目前主流的消防安全气体有七氟丙烷、二氧化碳和IG-541混合气体。浙江信达可恩消防股份有限公司副 总经理王杰介绍道，七氟丙烷灭火剂为洁净药剂，释放后无残余物且无污染，在一定压力条件下，可以 液态形式储存。IG-541混合气体灭火剂一般由52%的氮气、40%的氩气和8%的二氧化碳组成，通过降低 氧浓度灭火。与前两种消防气体相比，二氧化碳灭火最大的区别是不能用于有人区域。 12月23日，在2025中国消防气体工程发展论坛暨中国工业气体工业协会消防气体及工程分会年会上，企 业代表们围绕市场竞争、产品质量展开讨论，并提出，要加强行业管理，严格规范生产环节，拧紧消防 气体"安全阀"。 消防气体保护"珍贵"场所 气体灭火系统是传统四大灭火系统之一，主要应用在精密仪器设备灭火等不能用水熄灭的精密、"珍 贵"场所。 中国工业气体工业协会消防气体及工程分会秘书长侯玉柱还透露，全氟己酮具有更加环保、高效、安全 的优点，近年来的关注度渐涨。但目前全氟己酮灭火系统的设备和药剂成本较高，有待进一步优化。 在后端使用环节，同样有诸多隐患。据文世宽介绍，施工不规范会导致，在高速气流作用下，管内杂质 堵塞喷嘴，报警系统控制逻辑编程错误，灭火 ...

中国工业气体工业协会消防气体及工程分会秘书长侯玉柱表示，在气体与消防融合发展过程中，相关监 管责任尚未明确，缺乏统一的产品标准，消防气体行业的气体药剂、检测和充装等环节存在诸多问题， 低价竞争、质量低下、以次充好等乱象扰乱行业健康发展，也给使用场所带来严重安全隐患，这都是行 业急需重点解决的问题。"通过物联网技术、大数据平台，将产品生产、运输和使用等过程公开，让全 社会参与监督，才能实现真正的监管。"侯玉柱强调。 浙江信达可恩消防股份有限公司副总经理王杰也指出，在气体灭火系统的实际应用与维护中，标识不 明、缺斤少两、药剂造假、检测依据缺失等现象丛生，已成为影响系统功能、阻碍行业健康发展的严重 隐患。 洑春干指出，消防气体行业肩负着保障生产安全的使命，需要深化产学研用融合发展，搭建交流合作平 台，促进先进技术成果落地转化。同时，全行业要共同落实反内卷，通过标准化、规范化来促进消防气 体行业高质量发展。 洑春干进一步指出，2026年，消防气体分会将继续推动消防气体行业高质量规范化发展。分会将开展气 体灭火在气体行业的应用深入研究，继续气体行业消防安全管理员培训，并拓展至更多省市。同时，完 善消防气体及工程行业商品 ...

Group 1 - The core viewpoint of the news is the release of the "National Plan for China's Implementation of the Montreal Protocol on Substances that Deplete the Ozone Layer (2025-2030)", which outlines actions for phasing out ozone-depleting substances (ODS) and hydrofluorocarbons (HFCs) in China over the next six years [1][2] - The plan aims to fulfill international environmental obligations and guide the development of a sustainable ecological civilization [1] - The fire protection industry in China has already made significant progress in phasing out high ODP fire extinguishing agents since 2010, showcasing the country's commitment to global environmental governance [1] Group 2 - With the full implementation of the Kigali Amendment, China will freeze HFCs production and usage at baseline values of 1.853 billion tons CO2 equivalent and 0.905 billion tons CO2 equivalent starting in 2024, with a target to reduce these values by 10% by 2029 [2] - The fire protection industry faces new challenges in HFCs reduction, and the National Plan sets clear compliance targets and lifecycle management measures to support green development [2][3] - There is a need to enhance research and development of new clean and efficient fire extinguishing technologies, as suitable alternatives to HFCs are currently lacking [3] Group 3 - Strict monitoring of halon and HFCs production and usage is essential, along with the development of recycling technologies [4] - Although halon is banned for controlled use, its recovery and regeneration are allowed, and HFCs will soon face production and usage controls [4] - The establishment of a recovery network for extinguishing agents and support for purification and regeneration processes are crucial for reducing costs and extending the use of existing stocks [4] Group 4 - The National Plan provides a policy framework, but further refinement of supporting rules and technical standards is necessary to promote the application of new clean and efficient fire extinguishing technologies [5] - The industry should develop a phased action plan for HFCs alternatives and provide policy incentives for units adopting environmentally friendly fire extinguishing systems [5] - Demonstration applications of new technologies in certain regions can create replicable models for the industry [5]