Emergency plans for construction safety (selected 5 articles)
In daily study, work and life, accidents sometimes occur. In order to avoid causing major losses and hazards, usually A complete emergency plan needs to be prepared in advance. So what kind of emergency plan is a good one? Below are the emergency plans for construction safety that I have collected for you (selected 5 articles). You are welcome to learn from and refer to them. I hope it will be helpful to you.
Emergency plan for construction safety 1
1. General requirements for construction during rainy periods
1. Ensure smooth flow of information. Due to the uncertainty and suddenness of severe weather such as construction storms in the rainy season, it is difficult to predict the extent of damage. It is necessary to strengthen the control and management of meteorological information, take timely and effective safety measures, and strengthen prevention.
2. Comprehensive protection. The construction site involves a wide range of areas, including the safety protection of various parts of the site and temporary facilities as well as the safety of all personnel. Therefore, when formulating safety measures, it must be comprehensive, meticulous and thoughtful, and cannot be ignored because of small things, so as to leave hidden dangers and bring about loss.
3. Organize construction scientifically. When preparing the construction organization design, fully consider the characteristics of construction during the rainy season, arrange projects that are not suitable for construction in the rainy season in advance or delay, and do a good job of interleaving the processes to improve work efficiency and construction speed. Construction should be stopped in case of severe storm weather.
4. Respond quickly and be prepared for flood prevention and disaster relief. During construction during rainy periods, various protective measures should be further strengthened. Ensure that emergency and disaster relief supplies are in place, and emergency plans are activated immediately in case of danger.
2. Construction safety preparation measures during the rainy season
1. Arrange work and rest time reasonably. In case of severe storm weather, all workers should stop and evacuate to a safe place.
2. Do a good job of on-site drainage.
(1) Dangerous rocks should be handled at the construction site during the rainy season to prevent landslides, collapses and other disasters.
(2) Ensure that the road is smooth. The road surface should be hardened or paved with gravel, slag or other materials according to the actual situation, and the arches should be raised and raised as required.
(3) Protection of raw materials, finished products, and semi-finished products. Comprehensive and regular inspections of the material warehouse are carried out and timely maintenance is carried out. The surrounding areas are well drained, the wall foundation is solid, and there is no leakage or water seepage. Corresponding rainproof measures are taken for the storage of steel and other materials to ensure the quality and safety of the materials.
(4) Set up continuous and smooth drainage facilities and emergency supplies in strict accordance with flood control requirements, such as water pumps and related equipment, plastic sheets, linoleum and other materials.
3. Construction safety measures in rainy season for each key sub-item.
1. Basic engineering.
Basic projects are greatly affected by rainwater. If relevant preventive measures are not taken, it may have a serious impact on construction safety and building quality. Therefore, pay attention to the following points during construction during rainy periods:
(1) When excavating foundation trenches (pits) or pipe trenches during rainy periods, attention should be paid to the stability of the slope. If necessary, the side slope can be appropriately slowed down or supports can be installed. During construction, inspection and control of slopes and supports should be strengthened; supports should be installed for the excavated foundation trenches (pits) or pipe trenches; for those being excavated, the main method is to slow down the side failure and supplement it with supports; rainwater has a greater impact Stop construction.
(2) The working area for construction during rainy periods should not be too large and should be completed section by section and piece by piece. When rainfall is heavy, large-area earthwork construction should be stopped; after the foundation is dug to the elevation, it should be inspected and accepted in time. Pour concrete cushion; if the foundation is soaked by rainwater, necessary excavation and backfilling should be done to restore the bearing capacity of the foundation; important or special projects should be completed before the rain period.
2. Concrete project:
(1) The weather forecast should be grasped in time before painting the formwork isolation layer to prevent the isolation layer from being washed away by rain;
(2) Concrete pouring should be stopped in case of heavy rain, and the poured parts should be covered.
For cast-in-situ concrete, several construction joints should be left in consideration based on the structural conditions and possibilities;
(3) During construction during rainy periods, the measurement of the moisture content of concrete coarse and fine aggregates should be strengthened and the water consumption should be adjusted in a timely manner;
(4) Before pouring concrete in a large area, it is necessary to understand the weather forecast for 2-3 days. Try to avoid heavy rain. A large amount of rainproof materials should be prepared at the concrete pouring site in case of sudden rain during pouring;
(5) The backfill should be compacted under the support of the formwork, and pads should be added. Check promptly after the rain to see if there is any sinking;
(6) Steel bar welding, butt jointing and other work shall not be carried out when it rains. When urgently needed, rainproof work shall be done or the construction work shall be moved indoors; the newly welded steel bar joints shall be Protect from rainwater to prevent the joints from suddenly cooling and causing brittle cracks, which will affect the quality of the building.
