Coal mine emergency plan

Emergency plans for coal mines

In ordinary study, work, and life, sometimes there will be some unexpected events. In order to reduce the consequences of the accident, it is often necessary to prepare in advance. Carry out emergency plan preparation work. How to prepare an emergency plan? Below is the emergency plan for coal mines that I compiled for you. You are welcome to read it. I hope you will like it.

Coal Mine’s Emergency Plan 1

In order to do a good job in the fire protection work within our mine and ensure the safety of all employees’ lives and property, we implement the fire protection work of “prevention first, combining prevention with fire protection” "Basic principles of "In response to sudden fire accidents, this plan is specially formulated:

1. Organizational structure

With the mine leaders as the general responsible, set up a fire-fighting and emergency evacuation organizational structure. It is composed of fire-fighting operation group, evacuation guidance group, alert group, power supply (water) group, medical rescue group, communication liaison group, fire-fighting support group, and expert group. The specific division of labor is as follows:

1. Fire-fighting operation group : The operations captain serves as the team leader, leading part-time firefighters and fire trucks to be responsible for fire extinguishing work, and assisting warehouse management personnel in rescuing property that is not surrounded by fire;

2. Communications Liaison Group: headed by the deputy director of the office Serve as the team leader and be responsible for using ground broadcasts to issue alarms and direct employees to evacuate areas threatened by fire calmly, orderly and quickly;

3. Evacuation Guidance Group: The director of the Safety Command Center serves as the team leader, and the Security Section Personnel are responsible for the evacuation of people in the area and on the road;

4. Safety protection rescue team: The director of the dispatching office serves as the team leader and is responsible for logistics support such as vehicles and medical rescue in the event of a fire;

5. Warning Team: The security section chief serves as the team leader, and is responsible for raising warning tapes at the fire scene to prevent irrelevant personnel from entering the fire area;

6. Power supply team: The electromechanical section chief serves as the team leader. Responsible for controlling the on-site power supply and ensuring the backup power supply;

7. Fire-fighting support team: headed by the chief of the Enterprise Management Section, responsible for allocating fire-fighting materials used for fire-fighting, and liaising with the general headquarters to complete the support work;

8. Medical rescue team: The director of the office serves as the team leader, and the director of the medical office serves as the deputy team leader. They are responsible for mobilizing medical staff and preparing all kinds of first aid and medical equipment and arranging emergency vehicles.

9. Expert Group: The deputy mine director for safety serves as the team leader, the deputy mine managers for each major serve as deputy team leaders, and the safety department, production department, mechanical and electrical department, dispatch room, office, medical office, etc. serve as members , organize fire disaster assessment and treatment measures, and provide technical support for the general headquarters’ fire-fighting decision-making.

2. Alarm and alarm reception procedures

1. The alarm monitoring center must be equipped with a fire alarm telephone, and the personnel on duty must stick to their posts and conduct comprehensive 24-hour monitoring of key and critical parts of the enterprise.

2. After the monitoring center receives the fire alarm signal and fire call in the monitoring area, it should immediately use the intercom to notify the on-duty personnel and patrolmen to rush to the scene, and notify the on-duty leader by phone.

3. The duty room must be equipped with necessary disaster relief facilities. After the personnel on duty rush to the scene, if no fire occurs, they should find out the cause of the warning signal and make detailed records.

4. If a fire occurs, you should immediately dial "119" to report the fire brigade according to the fire situation, and feed the information back to the monitoring and alarm center to carry out fire extinguishing and evacuation work at the same time.

5. The monitoring center mobilizes relevant personnel to activate fire-fighting and emergency plans based on the fire situation.

3. Organizational procedures and measures for emergency evacuation

1. In order to ensure the smooth progress of fire-fighting and emergency evacuation plans, the security department should strengthen daily inspections to ensure that fire passages are clear.

2. Public gathering places (places where people are relatively concentrated) should keep fire escapes clear, entrances and exits should be clearly marked, fire escapes and safety doors cannot be locked, and evacuation routes should have clear guidance illustrations.

3. When a fire breaks out, evacuation guides should rush to the fire scene quickly and use emergency broadcasts to direct the crowd to evacuate in an organized manner.

4. The evacuation route should be as simple as possible and arranged nearby. Evacuation instructions should be set up in the corridor.

