How is the general measure plan formulated? Today, as society is developing step by step, everyone gradually realizes the importance of measures. Measures are a Chinese word, which means measures taken in response to a certain situation. Solution. Below is the latest emergency response activity measure plan template compiled by the editor for your reference only. I hope it can help you.
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#Latest emergency response activity measure plan template 1#
In order to better adapt to the needs of modern hospital management, prevent hazards caused by fires and natural disasters, and protect the safety of personnel and hospital property, according to the large number of inpatients and high personnel density in our hospital, in the event of In order to minimize our losses in case of sudden fires and natural disasters, we have specially formulated a fire accident emergency plan
1. A fire accident emergency leading group is established in the hospital
In case of fire. Or other natural disasters, etc., the hospital emergency leadership team will provide unified command and arrange evacuation, rescue and disaster response.
Leadership team:
Team leader:
Deputy leader:
Members:
2. Organization structure and member phone numbers (internal)
The fire emergency leadership team is located in the general duty room, phone number:
Commander-in-Chief:
Deputy Commander-in-Chief:
3. Responsibilities of Members of Each Agency
1. Commander-in-Chief: Responsible for the emergency rescue plan The commander-in-chief is responsible for initiating the emergency plan, calling for external assistance and press spokesperson.
2. The deputy commander-in-chief: responsible for the implementation of the emergency plan at the accident site.
3. The on-site command team: Person in charge: The dean and secretary are responsible for directing the overall work at the disaster site, the deployment of on-site personnel, vehicles, and materials, and the handling of emergencies.
4. On-site rescue team: Person in charge: the general person on duty. According to the specific conditions of the disaster scene, the most important thing is to rescue people first. When rescuing people, we must carefully inquire, search carefully, and pay attention to safety. Secondly, we must vigorously rescue and evacuate materials. The rescued materials must be placed in a safe place. Send someone to take care of it to prevent it from being damaged or stolen again.
6. On-site rescue team: Person in charge: Ji Jianxun. Employees participating in disaster rescue must immediately carry the rescue order. Relevant equipment rushed to the disaster scene, obeyed the unified command, obeyed the orders, carried forward the revolutionary spirit of not being afraid of hardship and not being afraid of death, and bravely devoted themselves to the rescue work.
7. Disaster rescue team: person in charge: The director of the medical department is responsible for all rescue work for the injured at the disaster site, and organizes medical staff to serve on the front line of the disaster site.
8. Communications Liaison Group: Person in charge: Office Director, responsible for external contact and ensuring smooth communication.
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9. Material Support Group: Person in Charge: Logistics Director, responsible for ensuring the supply of rescue materials.
10. Maintenance and Transportation Support Group: Person in Charge: Sui Fukui, Gao Wei. The normal operation of water and electricity and the intact condition of various vehicles, rapid repairs in case of failure, and ensuring rescue.
11. Emergency equipment and personnel deployment: Person in charge: the security guard on duty and the general duty personnel are responsible for calling the hospital. All fire-fighting equipment and rescue personnel must be in place to ensure that the equipment and personnel are in place.
12. On-site security team: Person in charge: Security. Responsible for and maintaining order at the scene, alerting other parts and rescued materials, supervising the spread of the disaster, preventing bad guys from taking advantage of the fire and unauthorized personnel from entering, protecting the scene from damage, and assisting higher-level departments in investigating and handling disaster situations.
IV. Distribution of rescue equipment and facilities
1. There are 3 fire hydrants and 6 fire extinguishers on each floor of the ward building.
2. There are 65 fire extinguishers in the hospital, distributed among major hazard sources and various departments.
5. Communication methods
1. Use the internal telephone number of the hospital. Each department’s nurse station has internal and external telephones.
2. Contact via outside phone or mobile phone.
6. Accident alarm
1. The person who calls the police must clearly state the location, location, and nature of the accident, call for help from the outside world, and explain the route of the vehicle to avoid delaying rescue.
