Chapter 1: Summary of emergency drill for electric shock accident In order to improve the ability of the project department to deal with emergencies, effectively deal with emergencies, eliminate the harm of electric shock during construction, enable workers and managers to deal with special situations quickly, orderly and correctly, establish and improve a scientific, effective and well-functioning emergency rescue system, test the actual combat effect of emergency departments, and organize emergency rescue drills for electric shock accidents in the project department. The results of the electric shock drill are reported as follows:
I. Purpose of this work
Carry out the policy of "safety first, prevention first and comprehensive treatment", establish and improve the emergency management system of the project department, form an emergency system with unified leadership, timely response, scientific decision-making and orderly disposal, and comprehensively improve the ability of the project department to deal with emergencies and risks. By setting emergency drills for accidents, the feasibility and operability of the emergency rescue plan of the project department are tested, the actual combat ability of the emergency team is improved, the overall level of emergency rescue work of the project department is continuously improved, and the life and property safety of the employees of the project department is effectively guaranteed.
Second, the exercise time and place
XX year x month x day XX-XX location XX.
Third, the composition of the drill personnel
Project department personnel
Fourth, the description of the drill scene
On the morning of XX, XX, the project site management personnel touched the damaged part of the power cord and fell into a coma. On-site workers immediately shouted after they found out, and then XX immediately cut off the power supply, and the on-site commander XX immediately organized personnel to rescue them; After cardiac resuscitation and other measures, the first aid approached 10min, and the person who got an electric shock finally woke up and was out of danger, and was sent to XX People's Hospital for further observation and treatment. A summary meeting of on-site safety education was held in response to the accident.
Detailed process of the exercise:
XX project manager Shen had an electric shock accident at the scene;
When XX, employee XX found that Shen was electrocuted, he immediately pulled the power cord away from the electrocuted person with an insulating stick and shouted for help. When XX heard the cry, he immediately pulled down the switch. When XX used his fingers to check whether the person who got an electric shock was still breathing, he found that XX was still breathing, and immediately organized personnel to give first aid to the injured person and cardiopulmonary resuscitation.
At XX, the emergency rescue vehicle was notified to rush to the scene of the accident;
XX, steel processing plant personnel report to the emergency commander in chief;
XX, the emergency rescue vehicle rushed to the scene, and immediately arranged for personnel to carry the injured to the ambulance and send them to the hospital for examination and treatment;
At XX, the drill is over.
Overall evaluation of verb (verb's abbreviation) exercise
After the drill, the evaluation team members and relevant participants held a summary meeting at the scene, and the meeting made an overall evaluation of the whole drill process and participants.
According to the assessment:
1. This drill achieved the expected effect of the plan and improved the emergency response capability of all units;
2. The organization and implementation of this drill was well completed, the interface work was smooth, the content and plan were accurate, and the on-site order and rescue operation were effectively and successfully completed;
3. The whole drill is smooth, the scene is realistic, the emergency personnel move fast, and the rescue vehicles should arrive in time;
4. On-site observers can basically master the common sense of electric shock first aid through drills, and achieve the expected educational effect;
5. All units participating in the drill are fully prepared;
6. Problems existing in the exercise and areas needing improvement:
No eye-catching drill signs were set during the drill, which made the operators mistakenly think that an accident had occurred and caused panic among people in some areas, which needs to be improved.
Overall evaluation: the drill was successful. After the accident, emergency organizations at all levels started smoothly according to the process, and all measures and actions were put in place accurately and quickly. The existing problems need further improvement.
Chapter II: Summary of Emergency Drill for Electric Shock Accidents Since XX years ago, in order to reduce the safety accidents of our project department, eliminate potential safety hazards and implement the policy of "safety first, prevention first and comprehensive management", under the leadership of the safety committee, our project department has actively carried out various safety activities, such as safety education classes, issuing safety books, holding safety knowledge contests, watching safety education videos, watching safety pictures, drawings and cases, and conducting fire drills. Recently, in order to improve the ability of laboratories and other high and low voltage operators to deal with sudden electric shock accidents, an electric shock first aid drill was held, which was organized by the safety Commissioner of the project department and attended by various departments of the project department, laboratories and other relevant departments. Before the drill begins, participants first meet to determine their roles in the accident drill and clarify their responsibilities.