3. Hoisting project:
(1) The component stacking location must be flat and solid, and drainage work must be done around it. Water accumulation and soaking in the component stacking area are strictly prohibited to prevent soil from sticking to the pre-installed components. On the embedded parts;
(2) The tower crane roadbed must be 15cm higher than the natural ground, and rainwater is strictly prohibited from soaking the roadbed;
(3) When hoisting after rain, the crane should be checked first Its own stability, confirm that the crane itself is safe and has not been damaged by rain before doing a test hoisting. Lift the component to about 1m, and go up and down several times to stabilize it before proceeding with the hoisting work;
(4) It may be possible on rainy days It affects the sight of the crane driver. If the driver has no experience in lifting on rainy days, stop the hoisting work; or ask an experienced driver to do it;
(5) When stopping construction, the hook of the tower crane should be retracted When approaching the tower, do not leave any objects such as slings or building components on the hooks to prevent these heavy objects from being blown by the wind and causing the tower crane to shake, which may cause serious accidents such as tower crane collapse;
（ 6) Because the surface of the component and the lifting rope are wet, the friction coefficient between the rope and the component is reduced, and serious quality and safety accidents such as component slipping may occur. At this time, extra attention should be paid to the hoisting work, and additional ropes and components can be added if necessary. Surface roughness and other measures should be taken to protect the safe progress of hoisting work;
(7) The prohibited area on the ground should be expanded during hoisting in rainy days, and additional manpower should be deployed for warning if necessary;
(8 ) All hoisting operations shall be suspended in case of wind speed above level 6 or heavy rain weather.
4. Rain and lightning protection of construction machinery and electricity consumption at the construction site:
(1) Rain protection. All machinery sheds must be erected securely to prevent them from collapsing and being exposed to rain. Measures should be taken to prevent rain and flooding for mechanical and electrical equipment. Rainproof sheds can be erected or sealed with rainproof cloths. The mechanical installation location requirements are slightly higher and the surrounding drainage is good. Install a grounding device. The leakage protection device of the mobile switch box must be reliable and sensitive;
(2) Protection against lightning strikes. The rainy season is a lightning-prone season. In order to prevent accidents caused by lightning strikes at the construction site, effective lightning protection devices must be installed on steel pipe scaffolding, tower cranes, material hoists, people and cargo elevators, etc. The lightning protection grounding resistance must not be greater than 10Ω.
(3) Prevent electric shock. The electricity used at the construction site must comply with the three-level power distribution and two-level protection. The three-level electrical box must be repeatedly grounded and the resistance should be less than 10Ω. Wires and cables should be buried reasonably, and no aging or damaged cables should be allowed. Safety voltage should be placed in the employee dormitories. In case of stormy weather, they must be Arrange professional electricians for on-site inspections and immediately turn off the power if necessary. All employees must disconnect the power supply of all equipment and tools before leaving get off work.
IV. Construction safety precautions during rainy season
1. Strengthen safety inspections and discover problems in time. Conduct regular inspections of the main body of the building, scaffolding, construction electricity, rainproof shelters of various small machinery, temporary facilities, and safety signs, identify problems in a timely manner, eliminate them in a timely manner, and repair damaged areas in a timely manner.
2. Pay attention to the use of materials that have been exposed to rain. Treatment measures must be taken before use.
3. During a storm, outdoor construction operations should be stopped immediately, personnel should be quickly evacuated to a safe place, and the power supply should be cut off at the entire construction site decisively.
4. Strengthen the training and education of construction personnel, strengthen the learning of safe construction knowledge in the rainy season, and improve self-prevention and emergency response capabilities. Emergency plan for construction safety 2
1. Purpose of preparation:
To make arrangements in advance for possible disasters such as water penetration, electric shock, and falling from heights during bridge construction, clarify emergency responsibilities, and identify Urgent needs to reduce and mitigate hazards to the environment and employees.