2. After receiving the alarm call, the general duty officer immediately reports to the hospital leaders and informs all members of the fire prevention leadership team.
7. Possible causes of fire
1. Smoking: The bedding items used by patients are all made of pure cotton. Careless smoking may cause a fire.
Countermeasures:
(1) The hospital is a smoke-free place. Make it clear to patients and attendants when they are hospitalized, and increase the intensity of inspections by nurses on duty.
(2) Hospital security personnel will conduct daily inspections and provide warnings and education to smokers found and stop them.
2. Patients use fire carelessly: The hospital does not allow patients and nursing staff to use open flames to heat rice. Patients do it for their own convenience. Illegal use of alcohol stoves and other open flames to heat rice may cause fires.
Countermeasures:
(1) Explain clearly to patients when they come to the hospital for hospitalization. Every department in the hospital has microwave ovens
open to patients. , can be used when you need to heat rice.
(2) If department staff find that a patient is using it in violation of regulations, they should stop it immediately, explain the hazards, and ask patients in the same ward to supervise each other.
3. Electrical appliance fire: Due to the aging of the circuit, ignition can cause a fire.
Countermeasures:
(1) It is strictly prohibited to use electric heaters, electric stoves, electric water boilers, electric mattresses, etc. in the ward.
(2) Maintenance work should include regular inspections of aging circuits in the ward building and replacement when conditions are ripe.
(3) Add leakage protection to the socket.
8. In case of fire
1. The doctors and nurses on duty in each department should call the police immediately.
2. Quickly organize the evacuation of personnel, close the fire doors, and guide on-site personnel to quickly evacuate from safe passages to safe areas.
9. Emergency plan drills and training plans
1. Emergency plan drills and training will be conducted once a year.
2. Test the effectiveness of the plan through drills, check the effectiveness of emergency equipment and facilities, ensure that emergency personnel are familiar with their responsibilities and tasks, and correct any inaccuracies in the plan through drills.
3. Training content: alarm, evacuation, protection, first aid and rescue.
4. Training must be targeted, regular, authentic, and accessible to all employees. Through training, the emergency response capabilities of all employees should be improved.
10. Accident handling
1. Personnel at the scene of a disaster should work hard to control the development of the disaster, immediately alert the hospital leaders to organize disaster response, and activate an emergency rescue plan according to the development of the disaster.
2. In the event of a disaster, the safety of the patient and bed companions should first be ensured.
11. Recovery after the accident
1. The emergency rescue commander shall issue an announcement to stop the emergency rescue procedures and restore normal conditions.
2. The deputy commander-in-chief of the scene shall arrange and count the number of people, count the casualties, the data must be accurate, and send personnel to protect the accident scene.
3. Assist the investigation team in conducting accident investigation and analysis, and inspect the damage to the accident site and affected areas.
4. Organize relevant departments to assess accident losses and evaluate emergency response procedures.
12. External rescue:
1. Alarm phone number: 110
2. City fire brigade phone number: 119
#Latest Emergency Response Activity Measure Plan Template 2#
If there is a power outage, water outage, steam (gas), or gas outage in the entire workshop, the main production equipment and equipment pipelines will be blocked, fire, explosion, equipment System shutdown caused by damage, etc. is an emergency. At this time, the entire workshop immediately enters a state of emergency. The shift leader must immediately organize personnel to take safe and effective emergency measures to prevent the accident from continuing to expand, eliminate faults in a timely, safe and accurate manner, and resume production as soon as possible. The incident was immediately reported to the workshop director and the dispatching room, and was dealt with quickly under the unified command of the dispatching room and workshop director. The specific steps are as follows:
1. Handling principles
1. The shift leader on duty must immediately organize personnel to take safe and effective emergency measures, and immediately report to the dispatching room and workshop director, and notify the Handled under unified command.
2. Take measures to control the accident as soon as possible, eliminate the root cause of the accident, and eliminate threats to people and equipment.
