Core Viewpoint - The conference highlighted the need for stricter industry management and standardization in the production and use of fire extinguishing gases to enhance safety measures in the sector [1]. Group 1: Fire Extinguishing Gases - Gas fire extinguishing systems are essential for protecting valuable equipment in environments where water cannot be used [2]. - The main fire safety gases currently in use include HFC-227ea (heptafluoropropane), CO2, and IG-541 (a mixture of nitrogen, argon, and CO2) [2]. - HFC-227ea is a clean agent that leaves no residue and is non-polluting, while IG-541 works by reducing oxygen concentration [2]. - Perfluorohexanone is gaining attention for its environmental benefits, but its high cost remains a barrier to widespread adoption [2]. - Liquid nitrogen is noted for its potential in extinguishing lithium battery fires, with rapid expansion capabilities that can achieve fire suppression in three seconds [2]. Group 2: Industry Challenges - The gas extinguishing industry faces risks due to low-price competition and a lack of unified standards, leading to inconsistent product quality [3]. - Experts are calling for standardized regulations to eliminate subpar products and ensure safety in gas extinguishing systems [3]. - Specific recommendations include establishing uniform standards for fire extinguisher valves and inspection processes [3]. Group 3: Operational Risks - Improper production, design, and operational practices can lead to ineffective fire extinguishing systems [4]. - Common issues include blockages in nozzles, programming errors in alarm systems, and corrosion of valve components [4]. - Regular system inspections are crucial for maintaining the effectiveness of gas fire extinguishing systems [4]. Group 4: Technological Advancements - The integration of smart technologies is a key focus for improving the management of fire extinguishing gas systems [5]. - IoT and big data can create a unified information platform for real-time tracking of gas cylinder production and inspection [6]. - AI can transform traditional reactive safety measures into proactive risk prevention strategies, enhancing overall safety management [6].

Group 1 - The fire gas industry faces issues such as malicious competition and inconsistent quality standards, necessitating a faster standardization process and improved intelligent management to reduce potential safety risks [1][2] - The industry is evolving towards greener, more efficient, and intelligent solutions, expanding from traditional extinguishing gases like HFC-227ea and CO2 to new types such as IG-541, driven by advancements in chemical energy, data centers, and new energy [1] - The integration of IoT technology and big data platforms is essential for transparency in production, transportation, and usage processes, allowing for public supervision to achieve effective regulation [2] Group 2 - The fire gas industry is tasked with ensuring production safety and must deepen the integration of production, education, research, and application, while establishing platforms for collaboration to promote the implementation of advanced technologies [2][3] - In 2026, the fire gas association will continue to promote high-quality and standardized development in the industry, focusing on in-depth research of gas extinguishing applications and expanding training for fire safety administrators [3] - The association aims to improve product quality and management standards by refining safety registration procedures and establishing effective quality control and supervision systems [3]

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]