Racing against time, scientific emergency response—Great Wall Steel Casting organizes confined space safety drills.

　　Safety is paramount, and prevention is better than cure. Recently, Great Wall Steel Casting organized a confined space safety drill, using a scientific approach of "training first, then hands-on practice" to comprehensively test and improve employees' emergency response capabilities in confined space operations, thus strengthening the company's safety production defenses.

Training first, then hands-on practice—theory first, laying a solid foundation for safety.

　　The drill began with training and culminated in hands-on practice. At the outset, the safety management department of Great Wall Cast Steel provided systematic training to all participants on safety regulations for confined space operations, risk identification, the use of protective equipment, and emergency response procedures.

　　The training emphasized a core concept: avoid reckless rescue attempts. In confined space accidents, reckless rescue attempts are often the primary cause of increased casualties. The instructors, using typical industry cases, deeply analyzed the painful lessons learned from secondary accidents caused by improper rescue efforts, ensuring that every participant deeply understood that scientific, standardized, and orderly approaches are the correct way to conduct emergency rescues.

　　Through theoretical training, participants systematically mastered the basic principles of "ventilation first, then detection, then work" in confined space operations, as well as the correct use of protective equipment such as gas detectors, positive pressure breathing apparatus, and safety belts, laying a solid foundation for subsequent practical training.

Practical Drills – Every Second Counts, Scientific Disaster Relief

　　Following the theoretical training, the practical drill officially commenced.

　　The drill simulated a scenario where a worker suddenly fainted for unknown reasons while working in a confined space, creating a highly critical situation. Emergency is an order, and time is of the essence.

　　Upon discovery, the emergency was immediately reported. On-site monitoring personnel detected the anomaly immediately, swiftly activated the emergency plan, reported the incident to superiors, and simultaneously cordoned off the area to prevent unauthorized personnel from entering.

　　Scientific detection and precise assessment were conducted. Upon arrival, rescue personnel did not rush into the confined space. Instead, they first used gas detectors to assess key indicators such as the concentration of toxic and harmful gases and oxygen content, scientifically evaluating the safety of the working environment and accurately determining the cause of the accident and the rescue risks.

　　Standardized protection and orderly rescue were implemented. After confirming that environmental conditions permitted, rescue personnel strictly followed regulations, wearing positive-pressure air respirators and safety harnesses. Under the full supervision of monitoring personnel, they entered the confined space and safely rescued the unconscious worker. The entire rescue process was tense yet orderly, with each step seamlessly connected, fully embodying the concept of "scientific emergency response."

　　On-site emergency response was conducted with utmost urgency. After the rescued individuals were moved to a safe area, on-site emergency personnel immediately implemented CPR and other first aid measures, while simultaneously contacting medical institutions for further treatment. From the discovery of the emergency to the completion of the rescue, the entire process was seamlessly coordinated and handled appropriately, achieving the expected training objectives.

Summary and Improvement – ​​Learning from Practice and Continuous Refinement.

　　Following the drill, the safety management department of Changcheng Cast Steel organized a debriefing meeting for all participants. Attendees conducted a comprehensive review of each stage of the drill, deeply analyzed the problems and shortcomings exposed, and proposed improvement measures in areas such as optimizing the emergency response plan, improving the configuration of protective equipment, and strengthening daily training.

　　This drill not only tested the scientific validity and operability of Changcheng Cast Steel's confined space accident emergency response plan, but also honed the emergency response capabilities of all participants in a real-world scenario, truly achieving "learning through practice, improvement through practice, and combat readiness through practice."

Great Wall Steel Casting is always serious about safeguarding safety.

　　Safety in production is the lifeline of an enterprise's development and the well-being of every employee's family. Changcheng Steel Casting always prioritizes safety, adhering to the principle of "safety first, prevention foremost, and comprehensive management," and regularly conducts various safety training sessions and emergency drills to continuously improve the safety awareness and emergency response capabilities of all employees.

　　Confined space operations are high-risk and fraught with hidden dangers, making them a top priority for safety supervision. This practical drill was not only a test of capabilities but also a declaration of responsibility.

　　In the future, Changcheng Steel Casting will continue to uphold the philosophy of "life first, safe development," continuously improve its safety management system, strengthen risk prevention and control capabilities, deeply instill safety awareness in every employee, and ensure that safety regulations are implemented in every operational环节, thus safeguarding the company's high-quality development through solid and effective safety management.

一 END 一