3. Use backup sources to ensure that key equipment and key processes continue to operate.
4. Take effective safety measures to cut off the source of the accident, minimize the loss, prevent the accident from expanding, and never allow another accident to occur during the handling process.
5. Strictly implement safety management technical regulations in accident handling.
6. The starting and stopping operating procedures must be strictly implemented in accordance with the operating procedures of each position.
7. After the accident is handled, organize all positions to resume production.
2. Principles for handling large-scale benzene and gas leakage accidents
1. The dispatch room and workshop director must be reported immediately.
2. When a large amount of benzene leaks from the crude benzene section, personnel should be organized immediately for emergency response.
3. Stop the tube furnace immediately and take effective measures to prevent benzene materials from spreading to the site.
4. Immediately notify surrounding posts to pay attention to protection and conduct safe evacuation if necessary.
5. When a large amount of gas leakage occurs on site, in addition to organizing immediate treatment, personnel in positions around the leakage point and those in positions downwind should also be notified to pay attention to protection. If necessary, evacuate to the upwind. According to the leakage point The distance from the crude benzene tube furnace and the ammonium sulfate combustion furnace determines its start and stop.
3. Emergency measures for gas accidents
1. When a gas accident occurs, it should be reported immediately to the dispatching room and workshop director.
2. The workshop director, safety officer, technician and related personnel must rush to the scene immediately to organize rescue and take measures.
3. Immediately set up a warning post at the accident site to prevent unintentional entry.
4. When rescuing a person poisoned by gas poisoning, the rescuers must wear oxygen respirators and enter the scene, remove the poisoned person from the accident scene and carry them to a place with fresh air.
5. Depending on the specific circumstances of the poisoning, the poisoned person can be sent to the hospital or medical personnel can be sent to the scene for rescue.
6. If a gas pipeline catches fire, if the pipe diameter is ≤100mm, you can directly close the valve to put out the fire, but the pressure should not be less than 500pa.
7. Firefighters must ensure personal safety when putting out fires, and reckless actions are strictly prohibited.
8. If a gas explosion occurs, the source of the gas should be cut off immediately, and steam or nitrogen should be quickly introduced for treatment. In the event of a fire, the fire accident should be handled strictly.
9. Gas must not be allowed to flow into the equipment until the cause is identified.
IV. Emergency measures for material pipeline accidents
1. When an accident occurs in a flammable, explosive, or poisonous material pipeline, the dispatch room and workshop director should be reported immediately.
2. Identify the accident pipeline and immediately notify the corresponding personnel to stop delivering materials and cut off the valves.
3. Take safety measures to organize emergency repairs and make preparations before restoration.
5. Emergency response measures for material tank farm accidents
1. Immediately notify the dispatching room and workshop director.
2. When a fire or explosion occurs in a material tank area, the fire brigade should be notified immediately to put out the fire, and materials should be stopped immediately, the connection between the accident tank and other tanks should be cut off, the steam should be turned on, and the power supply to the tank area should be cut off. , and take all feasible measures to rescue them.
3. If necessary, order all contacted production equipment to stop emergency and do a good job in protecting the equipment.
4. When a large amount of material runs out or serious leakage occurs in the material trough area, the feeding should be stopped immediately, and the transfer to other troughs should be organized, and at the same time, try to prevent the material from spreading to the surroundings.
5. When a large amount of material leakage, serious leakage or explosion occurs in the crude benzene tank area, immediately notify the surrounding personnel in the downwind position to pay attention to protection or evacuate to the upwind direction, and take safe and effective measures to prevent it as much as possible. developments.
#Latest Emergency Response Activity Measure Plan Template 3#
1. Guiding ideology:
Emergency response plans are to respond to emergencies and control the development of accidents. Effective measures to reduce accident losses are based on the national, provincial and municipal requirements for strengthening public safety emergency prevention work and the "Measures for the Prevention and Treatment of Personal Safety Accidents for Primary and Secondary School Students in Anhui Province", combined with the unscheduled power outages that may occur in our school , in the event of a late self-study or a power outage in the dormitory, for the safety of all dormitory students, the school should formulate a power outage emergency plan accordingly. The school's power outage emergency plan.
