Drill plan for the emergency response plan in case of hazardous chemical leaks

1 Members of the emergency response team (fire fighting team, first aid team) must be fully aware of the locations where chemicals are stored and how to use them. 2 In the workshops/warehouses where chemicals are stored, emergency equipment for dealing with chemical leaks is available in prominent locations (at the entrance), and clear signs indicate its presence. Inside those cabinets, items such as chemical-absorbing cotton, gas masks, rubber gloves, plastic shovels, plastic bags, protective glasses, brooms, mops, sand, and plastic containers are kept； 3 In the event of a small spill of liquid chemicals (including hazardous waste), team members shall collect them in accordance with the spill control procedures: 3.1 Ensure that protective gear is properly worn. 3.2 Use sand or absorbent cotton to enclose the entire area around the spilled chemicals. 3.3 Use absorbent cotton, sand, rags, and cotton yarn to absorb the chemicals starting from the edges of the spill. 3.4 Place everything in a plastic bucket. 3.5 When the absorbent cotton becomes saturated, use a plastic shovel to transfer it into the container until all the chemicals have been absorbed. 3.6 Rinse the area with as little water as possible, then use absorbent cotton to clean it up and place the cleaned material in a plastic bag. 3.7 Wipe the cleaned area with a mop; put the wastewater in a plastic bag as well. 3.8 Tie the plastic bag tightly with a rope. 3.9 Wash the spilled area using soap and a small amount of water. 3.10 Put the contaminated gloves, old insoles, and disposable pollution control equipment into a plastic disposal container, and list the items as flammable or explosive substances. 4 In the event of a large-scale spill of liquid chemicals, including hazardous waste (more than 5 gallons, approximately 25 liters), the following measures will be taken: 4.1 The person who discovers the spill shall immediately call the extension number in the monitoring room to inform them, and the monitoring room will then promptly notify the HSE department and the relevant emergency response team members ； If anyone is injured, call 120/110 for help at the same time ； 4.2 The emergency response team members shall wear personal protective equipment as required by the MSDS, shut down the source of the leak, isolate the area where the chemical has leaked to prevent its spread, keep unauthorized persons out of that area, and immediately cease all operations in the vicinity that could generate sparks. 4.3 Upon receiving the notification, the HSE department should immediately rush to the accident site, conduct an assessment as soon as possible of the environmental impact caused by the chemical spill, and take appropriate remedial actions based on the results of that assessment. 4.4 In the event of a severe chemical spill that exceeds the company’s capacity to handle it, the HSE department or the monitoring room shall immediately notify the fire department and the environmental protection agency in the new area to request assistance ； 4.5 If chemicals get into the eyes or on the skin, the affected person should immediately rinse them with water. In the case of inhaling organic gases, if dizziness occurs, go to an area with fresh air right away ； If you experience difficulty breathing or loss of consciousness, seek medical attention immediately ； At the same time, those in the know should immediately call 120 to alert emergency responders for assistance ； 4.6 Upon receiving the notification, emergency response team members should immediately rush to the scene to provide first aid; if they are unable to handle the situation, they should call 120 to seek external emergency assistance. 4.7 The RBCD emergency service hotline for the fire control room is xxxxx, available day and night as well as on weekends. 4.3.5 When harmful solid waste leaks, gloves should be put on immediately, and the solid waste should be carefully picked up using rags and placed in a container designated for storing solid waste, until it is completely cleaned up. At the same time, all rags and gloves that have come into contact with the solid waste should also be placed in that container. 4.3.6 If a leak in the gas cylinder/gas pipeline is detected, immediately close the relevant valves and report to the competent authority and the HSE department to discuss appropriate actions; if necessary, call the fire emergency number 119.