The exercise set the accident in XX laboratory. One of the experimenters suddenly got an electric shock and fell into a coma during the test. The adjacent experimenters immediately cut off the power supply and called 120 for help. At the same time, they reported to the head of the laboratory, the project manager and the security personnel of the project department. The leader rushed to the scene to direct the rescue at the first time, and did a good job in site protection, and assigned personnel to guide and arrange rescue vehicles at the company gate. At the same time, the rest of the staff immediately separated the injured person from the charged body, carried it to a ventilated place with a simple stretcher made of two coats, checked the breathing and pulse of the injured person to determine his injury, and immediately rescued him with chest compression and mouth-to-mouth artificial respiration. After the ambulance arrived, the relevant personnel briefly introduced the accident to the ambulance personnel, and initially judged the injury of the injured and the first aid measures taken. The ambulance personnel checked the injured, judged their injuries and started rescue, and decided to send them to the hospital for further treatment according to the situation. After dealing with the emergency, the aftermath is also being carried out in an orderly manner: testers cut off the main power supply, overhaul the test equipment, repair the damaged equipment and facilities, and eliminate potential safety hazards; The safety officer of the project department and other relevant department heads formed an accident investigation team, asking relevant personnel to analyze the cause of the accident and deal with related problems. The rest of the personnel had a warm exchange on their feelings and thoughts in this exercise.
After the successful completion of the drill, the participants exchanged the knowledge and experience learned from this accident drill, and summarized how to deal with this kind of accident and what needs to be improved and improved.
In this drill, every employee learned the correct measures to deal with the emergency accident of electric shock: when someone gets an electric shock, first cut off the power supply and separate it from the charged body, then carry out rescue, and at the same time call for help and report to the relevant leaders to protect the accident site; Chest compressions and mouth-to-mouth resuscitation should be correct and effective first aid methods. After the accident, it is necessary to find out the cause of the accident in time, formulate rectification measures and implement them to prevent such accidents from happening again.
Through this drill, we deeply realized the company's determination to do a good job in safety production. Safety in production is related to the company's development prospects, production costs, working environment and the physical and mental health of employees. Safety in production is no longer a verbal requirement or written education, but has been put into practice. Through various drills, each of our employees has the emergency ability to deal with unexpected accidents. Similarly, each of our employees should consciously abide by the company's various safety production operation rules and systems, and through various safety education and drills, do not hurt themselves, others, and others, so that "everyone is responsible for safety production".
Chapter III: Summary of emergency drills for electric shock accidents: A staff member of XX Electric Power Co., Ltd. in XX Province was electrocuted while overhauling the 10kV brick factory line. After the accident, I have done a detailed study, and at the same time I feel infinite and sound the alarm.
We all know that the "Regulations on Electric Power Safety Work" was written by our ancestors with blood and tears, but in the era when the history of blood and tears was released and vigorously organized to learn and master, a tragedy that should not have happened happened. Such accidents still happen today. This accident has seriously violated the prohibition regulations of Guizhou Power Grid Corporation on "no operation without closed ground wire" and "no illegal command". In retrospect, every accident seems so stupid, and seemingly wrong mistakes are staged again and again. The source of this is that they don't pay enough attention to safety issues, always have luck and habitual violations, and think too far about the occurrence of accidents. In fact, danger will break out at any time.
The power industry itself is a high-risk industry, especially front-line employees are risking their lives at any time. This accident tells us that we should spend more time doing risk analysis before work in the future and put an end to habitual violations. It won't be long, but if this step is missing and there are serious violations in the work process, there will be no time and no chance to regret it.
As a dispatcher on duty, I also know the importance of dispatching instructions. This accident also reminds me that in the future dispatching work, the instructions must be cautious and we must get the exact reply from the other party. When taking safety measures, I must verify whether the closed ground wire is installed and ensure any safe passage. When there is a power outage, it is also necessary to verify whether there are power users on the line, and inform that there are people working on the line, and it is forbidden to send electricity back to the line.