2. Work requirements:
Once a power outage emergency occurs at night, the emergency response plan must be activated immediately, and in accordance with the principles of unified command, hierarchical responsibility, and everyone performing their duties, Control the situation in a timely manner and strive to minimize the hazards of the accident.
3. Prevention and emergency preparation:
1. The General Affairs Office regularly inspects the school’s electrical appliances, wiring, etc. to avoid unexpected power outages due to the school’s own factors.
2. Configure emergency lights in accordance with the spirit of superior documents, ensure that each dormitory and each evacuation channel has emergency lights, and the use of candles in the dormitory is strictly prohibited.
3. Equip life guidance teachers, administrators on duty, etc. with flashlights for emergency use.
4. Regularly use class meetings, school assemblies, etc. to educate students about power outage emergencies, and conduct drills according to emergency plans.
4. Emergency plan for large-scale power outage during evening self-study in the teaching building:
1. Tutors of each class first control students in the classroom to stabilize their emotions.
2. The administrator on duty should quickly understand the situation and notify the relevant person in charge; if the power outage cannot be restored within a short period of time and students must be evacuated, the tutors of each class should be notified immediately.
3. When evacuating students, all tutors shall control the corridors and stairwells respectively, organize students to evacuate in an orderly manner, educate students to walk on the right side when going down stairs, and prohibit students from stopping and bending to tie up the stairs during the evacuation process. For shoelaces or picking up dropped items, evacuation times on each floor must be staggered to prevent crowding and trampling.
4. During evacuation, all tutors should accompany their classmates and be responsible for command and organization during evacuation until all students leave the teaching building.
5. Emergency plan for power outage in the dormitory:
1. The life guidance teacher shall notify the leader on duty as soon as possible and follow the arrangements of the leader on duty.
2. After a power outage, students in each dormitory must keep quiet. Loud noises and frolics are strictly prohibited, and private lighting of candles is not allowed.
3. The dormitory director instructs students in the dormitory to go to bed quickly and pay attention to safety;
4. During this period, dormitory students are strictly prohibited from visiting each other’s dormitories or going downstairs;
5. If there is a special emergency and you need to leave the dormitory, you must call the teacher on duty and the teacher on duty will lead you out of the dormitory with permission;
6. The teacher responsible for dormitory inspection must take responsibility , use a flashlight to go to the dormitory to urge students to go to bed and handle emergencies;
7. The administrative leader on duty supervises and directs the above process.
#Latest emergency response activity measure plan template 4#
1. Purpose
In order to ensure that after a sudden long-term power outage during the vertical transportation process of the material elevator, Can carry out rescue work quickly and effectively to minimize the risk to employees and related life safety, and specially formulated an emergency response and rescue plan for long-term emergencies during the vertical transportation process of the project department's material elevator.
2. Organization
The project department established an emergency rescue command team to be responsible for command and coordination.
Team leader:
Members:
3. Responsibilities
1. Responsible for on-site command, understanding and mastering the vertical transportation stop of material elevator locate the situation and organize on-site rescue work.
2. Responsible for on-site protection, setting up cordons, maintaining order, and evacuating people.
3. Responsible for notifying the equipment unit to organize rescue, summoning rescue personnel, and eliminating danger in a timely and safe manner.
IV. Emergency rescue procedures
When the material hoist has a long-term power outage and the cage cannot be raised or lowered in the upper part, the following emergency measures should be taken.
1. Operate the switch to the "0" position and cut off the main power supply;
2. The operator or professional maintenance personnel will control the winch according to the following steps:
(1) Press intermittently with your hands and release the electromagnetic suction iron, so that the cage will descend by gravity, and the descending speed shall not exceed the rated speed;
(2) If the cage is loaded with goods, When lowering the cage to the passage on the next floor, first unload the goods in the cage to the floor;
(3) Follow the method (1) and continue to lower the cage until the cage is lowered. to the lowest position.