For reference: I. Purpose of emergency drills 1. To assess the company’s readiness for emergencies, and to identify and promptly address any deficiencies and shortcomings in the emergency plans, procedures, and action checklists； 2. Assess the company’s capacity to respond to major accidents, identify resource needs, clarify the emergency response responsibilities of relevant units and personnel, and improve coordination issues ； 3. Assess the level of understanding and practical skills of emergency response personnel regarding emergency plans and procedures, evaluate the effectiveness of emergency training, and analyze training needs ； At the same time, as a training method, by adjusting the difficulty of the drills, the professional skills and capabilities of emergency response personnel can be further improved ； 4. Raise safety awareness among all employees. II. Scope of Application, Overall Concept and Principles of the Drill This plan outlines the scenarios for conducting a comprehensive drill by utilizing the company’s internal emergency response resources. The drill is planned in accordance with relevant laws, regulations, standards such as the Work Safety Law and the Regulations on the Safety Management of Hazardous Chemicals, as well as the company’s own emergency response plans. It adheres to the principle of \"protecting lives first, ensuring safety above all, and taking preventive measures in advance,\" as well as the principles of \"giving priority to rescue efforts, preventing and controlling the expansion of accidents, and protecting the environment.\" During the organization and implementation process, scientific planning, consideration of practical realities, emphasis on key aspects, thorough organization, unified command, phased implementation, and a focus on practical results are employed to ensure the safety of those participating in the drill, the public, and the environment. III. Drill Planning Team Team Leader: ＊＊＊ Deputy Leaders: ＊＊＊ ＊＊＊ Members: ＊＊＊ ＊＊＊ ＊＊＊ The main tasks assigned to this team include: determining the objectives, principles, scale of the drill, as well as the units that will participate in it ； Determine the nature and methods of the drill, select the location and timing for it, and define the time scale of the drill as well as the level of public participation ； Determine the drill implementation plan, scenario design, and response strategies, and approve the drill preparation plan and adjustment plans ； Inspect and guide the preparation and execution of drills, and resolve major issues that arise during their preparation and implementation ； Coordinate the relationships among the participants in various drills ； Organize drill summaries and tracking. IV. Participants in Emergency Drills: Based on the roles they play and the tasks they undertake during an emergency drill, the participants are divided into actors, controllers, simulators, evaluators, and observers. All five categories of participants play important roles during the drill, and they should all wear identifiers that indicate their identity. 1. Actors/Personnel: All internal emergency response teams and personnel as specified in the company’s emergency plan. Their main tasks include rescuing injured persons or those who are trapped ； Protect public safety and health ； Acquire and manage various emergency resources ； Work together with other emergency response personnel to handle major accidents or emergencies. 2. Control Group: Leader: ＊＊＊ Members: ＊＊＊ ＊＊＊ ＊＊＊ (stationed at the command center, the accident site, and the fire brigade headquarters respectively). Their tasks include ensuring that the objectives of the emergency drill are fully demonstrated ； Ensure that the drill activities present a certain level of challenge for the participants ； Ensure the progress of the drill, address questions from the participants, and solve any issues that arise during the drill ； Ensure the safety during the drill. 3. Evaluation Team: Leader: ＊＊＊ Members: ＊＊＊ ＊＊＊ ＊＊＊ (stationed at the command center, the accident site, and the fire brigade headquarters respectively). Their task is to observe the emergency response actions of the participants and record their observations ； Assist the control personnel in ensuring that the drill proceeds as planned, without interfering with the work of the participants. 4. Simulators: Personnel for off-site emergency response simulation: ＊＊＊ Simulated victims: ＊＊＊ Personnel to simulate emergency response effects: ＊＊＊ (simulating leaks) ＊＊＊ (releasing smoke) Simulated people to be evacuated: several 5. Observers: Invitations have been sent to the city and district safety supervision bureaus sowie the departments responsible for chemical, medical, safety, and environmental affairs to observe the exercise. V. Time of the emergency drill: *Month*, *Day*, 2005, from *:00* to ***:***. Location: A chemical manufacturing enterprise. VI. Objectives, evaluation criteria, and methods for the emergency drill. Based on the scope and objectives of the drill, the following objectives are to be demonstrated (Table 1). Table 1: Objectives of the Emergency Drill. Serial Number | Objective | Content to be Demonstrated | Requirements for the Objective 1 | Emergency mobilization | Demonstrating the ability to notify the emergency response team and mobilize those involved in emergency response. The responsible parties take various actions to issue alerts to the emergency responders and notify or mobilize them to take their positions ； Activate the emergency command center and other emergency support facilities in a timely manner, enabling these facilities to shift from normal operation to emergency mode. 2 Command and control: It refers to the ability to direct, coordinate, and control emergency response activities; the responsible party must have the capability to oversee all response actions during an emergency. The personnel in charge of directing operations at the accident scene, as well as the heads of emergency response organizations and task forces, should establish an accident command system in accordance with the requirements of the emergency plan, thereby demonstrating their ability to direct and control emergency response actions. Situation assessment involves the ability to gather information about the accident, identify its causes and harmful factors, and determine the scope of its impact as well as any potential dangers. Emergency response organizations are required to have the capability to collect information about the accident through various means and channels, and to assess and investigate casualties, property losses, site hazards, and chemical leaks among other related issues ； The ability to assess the scope of the accident’s impact, as well as its medium- and long-term effects on the public and the environment, based on the information available ； The ability to determine the resources required for further investigation ； 4. Ability to Notify Off-Site Emergency Response Organizations in a Timely Manner: Demonstrates the capability to mobilize and manage the resources required for emergency response actions. Emergency organizations are required to have the ability to identify the needs for emergency resources based on accident assessments, as well as the capability to mobilize and integrate internal and external emergency resources.

5. Communication: Demonstrates the ability to maintain effective communication with all emergency response sites, organizations, and personnel. Emergency organizations are required to establish reliable primary communication systems and backup systems to ensure contact with key personnel in relevant positions.

6. Emergency Facilities: Demonstrates the readiness of emergency facilities, equipment, and other support materials. Emergency organizations are required to have sufficient emergency facilities, with the equipment and support materials within them being properly prepared and managed to meet the needs of emergency response activities.