2. Organizational structure:
The management department establishes an emergency rescue command and leadership group: the project manager is the team leader, and the project chief engineer and deputy manager are the deputy team leaders. Members: Engineering Department, Safety and Quality Department, Office (including Public Security), Property Department, Finance Department.
3. Responsibilities:
(1) After a disaster such as water penetration, electric shock, or falling from a height occurs on the bridge, the person in charge of the site should immediately call the leader of the emergency leadership team.
(2) After receiving the danger, the team leader analyzes the emergency status to determine the corresponding alarm level, starts the emergency plan procedure, and the emergency rescue command system is immediately put into operation. A command location is set up on site, relevant personnel are in place, and the organization Carry out rescue work. If necessary, take measures to prevent water penetration, electric shock, falling from heights, etc., and quickly evacuate people and machinery from the danger area.
(3) Deputy team leader: Assist the team leader in organizing emergency resources to meet emergency needs, and liaise with emergency response personnel, departments, organizations and institutions outside the enterprise. Organize relevant personnel of the unit to conduct risk assessments on hazard sources, and regularly check daily work and emergency response readiness status
(4) Hazard source risk assessment team: headed by the project chief engineer, with participation from relevant department personnel; assessment Risks from hazardous sources at the construction site and production process, guide the safety department to implement safety measures and monitoring work, reduce and avoid accidents involving hazardous sources, improve the risk assessment information of hazardous sources, and provide scientific, reasonable and accurate information for emergency response assessment basis; provide timely emergency response support measures for emergency response.
(5) On-site rescue team; headed by the project secretary and attended by personnel from relevant departments, the team will formulate a rescue plan based on the situation of the injured, contact nearby medical equipment and medical personnel, and work with project rescue personnel to carry out on-site rescue and disposal work.
(6) Technical processing group: The project chief engineer is responsible for relevant personnel and the company's engineering department participates to formulate an operable emergency response plan and provide effective technical reserves and drawings for the accident site. After the emergency plan is activated, scientific engineering and technical plans and technical support documents will be provided to the emergency commander in a timely manner based on the characteristics of the accident site.
(7) Casualty rescue team: headed by the project secretary, with the participation of personnel from relevant departments. Based on the situation of the wounded, it will formulate a casualty rescue plan, carry out rescue and transfer of the wounded at the accident site, etc., and contact the nearest medical unit for proper rescue and treatment work.
(8) Fire extinguishing team: The fire extinguishing team is led by the person in charge of the public security branch (the person in charge of the on-site police station), and personnel from relevant project departments participate in formulating fire extinguishing plans and organizing construction site personnel to conduct firefighting at the accident site. fire-fighting work.
(9) Logistics supply group: The logistics supply group is headed by the person in charge of the project finance and material equipment management departments (the company's material equipment department provides material information); it formulates material plans, inspects, supervises, and implements material reserves. Condition. After the emergency plan is activated, emergency response material resources are effectively organized to the construction site according to the deployment of the emergency commander.
(10) The aftermath working group; the team leader shall be the project secretary; personnel from relevant project departments will participate. Mainly do a good job in providing pensions for the casualties and their families to ensure that the minds of the casualties and their families can be stable after the accident. Do a good job in tracking the medical rescue of injured persons, and coordinate and resolve related conflicts between medical rescue units. Work with insurance companies to settle claims for casualties and property losses. Condolences to the injured and their families.
(11) Accident investigation team: The leader of the accident investigation team is the leader in charge of production safety of the company (project), and personnel from relevant departments participate.
It mainly protects the accident site, samples and seals relevant physical data at the site, investigates and understands the main causes of the accident and the responsibilities of relevant personnel, and punishes, educates, and summarizes relevant personnel in accordance with the principle of "four no-leaks". Construction Safety Emergency Plan 3
In accordance with the requirements of the company's "Management System Procedure Documents" and the company's identification of potential accidents or emergencies, combined with the actual situation of the project, the specific emergencies determined to be on this project are: Fire, explosion, food poisoning, collapse, harmful gas, electric shock, falling.
1. Organizational composition
Team leader:
Deputy team leader:
Team members:
2 , division of labor and responsibilities
1. The team leader is served by project manager Lin ①, who is the first person in charge and is fully responsible for the organizational leadership of the emergency plan and the guarantee of materials and funds. He is also responsible for organizing or reporting major incidents. Work.
2. The deputy team leaders are Lin ②, Lin ③, and Lin ④, who are responsible for the management and supervision of each professional group.
