Analysis of mine gas emission laws and dynamic regulation technology of ventilation network
矿井瓦斯涌出规律与通风网络动态调控技术分析

摘要

矿井瓦斯涌出规律与通风网络动态调控技术是确保煤矿安全开采的重要研究领域。本论文通过深入分析矿井瓦斯涌出的特点及其影响因素，探讨了优化通风网络配置以实现瓦斯有效控制的方法。研究表明，合理利用现代监测技术和动态调控策略可以显著提高矿井作业的安全性。本文首先概述了瓦斯涌出的基本规律，并讨论了现有通风系统存在的问题。随后，提出了基于实时监测数据的动态调控模型，旨在提升通风效率的同时降低瓦斯爆炸风险。研究结果对改善煤矿生产环境、保障工人生命安全具有重要意义。

Abstract

The laws of mine gas emission and the dynamic regulation technology of the ventilation network are important research areas to ensure the safe mining of coal mines. Through in - depth analysis of the characteristics of mine gas emission and its influencing factors, this thesis explores methods to optimize the configuration of the ventilation network for effective gas control. The research shows that the rational use of modern monitoring technologies and dynamic regulation strategies can significantly improve the safety of mine operations. This paper first outlines the basic laws of gas emission and discusses the problems existing in the current ventilation system. Subsequently, a dynamic regulation model based on real - time monitoring data is proposed, aiming to improve ventilation efficiency while reducing the risk of gas explosion. The research results are of great significance for improving the coal mine production environment and ensuring the safety of workers' lives.