5. The staff of the evacuation guidance team must have a clear division of labor and unified command.

IV. Procedures and measures for fighting general primary fires

1. When a fire breaks out, be calm and use appropriate methods to organize fire extinguishing and evacuation.

2. For fires that can be extinguished immediately, we must seize the opportunity and eliminate them quickly.

3. For fires that cannot be extinguished immediately, the spread of the fire must be controlled first, and then comprehensive firefighting can be carried out.

4. Fire fighting must obey the unified command of the temporary fire commander, with clear division of labor and close cooperation.

5. When the fire fighters arrive, the temporary commander should report the fire scene situation to the fire fighters, obey the unified command of the fire fighters, and cooperate with the fire brigade to implement fire extinguishing and evacuation work.

6. After the fire is extinguished, the security department should actively assist the public security fire department in investigating the cause of the fire, implement the "four no-misses" principle, and handle fire accidents.

5. Communication, safety protection and rescue procedures and measures

1. All staff participating in fire-fighting and emergency evacuation work should open communication tools, ensure smooth communication, and obey communication and communication The team leader’s dispatch.

2. Members of the disaster relief team should be on standby at the fire scene.

3. Medical office personnel will promptly treat the injured at the scene and contact local hospitals for treatment when necessary.

4. Vehicles should be mobilized to ensure smooth traffic.

5. Designate a dedicated person to register and keep the rescued and transferred materials, and coordinate with relevant departments to clean up and register fire losses.

6. Daily work

1. Implement the fire protection responsibility system, publicize fire protection knowledge, and improve employees’ fire protection awareness.

2. Fire drills should be conducted once a year.

3. Regularly inspect and maintain fire protection facilities. Coal mine’s emergency plan 2

1. The leaders attach great importance to it and actively and carefully deploy it

The leaders of our bureau attach great importance to this emergency plan drill, strengthen the organization and deployment of the work, and specially hold a coal mine The production safety emergency plan drill work meeting made mobilization arrangements for the production safety emergency plan drill activities, requiring all coal mining enterprises to carefully organize and carry out safety production emergency plan drill-related activities in conjunction with the safety production month activities, and improve the ability to handle safety production emergency plans; An implementation work plan was formulated, and the "Notice on Earnestly Conducting Emergency Plan Drills for Coal Mine Safety Production in the County" was issued to guide and coordinate the county's coal mining enterprises to carry out emergency drills.

2. Highlight key points and organize safety accident emergency plan drills

In order to ensure the effectiveness of emergency drills, our bureau highlights key accident hazards such as ventilation gas and water hazards, and organizes safety accident emergency drills throughout the county Coal mine emergency plan drill. The "Indoor Deduction of Emergency Response to Coal Mine Water Penetration Accident" was organized and carried out, with the director as the general commander and an on-site response team and a comprehensive coordination team. After simulating a water leakage accident in a synthetic coal mine, our bureau's entire process of receiving reports, responding, organizing and coordinating, and on-site disposal improved the overall emergency response speed and achieved obvious results. In June, the overall supervisory personnel participated in the emergency plan drills for safety production accidents in various coal mine enterprises, and organized and carried out the 2014 safety production month coal mine emergency plan drills. The main items of the drill were to carry out emergency plan drills for ventilation gas and flood accidents. Each coal mine The company's drills were conducted intensively and continuously, and the emergency plan drill tasks were basically completed and the expected work goals were achieved.

3. Main practices and characteristics

1. Careful planning and careful preparation.

In order to ensure that the drill activities were carried out smoothly, we planned and arranged early, and clarified the preparation arrangements, key contents and relevant requirements for the drill week activities in advance. All coal mining enterprises in the county acted quickly, prepared carefully, and formulated emergency drill plans. This laid a solid foundation for the smooth conduct of the exercise.

2. Full mobilization and participation of all employees. In order to strengthen the safety awareness and emergency response capabilities of coal mine workers, all coal mining enterprises in the county have formulated detailed drill plans and drill programs, covering all aspects of coal mine safety production. Through the drill, the safety awareness of coal miners across the county has been generally improved.

3. Highlight the key points to ensure that the drill activities achieve practical results. Paying attention to the "five major disasters" danger sources and hazardous factors in coal mines, we organized and carried out special emergency rescue drills with the participation of all employees, achieving the purpose of training the emergency rescue team, strengthening the emergency awareness of coal miners, and improving the rescue capabilities of coal mine safety production management personnel.