3. During the rescue process, if a fall accident occurs, the emergency response and rescue plan for the fall accident must be implemented immediately.
5. Relevant correspondence addresses
1. Company telephone number:
2. Engineering management department telephone number:
3. Equipment unit Telephone:
4. Project manager: Mobile phone or telephone:
Deputy project manager:
Project engineer:
Constructor:
Safety officer:
Material and equipment officer:
#Latest emergency response activity measure plan template 5#
1. Local wound treatment Measures
(1) If you are wearing gloves, take off the gloves;
(2) Wash the local injury with soapy water and running water;
(3 ) If there is a wound, gently squeeze the side of the wound to squeeze out as much blood as possible from the injured area, and then rinse with soap and running water. Local squeezing of the wound is prohibited.
(4) After washing the wound at the injured area, use disinfectant, such as 75 alcohol or 0.5 iodophor, to disinfect the wound and bandage the wound.
2. Report
(1) Fill in the acupuncture accident report form issued by the Nursing Department to each ward and report it to the Nursing Department;
(2) Report Filing to the Health Department;
(3) Report to the Personnel Department for filing.
3. Specific treatment process
(1) Treatment of occupational exposure to HIV:
①If the patient’s HIV antibody is positive or the result Ominous, the injured should undergo an HIV antibody test as soon as possible as a baseline.
②If the injured person is positive for HIV antibodies, it means that the injured person has been infected with HIV before.
③If the injured person is negative for HIV antibodies, he should take Zidovudine (AZT) within 24 hours for prevention.
④The injured should undergo serum HIV antibody testing 6 weeks, 3 months, 6 months, and 12 months after the injury. If the serum HIV antibody changes between 1 month and 6 months after the injury, If it is yang, it is considered to be an occupational infection.
(2) Treatment of HBV after occupational exposure (hepatitis B):
① Both the original patient and the injured should undergo blood tests, and the former should test for hepatitis B surface antigen (HbsAg) , the latter must test for hepatitis B surface antigen and antibody (HbsAg) at the same time.
② If the injured person has received hepatitis B vaccine injection before and is determined to have sufficient antibodies, or has been infected before and has immunity; or the injured person himself is a hepatitis B virus carrier. No further processing is required.
③If the original patient is not a carrier of hepatitis B virus, and the injured person has failed to produce antibodies after being vaccinated in the past, no further treatment is required; if the injured person has never been vaccinated, he should be vaccinated immediately .
④The original patient is a hepatitis B virus carrier. If the injured person has been vaccinated in the past and failed to produce antibodies, he should receive a dose of hepatitis B within 24 hours (preferably not more than 7 days). Immunoglobulin (HBIG), the second dose should be injected one month later; for injured people who have not been vaccinated, one dose of HBIG should be injected before vaccination.
(3) Treatment of occupational exposure (hepatitis C) to HCV:
① Both the original patient and the injured should undergo a hepatitis C antibody test.
② For accidental occupational exposure, there is currently no effective vaccine or drug that can prevent hepatitis C infection.
③If the original patient is positive for hepatitis C antibodies, the injured person should be tested for hepatitis C antibodies and liver function again after 6 months to determine whether there is occupational infection.
#Latest Emergency Response Activity Measure Plan Template 6#
1. What should be done in daily life:
①The water level in the softened water tank should be above three molecules of two. The high water tank should be filled to the full level.
②The boiler should maintain normal water level.
③ The power outage emergency lights should be in good condition and a powerful flashlight should be prepared for use at any time.
④Strict equipment inspection system to ensure that equipment has emergency capabilities.
2. Emergency measures during power outage:
① Stay calm and make a judgment on the accident situation.
② If it is judged to be a sudden power outage across the entire plant, immediately open the emergency smoke exhaust valve to allow the smoke to be discharged from the emergency exhaust channel to prevent deflagration.
