Practical training hones the troops, preventing problems before they "ignite"
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Corporate News
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Release time:
2025-06-13
——Yunnan Tiefeng Mining Successfully Holds Comprehensive Emergency Drill for Carbon Disulfide Leakage and Fire
At 10:30 on June 11, 2025, a piercing alarm suddenly blared from the carbon disulfide tank area of Yunnan Tiefeng Mining Chemical New Technology Co., Ltd. - a comprehensive emergency drill simulating a "leakage + poisoning + fire" triple hazardous chemical accident began amidst billowing smoke. This drill closely aligned with the national "Everyone Talks About Safety, Everyone Knows How to Respond" Safety Production Month theme, comprehensively honing the enterprise's ability to handle extreme emergencies through script-free practical stress testing.
I. Escalation of Danger: Triple Crisis Erupts within 90 Seconds
The drill scenario set was a sudden carbon disulfide leak from the discharge valve of tank #5. During on-site confirmation, inspector Yang Xin encountered an escalation of danger:
First Crisis: Leaking carbon disulfide (flash point -30℃) instantly ignited upon contact with an electrostatic spark;
Second Crisis: A rescue team member inhaled toxic gas and fell unconscious due to improper wearing of protective equipment;
Third Crisis: The fire spread along the leakage path, threatening adjacent storage tanks.
II. The Enterprise Emergency Command Center immediately initiated the highest level of response, with over 40 people from 8 professional teams rapidly assembling.
III. Hardcore Rescue: Multi-team Collaboration Delivers a "Combination Punch" of Disposal Actions
Response Module |
Key Actions |
Technical Highlights |
Medical Aid |
The rescue team transferred the poisoned person to the upwind direction within 3 minutes, performing standardized cardiopulmonary resuscitation (CPR) and emergency oxygen supply. |
Golden 5-minute treatment process accurately executed |
Accident Emergency Response |
1. Close leakage source valve + remote spray cooling 2. Foam coverage for fire suppression + water seal for explosion prevention 3. Secondary leak plugging + leakage recovery |
1. Alcohol-resistant aqueous film-forming foam for efficient fire control 2. Dual-channel collection system (accident pool + rainwater pool) to prevent pollution spread |
Logistics Support |
1. 10 walkie-talkies for full-area communication dispatch 2. Real-time replenishment of emergency supplies |
Multi-channel communication redundancy ensures backup equipment switchover within 30 seconds of failure. |
Evacuation Guidance |
1. 1-minute evacuation. Control 3. Zero omissions in personnel count |
Graded and zoned evacuation strategy, dynamically optimized escape routes |
Site Alert |
1. Three-level alert zones (core/operational/outer perimeter) 2. Traffic control + emergency access route establishment 3. Chemical decontamination preparations |
Physical containment with alert tape + alert posts completed in 60 seconds. |
Environmental Monitoring |
1. Multi-point gas concentration monitoring downwind 2. Leakage liquid flow direction tracking 3. Pollution prevention and control assessment |
Portable detectors transmit real-time data with ppm-level accuracy. |
Central Control Room |
1. Remote activation/deactivation of spray/foam systems 2. Smart switching of fire pumps 3. Interlocked control of rainwater collection valves |
System mode switching completed in 10 seconds, 100% command execution rate. |
Maneuver/Mobile |
1. Emergency support for sudden increased dangers at the fire scene 2. Substitute backup operators for critical equipment 3. Immediate replenishment of rescue force gaps |
Modular grouping design, 10-second response to support commands. |
IV. Capability Refinement: Four Core Indicators Fully Met
1. Record-breaking Response Speed
Danger classification and reporting completed in 3 minutes, first batch of rescue forces arrived at the core area in 5 minutes.
2. Zero Delay in Coordinated Operations
The alert team established a 3-level isolation zone within 1 minute, and the medical team seamlessly coordinated with the emergency response team for casualty transport.
3. Smart Technical Prevention Demonstrates Power
Remote control system switches foam/spray modes within 10 seconds, and automatic opening/closing accuracy of rainwater valves is 100%.
4. Standardized Life Rescue
It took only 8 minutes from the discovery of the poisoned person to successful resuscitation, with the entire process conforming to AHA emergency standards.
V. Reflection and Improvement: Sharpening the Safety Blade in Real Combat
The General Commander of the Emergency Command Center emphasized in the summary: "This drill, through 'real scenarios, real processes, and real handling,' verified the practicality and feasibility of the emergency plan and achieved good results. However, it also exposed shortcomings such as communication support deficiencies (sudden power loss of walkie-talkies) and differences in psychological quality (some personnel being nervous on the spot). The company will specifically optimize response procedures and continuously improve intrinsic safety levels."
The smoke has cleared, but the alarm bells continue to ring. Yunnan Tiefeng Mining's 40-minute extreme rescue operation proves that only by putting emergency plans into practice can a life-saving defense be built in times of crisis. The company will continue to improve its full-cycle emergency management system of "prevention-response-recovery," injecting Tiefeng's strength into the intrinsic safety construction of the chemical industry!
Communicator: Safety and Environmental Protection Department
June 11, 2025