IV. Careful summary, strengthened publicity, improved the county's coal mine disaster emergency response capabilities

After the drill, our bureau organized an experience summary work and carefully reflected on the risks exposed during the drill Some issues were addressed and the accident emergency rescue plan was further improved. This emergency plan drill implemented the county's preventive measures to deal with coal mine emergencies, improved the county's coal mining enterprises' ability to actually respond to and handle safety emergencies, further enhanced the safety awareness of enterprise employees, and truly mastered the ability to respond to dangers The basic methods of rapid escape, self-rescue, and mutual rescue improved the ability to withstand and respond to emergencies, and the entire exercise achieved the expected goals.

By carrying out this safety production month emergency plan drill, the county's coal mining enterprises have improved their ability to handle larger safety production emergencies and prevent the expansion of accidents, and further refined emergency response plans for different accidents. In the next step, we will adhere to the principles of relying on technology and innovative management, continue to strengthen emergency response software and hardware equipment, explore new accident prevention and emergency response methods, and comprehensively improve the county's coal mine disaster emergency response capabilities. Coal mine emergency plan 3

1. Analysis of accident types and hazard levels

Any fire that occurs underground and threatens the safety of mine production is a mine fire. Mine fires can be divided into two categories: external cause fires and internal cause fires according to different causes. External fires: such as underground open flames, blasting, electric fires or arcs, mechanical friction and heat ignition, fires or coal dust explosions.

Internal fire: It is a natural fire. After the coal is broken, it comes into contact with oxygen in the air, oxidizes and generates heat, and the accumulation of heat causes the coal seam to cause fire.

The hazards of mine fires mainly include the following aspects:

(1) Produce a large amount of high-temperature flames and harmful gases, causing casualties.

(2) Cause gas and coal dust explosion.

(3) Fire destroyed equipment and coal resources.

(4) The fire reversed the underground wind flow, causing the disaster to expand.

The occurrence of fire accidents is mainly related to the following factors:

(1) A heat source with a certain temperature and sufficient heat.

(2) A certain amount of combustibles.

(3) Sufficient oxygen.

(4) The selection of development and mining is incorrect and unreasonable.

(5) Lack of early identification and prediction of natural fires.

(6) Management deficiencies.

2. Basic principles of emergency response

After a fire accident occurs in a mine, emergency rescue work should implement the principles of unified command, hierarchical responsibility, division of labor and collaboration, and people-oriented principles, combined with the use of mine firefighting materials. Equipped with fire-fighting tactics, put the safety of workers' lives first, strive to protect workers' lives or the safety of mine production facilities, and minimize fire losses.

(1) Actively put out fires and organize personnel to use fire extinguishers, water and sand to put out fires.

(2) Evacuate quickly. If fire extinguishers cannot be used or direct fire extinguishing is ineffective, the organization personnel should evacuate the disaster area quickly.

(3) When retreating from a smoke alley, you should try to bend your waist and lower your head as you move forward.

(4) When there are signs of explosion, you should immediately avoid the front tunnel and enter the shelter chamber. Wear a self-rescuer quickly. You should face away from the source of the explosion, lie prone and crawl outward.

3. Organizational Structure and Responsibilities

3.1 Emergency Organization System

The fire accident emergency organization system mainly consists of the enterprise emergency rescue headquarters and the enterprise emergency rescue headquarters office. As well as the on-site emergency headquarters, the members of the enterprise emergency rescue headquarters are mainly composed of personnel from ventilation, mechanical and electrical, safety supervision and other departments as well as the chief engineer.

3.2 Command structure and responsibilities.

3.2.1 Enterprise emergency rescue headquarters and responsibilities.

When a fire accident occurs in a coal mine, the command organization should refer to the comprehensive plan to handle the accident promptly and effectively. After a fire accident occurs in a coal mine, the mine manager, chief engineer and other leaders must rush to the disaster relief command site immediately and organize rescue operations. The mine manager is the full commander responsible for handling disasters and accidents. Before the mine manager arrives, the mine manager on duty will be in charge of the command.

3.2.2 Office and responsibilities of the emergency rescue headquarters.

The corporate emergency rescue headquarters has an emergency rescue headquarters office, which is responsible for the specific affairs of the company's emergency rescue headquarters. The office is located in the mine dispatching room. The general commander is concurrently held by the mine manager or the chief engineer. The deputy commander is composed of relevant deputy mine managers and personnel from relevant departments.