③ Turn the power supply of all equipment in the electrical cabinet of the central control room to the "stop" position to prevent accidental start-up due to sudden calls.
④ At the water distribution tank, open the contact valve from the high water tank to the water distribution tank, and check whether there is water overflow in the water jacket next to the feeder.
⑤ Check whether the water outlet valve of the high-level water tank is normally open, observe the water level in the high-level water tank, and estimate how long the water in the high-level water tank can be maintained.
⑥Turn down and gradually close the sub-cylinder outlet valve to reduce boiler water consumption.
⑦ Turn off the furnace jacket cooling water replenishment valve, the blanking water jacket primary cooling water valve, the secondary combustion chamber top cover cooling water valve, and the flue cooling water valve, and check if there is any overflow.
⑧ Check the water consumption and water level drop of the high-level water tank, and re-estimate the water volume maintenance time of the high-level water tank.
⑨ Check the condition of the silo and the material level of the silo, and insert iron rods into the silo to prevent the silo from burning through.
⑩Contact the power plant to inquire about the power outage and determine the time to restore power supply.
Report to the leader and report to the leader the on-site situation, emergency response measures, power plant outage feedback information, and remaining problems.
Monitor the boiler water level, whether the water in each water jacket overflows, the water storage condition of the high water tank, the sub-cylinder pressure, the steam drum pressure, the on-site situation, and the power outage situation.
3. Measures after the call:
① Conduct a comprehensive inspection of the entire plant equipment, and prepare to resume system operation after confirming that no major losses have been caused.
② Turn the power supply of the electrical cabinet equipment in the central control room to the "automatic" position, start the induced draft fan, purge the production line flue, and return the flue to negative pressure operation. Close the flue gas emergency exhaust valve.
③ Start the circulating water pump to replenish the high-level water tank. When the high-level water tank is full, close the contact valve from the water distribution cylinder to the high-level water tank, and restore the opening and closing degree of the water distribution cylinder to each water jacket valve to ensure that there is Enough cooling water to cool the water jacket.
④ Start the boiler feed water pump to feed water to the boiler.
⑤ When everything is normal, resume normal combustion in the incinerator and secondary combustion chamber, and resume normal operation of the medical waste incineration treatment systems.
#Latest emergency response activity measure plan template 7#
1 Hazard sources and hazard analysis
1.1 Safety risks
1.1. 1. Mechanical failure of the radioactive source device;
1.1.2 Improper use;
1.1.3 Unrelated personnel’s exposure to the radioactive source;
1.1.4 Failure to do so Anti-theft measures;
1.1.5 Other unexpected situations.
1.2 Conditions for accidents
1.2.1 Improper use of the source;
1.2.2 The equipment storing the source is defective;
1.2.3 The radioactive source recovery device fails;
1.2.4 The radioactive source device or source falls off at the work site during use;
1.2.5 The radioactive source device or The radiator source is lost or stolen at the job site while in use.
2 Organizational structure
2.1 Leadership organization
The project safety production emergency leadership group comprehensively leads the emergency response to environmental emergencies at the project site.
Team leader: deputy manager in charge of the project
Deputy team leader: person in charge of the project safety supervision department
Members: all staff of the project safety supervision department, each professional branch Company on-site safety supervisor
2.2 Special work organization
The project safety supervision department has established a personal injury and environmental emergency emergency working group to be responsible for personal injury and environmental emergencies on the project site. Emergency response work;
2.3 Responsibilities of the project safety production emergency leading group
2.3.1 Implement the laws, regulations and laws of the national, provincial power companies and superior units on safety production accident emergency response work Requirements; accept the leadership of superior units and local government emergency command agencies, request and provide emergency rescue;
2.3.2 Unify the leadership of the project management department in the prevention and emergency response of production safety emergencies Work;
2.3.3 Organize and formulate the contingency plan for production safety emergencies of the Project Management Department and regularly evaluate and revise it;
3.3.4 Release the project Start and terminate the contingency plan for production safety emergencies of the Management Department; command and coordinate the implementation of the contingency plan for production safety emergencies of the Project Management Department;
2.3 .5 Release the progress and handling status of the emergency response plan for production safety emergencies of the Project Management Department.