3. The alarm team is headed by Lin ⑤, and his responsibility is to call the police.
4. The rescue team is headed by Lin ⑥, whose responsibilities are as follows:
(1) Educate rescue personnel on the basic knowledge of injury rescue, and conduct drills when necessary;
(2) Propose needs for rescue supplies, medicines, etc. to the logistics team;
(3) Once an incident requiring rescue occurs, rush to the scene in time for emergency rescue.
5. The logistics team is headed by Lin ⑦, whose responsibilities are: Responsible for providing qualified materials required for the emergency plan;
6. Fund guarantee is headed by Lin ⑧, whose responsibilities are: Ensure that the funds required for emergency plans are met.
3. Emergency Facilities
The emergency leading group is on duty 24 hours a day, with Lin ⑥ in charge. The project department reserves commonly used drugs, and Lin ⑤ is responsible for ensuring that they can be used in time when an accident occurs.
1. When an accident occurs, on-site personnel should immediately take control measures to control the expansion of the accident, limit the disaster to the smallest possible scope, and report it to the person in charge of the site and the leadership team. The emergency personnel on duty should immediately notify the emergency team leader Lin ① by phone and carry out on-site evacuation and resettlement work. After receiving the call from the person on duty, the leader of the emergency team should divide the work with the deputy leader to contact each team member, and immediately rush to the scene to provide guidance. For serious accidents that require external rescue, the following issues should be stated when calling for help:
1. Accident location: describe the detailed address, contact information of the person responsible for responding to the scene (at least 1 to 3 people), and the location of the response;
2. Contents of the accident: including the specific circumstances, severity, number of injured persons on site, their condition, measures taken on site, and whether the accident has developed, etc.
IV. Emergency equipment
1. Emergency equipment
See attached table
2. Contact number of the leadership group
See the attached construction safety emergency plan 4
1. Project Overview
This project consists of three 16-story commercial and residential buildings. The pile foundations are manually dug cast-in-place piles. The structure is in the form of a frame shear, with the first and second floors for commercial purposes. The height of each floor is 4.5m, and the standard floor is 3m high. The total construction area is 24,552 square meters. The safety level of the building structure of this project is Level 2, the structural design service life is 50 years, the foundation design level is Level B, the fire resistance level of the building is Level 1, and ±0.000 is equivalent to an absolute elevation of approximately 47.000m.
2. Tasks and objectives of the emergency plan
Better adapt to the requirements of legal and economic activities, and provide a better and safer environment for the construction and residents around the construction site ; Ensure that various emergency response resources are in a good state of readiness; guide emergency response operations to be carried out in an orderly manner as planned, and prevent emergency rescue from being delayed due to poor organization of emergency response operations or disorderly and chaotic on-site rescue work; effectively avoid Or reduce casualties and property losses; help achieve rapid, orderly and efficient emergency response operations; fully embody the "emergency spirit" of emergency rescue.
3. Emergency rescue organization structure
The emergency response organization structure of this construction safety accident emergency rescue plan is a first-level preparation, and the project department has set up an emergency response organization structure to implement the emergency plan. .
IV. Responsibilities, division of labor, and composition of the emergency rescue organization
(1) Functions and responsibilities of each department of the first-level emergency response organization
1 , Functions and responsibilities of the emergency plan commander
① Analyze the emergency state to determine the corresponding alarm level, and control the type of action for the emergency based on the relevant hazard types, potential consequences, and existing resources;
② Command and coordinate emergency response actions;
③ Liaise with emergency response personnel, departments, organizations and institutions outside the enterprise;
④ Directly supervise the actions of emergency operators;
⑤ Maximize the safety of on-site personnel, foreign aid personnel and related personnel;
⑥ Coordinate logistics to support emergency response organizations;
⑦ Activation of emergency response organizations;
⑧ Emergency assessment, determine to raise or lower the emergency alert level;
⑨ Notify external agencies, decide to request external assistance;
⑩ Decide on emergency evacuation, decide Safety of the affected area outside the accident site.
2. Functions and responsibilities of the on-site rescue team
① Rescue the injured on site;
② Rescue on-site materials;
③ Establish on-site Fire brigade;
④ Ensure the smooth flow of on-site rescue channels.
