Pakistan Haveli O&M Project organized an emergency rescue drill for injuries caused by heavy objects
2025-01-15
To further strengthen the emergency rescue capabilities of the project in the face of unforeseen events, on the morning of November 30th, the Pakistan Haveli O&M Project organized an emergency rescue drill for injuries caused by heavy objects. The project leaders, plant operation personnel, maintenance staff, and HSE management personnel participated in the drill.
In this drill, the scenario was set against the backdrop of an accident where equipment fell unexpectedly, causing leg injuries to personnel conducting maintenance work on the boiler platform. Following the incident, the on-site supervisor immediately reported to the maintenance team leader and the on-duty supervisor, activating the emergency rescue plan promptly. The emergency rescue team swiftly arrived at the accident site to initiate emergency rescue operations. While HSE management personnel protected the accident scene, they evacuated all on-site personnel, using caution tape to isolate the accident site and ensure clear access for rescue operations. After confirming that the injured personnel were conscious, the emergency rescue team promptly applied bandages to stop bleeding and quickly placed the injured on a stretcher for transportation to the hospital. The entire drill proceeded in an organized and intense manner, with each on-site personnel member fulfilling their respective roles. The emergency rescue drill was deemed a complete success.
This drill effectively examined the validity and scientific nature of the project emergency plan, significantly enhancing the project’s emergency response capabilities and the level of emergency rescue for unforeseen accidents. Next, the project will strengthen the study of typical accident cases, conduct regular safety education and training, enhance the inspection and management of on-site equipment safety hazards, and further fortify the defense lines for safe production. This aims to ensure the safe and stable operation of the plant.