First,Background and Importance of the Drill
As a magnesium alloy factory producing Magnesium Alloy Plate, Magnesium Alloy Rod and Magnesium Alloy Part, our company faces many high temperature challenges in summer. First of all, magnesium alloy is easy to oxidize and burn at high temperatures, generating high temperatures and toxic gases. For example, in oxygen, magnesium alloy oxidation rate increases with the temperature, in five hundred and fifty degrees Celsius when the oxidation rate will be reduced with the extension of time, but lasts for a few hours, the oxidation film will suddenly rupture, oxidation rate can reach zero point 18, continue to heat the film will lead to the second rupture of the oxidation rate increased by 10 times. Secondly, magnesium alloy production process requires high temperature melting, easy to cause fire. At the same time, high summer temperatures increase the temperature inside the plant, which further increases the safety risk.
High-temperature drills are critical to the safety of magnesium alloy factories. On the one hand, drills can familiarize employees with the emergency handling procedures in a high-temperature environment and improve their safety awareness and emergency handling ability. On the other hand, the exercise can test the effectiveness of the factory's safety facilities and emergency plans, and timely detection of problems and improvements. In a word, high temperature drill is an important measure for magnesium alloy factory to ensure safe production in summer.
Second, the drill content and process
In the process of personnel rescue and rapid escape drill, the simulation of employees in the high temperature environment of heat stroke. When someone is found to have heat stroke, the site personnel immediately in accordance with the emergency plan to deal with. First of all, the heatstroke employees will be carried to a cool and ventilated place to prevent secondary injuries, and wait for the medical rescue team to rescue. On-site vigilance group immediately isolate the accident scene and protect the accident scene. The medical rescue team arrived at the scene quickly with the first-aid kit, and used artificial first-aid method, wiped the forehead of the heatstroke employee and the sweat droplets with a cold towel, and unclothed the heatstroke employee in order to achieve good ventilation effect. At the same time, use cool ventilating medicines to pass into the nostrils of the person suffering from heatstroke, so that he or she can ventilate and breathe well. For mild heatstroke, give appropriate amount of cool salt-containing drinks and take appropriate medicines. Moderate heatstroke immediately sent to the hospital. In addition, a rapid escape drill was conducted to ensure that employees could quickly and safely evacuate the site in case of emergency.
Third, the drill harvest and significance
This summer high temperature drill has brought many important gains and far-reaching significance for the magnesium alloy factory.
First of all, in terms of self-rescue, employees learned how to quickly and safely evacuate the site in case of emergency. The quick escape drill allowed employees to familiarize themselves with the escape routes and escape methods, and improved their resilience in dangerous situations. The personnel rescue drill, on the other hand, enabled the staff to master the first aid methods for heat stroke and other emergencies, so that they could effectively treat the injured personnel in the first time, and fight for valuable time for the subsequent medical rescue.
Secondly, the drill strengthened the staff's safety awareness and emergency handling ability. The analysis of actual cases let the staff deeply realize the serious consequences of irregular operation, so that they would more strictly abide by the safety rules and regulations in their daily work. Emergency response explanation let employees understand how to react quickly in various emergencies and improve their emergency response ability.
Finally, the drill built a firewall for the factory's safety production. Through the drill, the factory not only tested the effectiveness of the safety facilities and emergency plans, found and improved the existing problems in time, but also improved the safety awareness and emergency response ability of all employees. This will help the factory to better ensure production safety and avoid safety accidents under the harsh environment of high temperature in summer.
In conclusion, this summer high temperature drill is an important measure for the safe production of magnesium alloy factory, which provides a strong guarantee for the stable development of the factory.