基于通信信号处理的石油生产智能监测系统研究

Research on Intelligent Monitoring System for Petroleum Production Based on Communication Signal Processing

摘要: 石油生产的高效与安全关乎能源稳定供应。传统人工监测模式效率低、精度差，难以适应复杂开采环境。本文基于电子信息工程中的通信信号处理技术，设计了一套石油生产智能监测系统。通过研究其架构、功能及应用案例，验证了该系统在提升数据传输可靠性、增强实时分析能力、优化故障预警精度等方面的显著成效。实验表明，该系统可提高单井产量8%，降低设备维护成本25%，为石油生产的智能化升级提供了可靠的技术路径。

Abstract: The efficiency and safety of oil production are related to stable energy supply. The traditional manual monitoring mode has low efficiency and poor accuracy, making it difficult to adapt to complex mining environments. This article designs an intelligent monitoring system for petroleum production based on communication signal processing technology in electronic information engineering. By studying its architecture, functions, and application cases, the significant effectiveness of the system in improving data transmission reliability, enhancing real-time analysis capabilities, and optimizing fault warning accuracy has been verified. Experiments have shown that the system can increase single well production by 8% and reduce equipment maintenance costs by 25%, providing a reliable technical path for the intelligent upgrade of oil production.