基于网络数据资料、期刊论著文献与现场施工资料，全面总结我国瓦斯隧道施工技术的进展与不足。结果表明： 1）我国瓦斯隧道具有瓦斯工区里程长、瓦斯等级高、多分布于中西部地区等特征； 2）瓦斯隧道施工灾害主要为瓦斯燃烧、瓦斯爆炸、瓦斯突出、瓦斯中毒窒息等事故，年事故发生数量总体呈下降趋势； 3）我国瓦斯隧道设计施工规范近20年来得到了较为全面的完善，已颁布了铁路与公路行业标准、贵川渝等地方标准； 4）隧道瓦斯工区安全施工主要依赖于超前探测、瓦斯监测、安全通风与揭煤防突等关键技术，在工程实践中各技术的关键施工参数得到了优化完善； 5）绝对瓦斯涌出量测定方法与瓦斯工区等级动态调整机制是目前瓦斯隧道施工存在的主要问题，对瓦斯隧道的施工安全与成本控制影响巨大。建议根据隧道施工特征进一步开展隧道瓦斯防治专题研究，完善瓦斯隧道设计施工规范，为我国瓦斯隧道的安全高效施工提供理论与技术支撑。

In this study, the development of construction technology and the disadvantages associated with gas tunnels in China are summarized using network data, literature reviews, and onsite construction data. The findings are as follows: (1) Tunnels characterized by extensive gas sections and high gas concentrations are predominantly situated in central and western China. (2) The principal hazards associated with these tunnels include gas combustion, explosions, coal and gas outbursts, as well as gasinduced suffocation and poisoning, although the annual incidence of these disasters has declined. (3) Over the past 20 years, the design and construction specifications for these tunnels have seen comprehensive enhancements, incorporating national standards for railway and highway construction and regional standards in Guizhou, Sichuan, and Chongqing. (4) Safe construction of these tunnels relies heavily on advance detection, gas monitoring, adequate ventilation, coal removal, and antioutburst technologies. The parameters of these technologies have been optimized through diverse engineering practices. (5) Technical challenges, including the measurement of absolute gas emissions and the dynamic adjustment mechanism of the gas work area, continue to pose significant risks to construction safety and costs. Further specialized research is recommended to enhance design and construction standards, thereby providing robust theoretical and technological support for the safe and efficient construction of gas tunnels in China.