2.4 Responsibilities of the project personal injury and environmental emergencies emergency working group
2.4.1 Timely understand the situation of personal injuries and environmental emergencies, and submit it to the emergency leading group for decision-making on initiation and implementation and terminate the emergency plan;
2.4.2 Implement the emergency instructions and various tasks issued by the emergency leading group;
2.4.3 Supervise the emergency response to personal injuries and environmental emergencies, Coordinate and resolve major issues in the emergency response process in a timely manner;
2.4.4 Develop and supervise the implementation of emergency plans, evaluate and revise them regularly; formulate and improve rules and regulations related to emergency work;
2.4.5 Organize and carry out publicity, training and drills on emergency plans for personal injuries and environmental emergencies;
2.4.6 Responsible for the investigation of personal injuries and environmental emergencies, and identify accidents The cause of the accident shall be clarified, responsibilities for the accident shall be clarified, targeted preventive measures shall be formulated, commendations shall be given to those who have made meritorious service in rescue and disaster relief, those responsible for the accident shall be held accountable, and the accident investigation shall be actively cooperated with superiors and relevant local government departments.
3 Emergency Preparedness
3.1 Emergency telephones and announcements: Telephones should be installed at the construction site. Construction sites where telephones are unconditionally installed should be equipped with mobile phones. Telephones can be installed in offices, duty rooms, and security guards. indoor. Set up bulletin boards (boards) at conspicuous locations on the construction site to indicate the project's emergency leadership team, contact person and contact number, social emergency telephone number and other reminder signs, so that on-site personnel can quickly call the police for help in an emergency.
3.2 On-site emergency center: A first-aid station must be set up on-site with professional medical staff. The first-aid drugs and equipment equipped in the first-aid station should be based on simple and applicable principles to ensure the basic needs of on-site first aid, and can be used according to different needs. It will be added or subtracted according to the situation, and checked and supplemented regularly to ensure that it is ready for emergency use at any time.
3.3 Radiation incident prevention and control measures
3.3.1 Prepare corresponding materials for storing radioactive materials at the project site: lead sheets, lead protective clothing, lead glasses, lead shields, etc., radiation source devices Store it in a special warehouse, and set up warning signs such as "Beware of Radiation" and "No Entry without Permission".
3.3.2 Operators are equipped with individual radiation dosimeters, radiation patrol instruments and source storage tanks.
3.3.3 Relevant management regulations must be strictly followed when the radioactive sources installed at the production site are inspected or moved.
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3.3.4 Before and after moving the radioactive source device, check that the locking device of the radioactive source is in good condition to prevent the radioactive source from slipping and being lost.
3.3.5 Strengthen the radiation protection knowledge training for relevant personnel, and improve their understanding and ability to identify radioactive material leakage incidents.
3.3.6 The equipment of the source must be regularly maintained, and the use of the source must have an entry and exit registration account.
4 Emergency Response
4.1 When an accident involving unhandled radioactive material occurs at the production site and may endanger personal safety, workers should immediately evacuate the work site and remove the location and radioactive sources. , on-site conditions and whether there are trapped persons, etc., immediately report to the project safety production emergency leadership team.
4.2 After the project safety production emergency leading group has a preliminary understanding of the accident, it should immediately start the emergency plan and report it to the company's production safety emergency leading group and safety emergency office.
4.3 When a sudden radiation incident is likely to further expand and reaches a specified level, it should be reported immediately to the local government emergency office, request for necessary support and help, and cooperate with superiors and local government departments to complete the investigation and handling of the sudden radiation incident.