As a dispatcher, it is necessary to inform the relevant coal mines and hydropower stations to prepare for power failure, and verify that the switch connected to the main network is in a cold standby state and will not send electricity back to the line. If this pass is well guarded, accidents will be reduced a lot. Of course, we should not only improve safety awareness, but also pay attention to many details. In particular, it is necessary to put an end to the operation without a ticket and major misoperation. Think carefully before giving an order every time to ensure the safety of the power grid, people and equipment.
Through this bloody lesson, once again strengthen safety awareness, "safety first, prevention first", all accidents can be prevented. As long as we conscientiously implement the relevant safety regulations of the electrical industry, understand and master those regulations, and strictly implement them in our work, the same mistakes will not happen again.
Chapter IV Summary of Emergency Drill for Electric Shock Accidents At present, we have organized and studied the safety accident reports such as XX personal electric shock accident in XX Power Supply Co., Ltd., XX misoperation accident in XX Power Supply Bureau and XX personal electric shock accident in XX Power Supply Bureau 1 10kv Fuyuan Substation. The main reason for the accident was that the staff did not seriously implement the safety operation rules and did not follow the rules, and the on-site management of the person in charge was not in place.
The occurrence of these three accidents exposed a series of problems in safety management, highlighting such problems as unclear safety responsibilities of staff, inadequate on-site investigation, and lack of basic safety skills of operators. Facts have proved that if the dangerous point is not predicted, prevented and controlled, it may turn into an accident under certain conditions, and the consequences are unimaginable. Through learning, everyone's awareness of safety in production has been strengthened. Safety production should adhere to the idea of "safety first, prevention first" and implement it in daily work. The occurrence of these three accidents made every employee feel very sad. It happened to them, just like it happened to us. Painful lessons can only be learned by careful thinking and reflection.
Through the study, I learned:
1. The problems fully exposed by the three accidents are: "violation, paralysis and irresponsibility". Three violations are barbaric acts, without establishing a firm sense of safety, only thinking about saving trouble, making quick plans, saving luck and being afraid of trouble. This is the inevitability of the accident.
2. The operator's serious violation of regulations is the main cause of the accident. They don't check the electricity, don't hang the grounding wire, and work without safety measures, which seriously violates the safety work regulations and technical measures to ensure safety. This is also the inevitability of the accident.
3. Lack of system and management. ? If it can't be strict, it can't be implemented and its execution is poor. Moreover, during the inspection, only good news is reported, not bad news. Usually, the equipment management is not in place, the judgment of defects is not accurate, and the daily inspection work is not serious, which leads to unsafe factors and accidents.
4. Risk management is a mere formality, with no rules to follow and impetuous work. The operator's on-site operation was not carried out as required, and the control measures for dangerous points were ineffective.
5. The safety management system and safety measures have not been implemented at work, and the safety awareness and safety learning of employees are a mere formality. Through study, we reflect a lot. We should learn a profound lesson, strengthen safety technical training and anti-accident drills in future work, manage the equipment in the whole process, study accident notification seriously, refer to safety work regulations, and combine the company's safety production practice and safety rules and regulations to improve business skills and safety awareness. Ensure safety and no trivial matters, build a strong defense line, make unremitting efforts for a long time, sound the alarm bell, do a good job and make new contributions to the company's safety production work.
Chapter V: Summary of emergency drills for electric shock accidents. Our project department responded to the call of the superior security department, improved the fire awareness of all employees, enhanced the resilience and self-protection ability of employees in emergencies, and enabled each employee to master certain knowledge of electric shock prevention and eliminate electric shock hazards. The project department held an electric shock emergency drill.
The exercise is summarized as follows:
I. Achievements made
Improve the safety awareness of all employees and further understand the common sense of electricity safety. The ability to deal with emergencies has been improved. Most employees at the drill site can effectively organize and quickly respond to the electric shock accident alarm, and most rescue captains can effectively organize personnel to evacuate, alert and participate in rescue operations. This will improve the future response to emergencies. Before the drill, the staff of our project department will organize everyone to collectively learn the methods and related contents of electric shock rescue, so that the field personnel can master certain rescue knowledge, enhance the emergency response ability and self-protection ability of employees, and vigorously publicize the importance of safe electricity use. During the drill, the team cohesion of employees was sublimated. The organizational ability, command ability and emergency response ability of the emergency leading group have also been exercised. Basically achieved the purpose of anti-electric shock electric drill.