The main responsibilities of the Emergency Rescue Command Office

(1) Responsible for the comprehensive coordination and management of the mine emergency rescue command work, and promptly report to the emergency command according to the accident situation and the progress of the rescue work. Ministry report.

(2) Keep in touch with the on-site emergency rescue headquarters and convey orders from the enterprise emergency rescue headquarters.

(3) Dispatch mine emergency rescue forces and allocate mine emergency rescue resources.

(4) Provide technical support, organize a mine emergency rescue technical team to participate in rescue work, and coordinate mine medical rescue work.

(5) Call up basic data and information on mine emergency rescue.

(6) When the fire accident disaster expands or the rescue forces in the professional field are insufficient in resources, coordinate the relevant rescue forces and equipment reinforcements.

(7) Complete other matters assigned by the enterprise emergency rescue headquarters.

3.2.3 On-site emergency rescue headquarters and responsibilities

Based on the actual situation of fire accidents, the on-site emergency rescue headquarters can set up five disaster relief teams:

(1) Communication power supply main fan group.

① Be familiar with the power supply lines underground and cut off the power supply at the fire accident location when necessary.

② Ensure smooth communication underground so that normal communication can be maintained in the event of a fire.

③According to the order of the mine director, reverse the main fan when necessary.

(2) Ventilation group

① Responsible for normal ventilation system management to ensure that the ventilation system is reasonable, stable and reliable.

② Organize the completion of necessary ventilation projects, organize personnel to seal off the fire area, and implement other measures related to ventilation.

③ Improve necessary local anti-wind facilities to ensure that local anti-wind can be carried out in key areas.

(3) Safety evacuation team

① Responsible for receiving the command’s request to evacuate to a safe location in an orderly manner to the ground, counting and summarizing the number of people, etc., and reporting in time.

② Before retreating, each unit is required to find the zero position and lock the power, main and auxiliary fan feed switches, and close the water supply valve at the same time.

(4) Logistics support team

① Supply the required materials and equipment and ensure the quality and quantity are in place.

② Responsible for arranging food and accommodation for rescue personnel.

(5) Safety and security team

① Participate in the entire process of rescue and disaster relief, allocate inspectors according to the approved operational plan to deal with the accident, and implement all aspects of the operational plan and measures. Inspect the process to ensure that the combat plan is completed safely and smoothly. If unsafe factors occur, we have the right to stop and propose safe and reliable remedial measures, and report to the enterprise emergency rescue headquarters in a timely manner to listen to instructions.

② Responsible for security and security during accident rescue and handling, maintaining normal order in the mining area, not allowing idlers to enter the mine, and setting up dedicated personnel to guard near the wellhead, strictly prohibiting idlers from staying or watching, and ensuring that the wellhead There is no fire source nearby.

4. Prevention and early warning

4.1 Hazard source monitoring

According to the relevant provisions of the "Coal Mine Safety Regulations".

(1) Production mines must establish ground and underground fire prevention measures and systems. Ground fire pools and underground fire piping systems must be installed, and fire hydrants must be installed at certain distances.

(2) All personnel are prohibited from carrying tobacco and ignition tools into the mine.

(3) Gasoline, kerosene and transformer oil are not allowed to be stored underground.

(4) Strengthen the management of firecrackers, use safe explosives, and prohibit illegal firecrackers. Avoid blasting fire.

(5) The wellhead room, air inlet lane, return air lane, main tunnel connection, cave room, and substation should be supported by non-combustible materials.

(6) Fire doors should be installed at the air inlet wellhead to prevent wellhead fires from spreading underground.

(7) A fire-fighting material warehouse should be set up within 100 meters near the wellhead. A fire-fighting material warehouse should also be set up in the main transportation alleys to reserve fire-fighting equipment, fire-extinguishing materials and tools. They must meet the needs of mine fire-fighting. Normally, Do not use it for other purposes.

(8) Correctly choose development and mining methods to isolate the goaf and reduce air leakage to the goaf.

(9) Strengthen the early identification and prediction of spontaneous combustion.

4.2 Early warning actions

The danger sources of coal mine fire accidents are mainly combustibles and heat sources of a certain temperature. The necessary conditions for fires are:

External cause fires, The formation of a heat source that meets three conditions at the same time:

①A certain temperature and sufficient heat.

②A certain amount of combustibles.

③Enough oxygen.