4.4 In the event of a radioactive source being lost or stolen, the handling procedures are as follows:
4.4.1 In the event that a radioactive source is stuck on site and cannot be recovered, the handling procedures are as follows:
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4.4.1 The party concerned should immediately notify the people in the same workplace to leave, leave someone with a patrol instrument to monitor the scene, and send one person back to report to the person in charge of the metal room project.
4.4.2 Establish a warning area and set up warning signs at the radiation accident site.
4.4.3 The on-site person in charge of the metal laboratory should immediately summon professionals to quickly formulate a treatment plan based on the specific situation, and report to the project safety production emergency leadership group and the company's hazardous materials emergency working group.
4.4.4 The on-site person in charge of the metal testing laboratory is responsible for handling unexpected situations and assigns experienced staff to participate.
4.4.5 Specific handling methods under normal circumstances:
4.4.5.1 All participants must wear protective clothing, protective glasses, and carry alarms and patrol instruments.
4.4.5.2 Confirm the specific location of the γ source through analysis and measurement, and cover the γ source with a special lead cover.
4.4.5.3 Strictly follow the treatment plan and return the γ source to the source tank.
4.4.5.6 Determine remedial measures by measuring and estimating the dose received by the parties.
4.4.6 If a radioactive source is lost or stolen, the handling procedures are as follows:
4.4.6.1 The metal laboratory notifies on-site workers to evacuate the site immediately, and notifies the on-site security department to set up Dedicated personnel to guard.
4.4.6.2 The on-site person in charge of the metal laboratory immediately reports to the project safety production emergency leadership team, initiates an emergency response plan, protects and seals off the site, and notifies all on-site construction personnel to inquire for clues to the accident.
4.4.6.3 Immediately report to the local environmental protection department, public security department, and health department, and the competent department will conduct emergency response and handling.
4.4.6.4 Protect the site and prepare it for investigation and handling by the environmental protection department and public security department.
4.4.7 When radioactive isotopes or ray devices are out of control and personnel are exposed to excessive doses of radiation, the handling procedures are as follows:
4.4.7.1 The on-site person in charge of the metal laboratory immediately reports the emergency to the project. ***The incident emergency leadership team and the company's personal belongings emergency response team reported.
4.4.7.2 Immediately send persons who may be injured by radiation to a hospital designated by the local health authority or a hospital capable of treating patients with radiation injuries for examination and treatment, or request the hospital to send personnel to the accident immediately At the scene, take rescue measures.
5 Information collection and reporting
5.1 Information collection
The project personal injury and environmental emergencies emergency working group will implement the project after receiving relevant information about sudden radiation incidents. Responsible for collecting and summarizing information on environmental emergencies.
5.2 Information Report
In any of the following situations, the project safety production emergency leadership team will report to the company's safety emergency office within 1 hour.
5.2.1 Environmental pollution incidents with direct economic losses of more than 50,000 yuan and less than 100,000 yuan (excluding 100,000 yuan);
5.2.2 Caused by hazardous waste General personal injury accidents occur;
5.2.3 Level III and above environmental emergencies specified by the company occur.
6 Post-processing
6.1 After-treatment: After the emergency response, the injured persons, emergency response staff, and emergency mobilized and requisitioned materials in the environmental emergency shall be treated in accordance with Provide subsidies or compensation, and cooperate with relevant departments to prevent and control epidemics and eliminate environmental pollution.
6.2 Accident investigation and report:
6.2.1 After the emergency response, assist the company’s production safety emergency leadership team to conduct accident site investigation, vigilance, and investigation and evidence collection of the cause of the accident. .
6.2.2 Submit relevant documents to the company’s production safety emergency leadership group to provide a basis for accident handling.
7 Supplementary Provisions
7.1 Emergency plan revision: After the emergency, this emergency plan and related plans will be reviewed based on the accident investigation report and emergency capability assessment report, and revised if necessary.
7.2 Plan Interpretation Department: This plan is formulated and interpreted by the project safety production emergency leadership group.
7.3 Implementation of emergency plan: This plan will be implemented from the date of release.
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