Second, shortcomings.
A few employees do not have strong safety awareness, incorrect rescue methods and untimely response to accidents.
Third, the follow-up work arrangements
It is the duty and responsibility of every employee to reduce the losses caused by accidents to the company. Company employees and managers at all levels must work closely together to deal with emergencies. Once they receive instructions to deal with emergencies, they must be obliged to carry them out quickly while ensuring their own safety. Do not shirk responsibility or refuse to implement it under any pretext. In this way, our company is a big family, a collective with fighting capacity and execution. In future emergency activities, we will improve the above shortcomings and further strengthen the training and publicity of emergency work. Enhance the feasibility of emergency plan. Ensure the timeliness of rescue teams in future emergencies and how to ensure the safety of personnel and equipment in disaster relief during the rescue process.
Through this electric shock drill, the employees' safety awareness and self-help ability have been further enhanced, and the basic knowledge of electric shock prevention has been understood and mastered, so as to be quick, orderly, timely and effective in future emergencies. We will regularly carry out training or drills to improve the skills and comprehensive quality of employees, effectively reduce hidden dangers and losses, and ensure the safe, healthy and orderly development of the company.
Chapter VI: Summary of emergency drill activities for electric shock accident I. Drill objectives
Strengthen the safety production of Xinbang property, adhere to the policy of "safety first, prevention first, all hands-on, comprehensive management", take "I can be safe" as the carrier, strengthen the annual activities, and take the safety culture of "I am responsible for my safety and my company is responsible for the safety of the security team" as the guide. In order to improve the emergency rescue ability of all employees of Xinbang Property, minimize accident losses and save the lives of injured employees, we strive for the first time.
Second, the time and place:
XX, X, X, in the underground garage of XX.
Third, organization
Commander-in-chief of electric shock first aid drill scheme and person in charge of the site: XX? Emergency team member: XX. Division of accident handling: accident handling group: team leader: XX medical rescue group: team leader: XX alert liaison group: team leader: XX Dongying Xinbang Property Management Co., Ltd.? Logistics Support Group: Team Leader: XX
1, the alert liaison group should carefully record the drill time, report time, personnel injuries and on-site personnel.
2. On the day of the drill, the logistics support team must ensure that personnel and materials are transported to the drill site during the drill, and emergency funds and logistics-related materials are arranged in place.
Rescuers should arrive at the scene in the shortest time. After the rescuers arrive at the scene of the accident, they should obey the command of the headquarters and carry out first aid work. After the rescue, evacuate all personnel from the scene of the accident and to a safe area.
4. The on-site commander announced that after the drill, all the drill personnel would leave the drill site to restore production order.
Fourth, the exercise procedure.
1, the commander-in-chief announced the start of the drill.
2. Worker XX reported to the commander-in-chief: When XX was welding the drainage cover plate, the company employee XX got an electric shock and fell to the ground due to the aging insulation leakage of the welding machine, and the situation was very critical. It has now become a shock coma.
3. The commander-in-chief announced the start of the emergency plan order, assigned tasks, and guided the electric shock first aid drill.
4. What is the rescue content? Immediately call the police, protect the scene and establish an emergency passage. Medical rescue group: XX gives first aid to those who get an electric shock in time. The operation steps include: judging (watching, listening and trying), airway patency, mouth-to-mouth (nose) artificial respiration, chest compression, etc. The ambulance arrived at the rescue site and the wounded were taken to the hospital.
Problems and shortcomings of verb (abbreviation of verb) exercise
Through this drill, the employees of the company participated in and mastered the dangerous situation handling steps and common sense after the electric shock accident; Once an electric shock accident really occurs in the construction site, it can be handled according to the emergency plan in terms of organizing personnel to rescue, controlling the danger in time and reducing losses. It has played a guarantee role in self-prevention and safe production.