To prevent the occurrence of external fires, you only need to destroy one or two of the basic conditions.

Internal fires are caused by three factors.

(1) Coal dust itself has a tendency to spontaneously ignite.

(2) Continuous and appropriate supply of oxygen.

(3) Poor heat dissipation allows heat to accumulate.

To prevent the occurrence of internal fires, in addition to the first factor, the last two factors can be controlled manually.

Under normal circumstances, the oxygen concentration is sufficient. As long as there are heat sources and combustibles, fires will occur at any time. Therefore, mines must strengthen the management of high-temperature fire sources, use non-combustible materials, and frequently check the fire protection system. and fire extinguishing equipment to reduce various hidden dangers. Once the standards are found to be exceeded, an accident warning will be issued to avoid the occurrence of fire accidents.

5. Information reporting procedures

After receiving the fire accident report, the mine dispatching room will immediately report the accident summary to the mine manager on duty, and report it to the mine rescue team according to the instructions of the mine manager on duty. , mine manager, mine technical person in charge reported. The main content of the report includes: the time and place of the accident; the initial cause of the accident; measures that have been taken, etc., the status of personnel on site, casualties and evacuation status (number, extent, unit to which they belong), etc.

6. Emergency response

6.1 Response classification

After receiving the fire accident report, the dispatching room will immediately notify the leader on duty, and the leader on duty will notify the enterprise according to the specific situation. Members of the emergency rescue headquarters immediately gathered in the dispatch room, and the commander-in-chief decided whether to activate the emergency plan and which level of emergency plan to activate.

(1) When a particularly serious casualty accident occurs, more than 30 people are trapped in the emergency area after the accident, and more than 30 people have died or may die, it is a Level I response.

(2) When a serious casualty accident occurs and more than 10 but less than 29 people die after the accident, it is a Level II response.

(3) When a major casualty accident occurs, that is, more than 3 but less than 10 people are trapped in the underground disaster area after the accident, and 3-9 people have died or are about to die, it is a Level III response.

(4) When a general casualty accident occurs, more than one person and less than three people are trapped in the disaster area after the accident, and three people have died or are about to die, it is a Level IV response.

6.2 After a fire accident occurs in a mine, the mine dispatching room is the responsible unit for issuing early warning and reporting. When the dispatching room receives a report of a mine fire occurring underground, it immediately controls the fire and conducts wind ventilation in the mine if necessary. When the fire is severe, personnel in the disaster area are immediately evacuated. According to the order specified in the mine emergency plan, notify the mine manager, chief engineer and other relevant personnel. The relevant personnel will immediately report to the emergency rescue headquarters office, convene the mine rescue team, establish an on-site emergency rescue headquarters, and send rescue teams into the disaster area to detect the disaster situation and rescue people. , the on-site emergency rescue headquarters formulates a disaster relief plan, and the rescue team enters the disaster relief work until the disaster is eliminated and normal production resumes.

6.3 Disposal measures

After a fire accident, coal mining enterprises should take timely and effective measures to prevent the further expansion of the accident. The following measures can be taken:

(1 ) Principles of action for relevant personnel when a fire occurs underground

① When anyone discovers a fire underground, he should immediately take all possible methods to directly extinguish the fire according to the nature and scope of the fire, and report to the dispatching room quickly.

② When a fire breaks out underground, in order to ensure effective fire extinguishing, you must strictly observe discipline and obey orders. You must not panic or act without authorization.

③After the mine dispatch receives the fire report, the mine manager on duty notifies the mine rescue team to rescue the fire, and quickly notifies those threatened by the fire to evacuate the disaster area.

④ When rescuing personnel, extinguishing fires and sealing fire areas, designate dedicated personnel to check changes in various gases, coal dust and wind flow, and pay close attention to changes in the roof to prevent injuries due to burning or roof falling.

⑤ Set up carbon monoxide fire monitoring sensors, smoke sensors, and temperature sensors to detect fires in time.

(2) Direct fire extinguishing method

① Use water to extinguish the fire. There must be sufficient water supply. The fire should be extinguished from the periphery of the fire source to prevent large amounts of steam from injuring people.

② Check the gas concentration and carbon monoxide concentration near the fire area to prevent explosion or carbon monoxide poisoning.

③After electrical equipment catches fire, the power supply should be cut off first, and then the fire should be extinguished with water.

