Core Insights - The explosion incident at Shanxi Haolun Chemical on September 21, 2025, highlights the limitations of traditional fire management in high-risk chemical environments and underscores the importance of smart fire safety technology for industry safety [1] Group 1: Chemical Industry Fire Safety Issues - Process management is ineffective, with companies altering production processes without risk identification or change management, leading to safety imbalances and increased accident risks [3] - Equipment monitoring failures and insufficient hazard identification resulted in a lack of timely detection of temperature anomalies, ultimately causing an overpressure explosion [4] - Weak safety management and lack of responsibility among company leaders, with inadequate risk awareness and failure to implement expert recommendations, led to a disconnect between management and execution levels [5] - Delayed emergency response and weak coordination capabilities hindered effective risk control, exacerbated by insufficient regular drills for employees [6] Group 2: Smart Fire Safety Solutions by Tianze Zhili - Tianze Zhili offers a comprehensive intelligent monitoring system for process operations, utilizing AI video recognition and sensors to detect and alert on unauthorized operations in real-time [7] - The company implements full lifecycle monitoring of critical equipment, using multidimensional sensing devices to collect operational data and predict risks through big data analysis and AI algorithms [9] - A digital platform for fire safety management is customized for enterprises, clarifying safety responsibilities from management to staff, ensuring accountability and traceability of safety management [10] - An efficient emergency response system is established to facilitate real-time data sharing and coordination, automatically triggering response plans during abnormal situations [11] Group 3: Future Directions - Tianze Zhili is committed to enhancing safety in the chemical industry through continuous innovation and development of smart fire protection systems, aiming to support safer, more efficient, and sustainable industry practices [13]