However, there are also some shortcomings in this drill: for example, the simulation degree of the electric shock accident scene is not enough, and 1 10 and 120 are not prepared and fail to reflect the real scene. Cooperation and coordination among rescue teams should be further strengthened. During the drill, the speed is fast, the movements are not in place, and some major details are not reflected. In case of emergency, people are a little flustered. Some drillers are not serious, the materials are not fully prepared, and they are not skilled in rescuing the wounded.
Chapter VII: Summary of emergency drills for electric shock accidents I. Purpose of drills
Carry out the policy of "safety first, prevention first and comprehensive treatment", establish and improve the emergency management system of the workshop, form an emergency system with unified leadership, timely response, scientific decision-making and orderly disposal, and comprehensively improve the ability of the workshop to deal with emergencies and risks. By setting up emergency drills for accidents, the feasibility and operability of emergency rescue plans for workshop accidents are tested, the actual ability of emergency teams to rescue and provide disaster relief is improved, the overall level of emergency rescue work in the workshop is continuously improved, and the safety of life and property of workshop employees is effectively guaranteed.
Second, exercise time.
Xx, xx, xx, XX-XX.
Third, the exercise site
Workshop XX.
Fourth, the description of the exercise scene
Accident setting: On the afternoon of xx, xx, xx, two employees of electrician class xx cooperated in the disassembling area of shearer. When the employee XX was troubleshooting the electrical fault of the continuous mining machine, a high-voltage electric shock of 1 140V occurred, which knocked him to the ground and made him unconscious on the spot.
Detailed process of the exercise:
XX employee xx had an electric shock accident in the disassembling area of coal winning machine.
When xx employee xx found that XX was suspected of getting an electric shock, he immediately called the police for help, disconnected the power circuit breaker of the continuous mining machine, and informed the electrician to disconnect the 1 140V combined switching power supply.
Xx electrician XX disconnects the workshop 1 140V combined switching power supply, and electrician xx disconnects the transformer room 1 140V combined switching power supply, and reports the accident to the workshop manager xx.
Xx, the manager of xx, gave the first aid order, informed the deputy manager of XX, and rushed to the scene to organize rescue.
XXxx notify emergency personnel of electric shock accident and call 120 emergency number.
Xx emergency personnel XX arrived at the scene, gave CPR to the injured and bandaged the trauma.
XXxx was informed to arrive at the scene, pull up the cordon, maintain order at the scene, and xx went outside the workshop to meet the ambulance.
XXxx was informed to arrive at the scene with a stretcher.
Xx ambulance arrived at the scene, and XX carried the wounded to the hospital on a stretcher.
XX exercise ended at the scene.
Verb (abbreviation of verb) gives an overall evaluation of the exercise.
After the drill, the deputy director of the center xx and the manager of the workshop xx organized all the participants to hold a summary meeting, and made an overall evaluation of the whole drill process and participants. According to the assessment:
1. This drill achieved the expected effect of the plan and improved the emergency response capability of all units;
2. The drill was well organized and implemented, the interface work was smooth, the content and plan were accurate, and the on-site order and rescue operation were successfully completed;
3. The whole drill moves smoothly, the scene is more realistic, the emergency personnel move quickly, and the ambulance personnel are professional;
4. The on-site observers can basically master the common sense of electric shock first aid through practice, and achieve the expected educational effect;
5. All units participating in the exercise are fully prepared;
6. Problems existing in the exercise and areas needing improvement:
(1) Workers cut off the power supply of the equipment when they are not sure how the electric shock victim is injured, which may lead to a series of electric shocks, posing a safety hazard;
(2) First-aid personnel should rush to the scene as soon as they hear crying or receive notice, give first aid to the injured under the condition of ensuring their own safety, and try their best to save the injured within the golden emergency time;
(3) First-aid personnel should have a solid grasp of first-aid skills and avoid using the wrong first-aid methods to rescue in case of accidents.
Overall evaluation: the exercise was successful. After the accident, emergency organizations at all levels started smoothly according to the process, and all measures and actions were put in place accurately and quickly. The existing problems need further improvement.