3. Functions and responsibilities of the hazard risk assessment team
① Conduct scientific risk assessments on the characteristics of each construction site and processing plant and the hazard sources in the production safety process;
② Guide the implementation and monitoring of safety measures by the production safety department to reduce and avoid accidents involving hazardous sources;
③ Improve the risk assessment information of hazardous sources to provide scientific basis for the assessment of emergency response Reasonable and accurate basis;
④ Implement the emergency response shared resources in the surrounding agreement and the alarm contact method of the most rapid and effective social public resources for emergency response, so as to provide timely emergency response Response support measures;
⑤ Determine the location of the emergency response on-site command center for various possible accidents so that emergency response can be activated in a timely manner;
⑥ Scientifically and rationally develop emergency response materials, equipment, manpower plan.
4. Functions and responsibilities of the technical processing group
① According to the construction and production content and characteristics of the project management department and the processing plant, formulate possible problems that must be solved using construction engineering technology Emergency response plan, organize and archive it, and prepare technical reserves to provide effective engineering and technical services at the accident site;
② After the emergency plan is activated, according to the characteristics of the accident site, scientific engineering technology will be provided to the emergency commander in a timely manner Plans and technical support to effectively guide engineering and technical work in emergency response operations.
5. Functions and responsibilities of the aftermath working group
① Do a good job in stabilizing the casualties and their families, ensuring that the minds of the casualties and their families can be stable after the accident. A major chaos occurs;
② Do a good job in tracking the medical rescue of the injured, and coordinate and handle related conflicts between the medical rescue units;
③ Work with the insurance department to do a good job in the management of casualties and property losses Claims settlement work;
④ Condolences to the injured and their families.
6. Functions and responsibilities of the accident investigation team
① Protect the accident scene;
② Sampling and sealing relevant physical information at the scene;
③ Investigate and understand the main causes of the accident and the responsibilities of relevant personnel;
④ Punish, educate, and summarize relevant personnel in accordance with the principle of "three no let go".
7. Functions and Responsibilities of the Logistics Supply Group
① Assist in formulating a reserve plan for emergency response material resources for construction projects or processing plants, and construct emergency response materials for the production plant according to the formulated project Response material reserve plan, check, supervise and implement the reserve quantity of emergency response materials, collect, establish and archive them;
② Regularly inspect, supervise and implement the arrival and change of emergency response material resource management personnel and timely adjustment Update and meet standards of emergency response material resources;
③ Regularly collect and sort out emergency response material resource information at the construction site of each project management department, establish files and archive them, and prepare material resources for the launch of emergency response actions Data reserve;
④ After the emergency plan is activated, emergency response materials and resources will be effectively organized to the construction site according to the deployment of the emergency commander, and reinforcements will be provided to the accident site in a timely manner, while providing logistical services.
(2) Composition of emergency response organization personnel The emergency response organization organization, under the leadership of the emergency commander, is composed of functional personnel and on-site construction personnel who work part-time.
1. The emergency commander is Comrade Yan Wei, the company’s project leader;
2. The on-site rescue team leader is Comrade Song Jijun, the project manager, and the members of the project department are ;
3. Comrade Peng Yong serves as the leader of the hazard risk assessment team
4. Peng Shuguo serves as the leader of the technical processing team, assisted by other personnel.
5. The leader of the aftermath working group is Comrade Lu Jun, assisted by other personnel.
6. The leader of the logistics supply team is Comrade Yu Duogui, the purchaser, and is assisted by other personnel.
7. The accident investigation team leader is Comrade Zhao Lin, the safety officer, and is assisted by other personnel.
5. Emergency rescue training and drills
(1) Training
After the emergency response plan and emergency plan are established, organize the construction project department and construction team as planned All personnel on site are effectively trained to have the knowledge and skills required to complete their emergency response tasks.
1. The first-level emergency response organization conducts training once a year;
2. The second-level emergency response organization conducts training before the start of each project or once half a year;
3 , Timely training for newly joined personnel;
Mainly training on the following contents:
1. Training on the use of fire extinguishers and fire extinguishing procedures;
2. Construction safety protection , safety warning settings in the work area, personal protective measures
Common sense of electricity use in construction, traffic safety of projects under construction, and safe use of large machinery;
3. Protection of dangerous sources Identification of outstanding characteristics;
4. Accident alarm;
5. Safe evacuation of personnel in emergency situations;
6. Basic knowledge of on-site rescue.
(2) Drills
After the emergency plan and contingency plan are established, and after effective training, the construction project department will drill once after the project starts, and drills will be held from time to time according to the length of the project period. Increase the number of drills when there is a large change in construction workers. At the end of each drill, a summary is made in a timely manner, and any gaps that exist can be improved in future work.