④ Firefighters should stand on the inlet side and not on the return side to prevent high-temperature smoke or water vapor from injuring people.

⑤ Use sand or rock powder to extinguish fires, usually used to extinguish oil and live electrical equipment fires.

⑥ Use chemical fire extinguishers to extinguish fires that are accessible to personnel and have small fire sources.

⑦ Dig out the fire source and extinguish the coal in a location accessible to people, the fire source is not large in scope, and there is no accumulation of gas or coal dust in the fire area.

(3) Isolation fire extinguishing method

When an underground fire cannot be extinguished by direct fire extinguishing method, the fire area must be quickly closed and fire walls must be built in all tunnels leading to the fire area. , cut off the wind flow and cut off the oxygen supply. After a certain period of time, the oxygen is exhausted and the fire cannot sustain natural extinguishing.

(4) Comprehensive fire extinguishing method

Comprehensive fire extinguishing method When the fire source range is large and it is difficult to extinguish it by direct fire extinguishing and isolation fire extinguishing method, the fire wall can be used to seal the fire area first, and then Use other means, such as filling the sealed interior with water and grouting, injecting inert gas, adjusting wind pressure, etc. Accelerate the fire extinguishing in the fire zone.

7. Emergency support

7.1 Emergency material support

In accordance with the requirements of the "Disaster Prevention and Treatment Plan", establish and improve the upper and underground fire-fighting material warehouses and reserve Local ventilators, water pumps, air ducts, water pipes, and fire extinguishing equipment. Construction materials (such as stone, red bricks, cement, yellow sand), etc., necessary disaster relief equipment, supplies, etc.

7.2 Emergency Equipment Guarantee

Mine rescue and medical rescue equipment are equipped with special police lights and sirens. After a production safety accident occurs, the local government is requested to promptly coordinate traffic control for the accident. Open special emergency rescue channels to maximize the timely production of emergency rescue and disaster relief. At the same time, enterprises should establish a basic emergency communication system that combines wired and wireless systems and provide corresponding communication equipment. Coal Mine Emergency Plan 4

1. General Principles

According to the requirements of relevant laws and regulations, in order to meet the needs of emergency rescue in mine emergencies, we will further strengthen our mine emergency command center through drills In order to improve the organizational command, rapid response and disposal capabilities in response to emergencies and create a safe and stable atmosphere, our mine has formulated an emergency rescue drill plan for 20xx~20xx.

2. Purpose of emergency drills

1. Test the plan. By conducting emergency drills, we can find problems in the emergency plan, improve the emergency plan, and improve the availability and operability of the emergency plan.

2. Complete preparations. By conducting emergency drills, the preparedness of the emergency team, materials, equipment, technology, etc. required to respond to emergencies is checked, and deficiencies are found to be adjusted and supplemented in a timely manner to ensure emergency preparedness.

3. Train the team. By conducting emergency drills, the drill organizing departments, participating departments and personnel will be more familiar with the emergency plan procedures and improve their emergency response capabilities.

4. Running-in mechanism. By conducting emergency drills, the responsibilities and tasks of relevant departments and personnel will be further clarified, and the emergency mechanism will be improved.

5. Popular science propaganda. By conducting emergency drills, emergency knowledge is popularized, and employees' awareness of risk prevention and their ability to respond to emergencies, including self-rescue and mutual rescue, are improved.

3. Emergency drill requirements

1. Reasonable positioning based on reality. Closely combine the actual emergency management work, clarify the purpose of the drill, and determine the drill method and scale based on resource conditions.

2. Focus on actual combat and emphasize practical results. Focus on improving the command and coordination capabilities of emergency command personnel and the actual combat capabilities of emergency teams, attach importance to the evaluation of drill effects and organizational work, summarize and promote good experience, and promptly rectify existing problems.

3. Organize carefully to ensure safety. Focusing on the purpose of the drill, carefully plan the drill content, organize drill activities carefully, and strictly abide by relevant safety measures to ensure the safety of drill participants and drill equipment and facilities.

4. Each department must formulate an emergency drill plan and submit it to the Mining Committee for review. The drill plan should include the drill department, time, location, drill steps, etc.

5. After the emergency plan drill is completed, the contents of the drill should be evaluated and summarized, and the emergency plan drill record and emergency plan drill registration form should be filled in and submitted to the mine office for record.

6. Mines should conduct a review of emergency plans every year and revise and improve them. ;