameter exploration experience, and data experience is not fully utilized.

2.Fracturing implementation:Lack of targeted and effective measures for risk identification and effectiveness evaluation;

3.Database iteration:Experience summary is formed through the personal experience of engineers or software analysis, and the subjective factors of engineers have a significant impact.
1.GPTs have fully utilized the potential of offshore volume data, greatly improving the efficiency of engineering plan preparation, fracturing construction tracking, and optimization;

2.A fast process closed-loop system with intelligent solution design, intelligent fracturing implementation, and deep learning; The entire process of fracturing achieves precise and rapid decision-making through artificial intelligence.

3. Cloud platform+edge computing gives full play to the advantages of massive data, and ensures data stability and security;

4. Based on multiple data of geology, engineering, and production, the main controlling factors are identified through clustering, dimensionality reduction, and multi factor comprehensive evaluation;

5. Intelligent optimization of engineering parameters based on weight assignment of main control factors and optimal EUR as the core;

6. Integrate data such as wellbore structure, wellbore trajectory, and wellbore fluids to construct a digital twin model. Based on real-time dynamic simulation of fracturing data, achieve precise control of the fracturing process;

7. The digital twin model effectively supports scheme simulation, process fine tracking, remote collaboration, risk control, real-time analysis and optimization, and achieves intelligent control of fracturing operations;

8. Establish a risk prediction model, monitor the risk of sand blockage in real time, and optimize fracturing parameters to reduce the probability of sand blockage occurrence.
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