6. Personnel and contact number of the agency designated for accident reporting
Quality Safety Section is the agency designated for accident reporting. Contact person: xx, mobile phone: xx. After receiving the report, the Quality Safety Section shall report it to the commander-in-chief in a timely manner, and the commander-in-chief shall promptly and truthfully report to the department responsible for safety production supervision and management, the construction administrative department or other relevant departments in accordance with relevant laws and regulations. If an accident occurs with special equipment, he shall also report it at the same time Report to the special equipment safety supervision and management department.
7. Implementation of rescue equipment, equipment, vehicles, etc.
The project department allocates a certain proportion of expenses every year, based on the nature and characteristics of construction production and the actual needs of emergency rescue work. Selectively equip emergency rescue equipment and equipment, and perform regular maintenance and upkeep on emergency rescue equipment and equipment, and shall not use them for other purposes. After the emergency rescue plan is activated, mechanical equipment and transportation vehicles are integrated into the emergency rescue work.
8. Initiation, termination and post-termination work recovery of the emergency rescue plan
When the assessment and prediction of the accident meet the conditions for initiating the emergency rescue plan, the emergency commander will initiate the emergency response plan order . After the emergency rescue plan is implemented at the accident site, the hazard sources that caused the accident have been effectively controlled and eliminated; all on-site personnel have been accounted for; there are no other factors that affect the termination of the emergency rescue plan; the emergency rescue operation has been completely transformed into social public welfare** *Rescue; the emergency commander believes that the development of the accident must be terminated; the emergency commander issues an emergency termination order.
After the implementation of the emergency rescue plan is terminated, effective measures should be taken to prevent the accident from expanding, protect the accident site and physical evidence, and construction and production can be resumed after approval by the relevant departments. We should carefully and scientifically summarize the entire process of implementing the emergency rescue plan, improve the shortcomings and defects in the emergency rescue plan, and provide experience and perfect basis for the establishment, formulation, and modification of future plans. Emergency plan for construction safety 5
1. Vehicle drivers and equipment operators should strictly abide by operating procedures, and illegal operations are strictly prohibited; strengthen inspection and maintenance of vehicles and equipment, and improve the integrity rate of vehicle equipment.
2. When a safety incident occurs, the emergency team will go to the scene to handle and rescue.
3. During the maintenance and use of vehicles and equipment, if the following situations occur, the department safety emergency team should rush to the scene for rescue within 5-10 minutes after receiving the report, and report to the department supervisor at the same time .
3.1 Car accident. After a car accident, if someone is injured, you should first rescue the injured. Call 120 or 96399 emergency hotline and 122 traffic accident alarm hotline immediately, inform the specific location, the status of the injured and their contact information, and arrange a dedicated person to pick up the car and deliver it promptly. Hospital treatment; at the same time, pay attention to protecting the scene, recording the model and number of the vehicle involved, and cooperating with the police in handling the aftermath of the accident.
3.2 Vehicle fire. When a vehicle suddenly catches fire during maintenance or driving, the driver (maintenance) personnel should immediately turn off the vehicle and use their own fire extinguisher to put out the fire; if the fire is large and difficult to control, the driver (maintenance) personnel should evacuate the fire scene and call the 119 fire alarm immediately. Call us, tell us the specific location, on-site conditions and contact information, and arrange for someone to pick you up.
3.3 The oil pan caught fire. When frying and mixing asphalt in an oil pan, there must be multiple workers on site and equipped with fire-extinguishing equipment; operators should concentrate on controlling the temperature of the oil pan. Once a fire occurs, on-site operators should immediately use dry powder fire extinguishers or foam fire extinguishers to extinguish the fire. If the fire is large and difficult to extinguish, the on-site personnel should immediately call the 119 fire alarm number to report the specific location, fire intensity and contact information, and arrange for someone to pick up the car; at the same time, report to the department leader and emergency team within 3 minutes.
If there are injured people, you should also call 120 or 96399 emergency hotline to send the injured people to the hospital for treatment in time.
4. If casualties occur, they should be reported to the main leader of the office as soon as possible. The main leader will report to the superior production safety management agency in accordance with the prescribed time limit and method, and arrange the aftermath in a timely manner. ;