7. Alerts and Emergency Announcements: Demonstrates the ability to issue alerts to the public and disseminate information on protective measures. Emergency organizations are required to be able to promptly issue orders and information regarding emergency protection measures to the public within a certain area, in accordance with the provisions of the emergency plan.

8. Safety of Emergency Response Personnel: Demonstrates the ability to monitor and control the dangers faced by emergency response personnel. Emergency organizations are required to have the capability to protect the safety and health of these personnel, with an emphasis on the designation of emergency zones, provision of personal protective equipment, development of situation assessment mechanisms, and management of communication efforts.

9. Security and Order: Demonstrates the organizational capabilities and resources needed to maintain order in emergency zones, control traffic flow, and manage traffic at entrances and exits in evacuation and shelter areas. The responsible parties are required to have the ability to maintain security and control traffic in evacuation areas, with an emphasis on the establishment of traffic control points, deployment of law enforcement personnel, and management of roadblocks.

10. Emergency Medical Services: Demonstrates the procedures for providing first aid on-site, the readiness of transportation vehicles, facilities, and personnel, as well as the readiness of medical staff and medical facilities. Emergency organizations are required to have the capability to transport injured and sick persons to medical institutions and provide them with medical care.

11. Containment of Leaks: Demonstrates the ability to take effective measures to contain the leakage of hazardous substances and prevent further deterioration of the situation. Emergency organizations are required to have the capability to take targeted actions to contain, collect, and clean up leaks.

12. Fire Fighting and Rescue: Demonstrates the ability to take effective measures to control the progression of an incident and extinguish fires promptly. Emergency organizations are required to have the capability to take targeted actions to extinguish fires quickly and effectively control the incident.

13. Evacuation: Demonstrates the evacuation procedures and the readiness of personnel involved in evacuation efforts. Emergency organizations are required to be able to arrange evacuation routes, transportation, and destinations, as well as to manage traffic control, guidance, personal protection measures, security, and prevention of panic among the evacuated population. They must also be able to track and record the evacuation process.

In order to determine whether the drill meets its objectives and to assess the ability of the commanders and emergency response personnel of various organizations to carry out their tasks, it is necessary to assign impartial evaluators to key locations within the drill area and to key positions within the participating organizations, so that the effectiveness of the drill can be evaluated comprehensively and accurately. The role of the evaluators is primarily to observe the progress of the drill, record each key action taken by the participants and the time at which it was carried out, interview the participants, request written materials from the emergency response organizations involved, assess the performance of these organizations and participants, and provide feedback on the findings of the drill. Based on the degree of impact on personnel safety, the identified issues are classified into 3 levels, from highest to lowest: deficiencies, items requiring correction, and improvement items.

Last edited by uutanglee on 2009-5-6 12:40. Emergency drill record: Plan name, Drill location, Organizing department, Chief commander, Drill time, Participating departments and units, Drill type: □ Actual drill □ Tabletop drill □ Question-and-discussion drill; Production management: □ All plans □ Some plans. Actual drill section: Material preparation and personnel training status, Description of the drill process, Evaluation of the suitability and adequacy of the plan: Suitability: □ All can be implemented □ Implementation was not smooth □ Clearly unsuitable; Adequacy: □ Fully meets emergency requirements □ Basically meets requirements but needs improvement □ Insufficient, requires modification. Evaluation of the drill’s effectiveness: Arrival of personnel: □ Prompt and accurate □ Basically arrived on time □ Some personnel did not arrive □ Personnel in key positions did not arrive □ Clear responsibilities and proficient operations □ Clear responsibilities but less proficient operations □ Unclear responsibilities and unproficient operations; Arrival of materials: On-site materials: □ Sufficient and all are functional □ Inadequate preparation on-site □ Severe shortage of on-site materials; Personal protection: □ All personnel were properly protected □ Some personnel were not properly protected □ Most personnel were not properly protected. Coordination and organization: Overall organization: □ Accurate and efficient □ Coordination was basically smooth and met requirements □ Inefficient, needs improvement; Division of tasks among emergency response teams: □ Reasonable and efficient □ Basically reasonable, able to complete tasks □ Inefficient, failed to complete tasks. Assessment of actual drill results: □ Achieved expected goals □ Basically achieved goals, some aspects need improvement □ Failed to achieve goals, need to conduct another drill. Effectiveness of external support departments and cooperation: Reporting to higher authorities: □ Reports were submitted promptly □ Could not be contacted □ Not involved in this drill; Fire department: □ Cooperated as required □ Slow to respond □ Not involved in this drill; Medical rescue department: □ Cooperated as required □ Slow to respond □ Not involved in this drill; Cooperation from surrounding areas for evacuations: □ Cooperated as required □ Did not cooperate □ Not involved in this drill. Existing problems and improvement measures

I. Purpose of the drill: To implement laws and regulations regarding work safety such as the Safety Law of the People’s Republic of China and the State Council’s Decision on Further Strengthening Work Safety efforts, to carry out the national \"Work Safety Month\" activities in a thorough manner, to conduct emergency rescue drills in accordance with the Emergency Rescue Plan for Serious and Major Accidents in Chongren Street, to enhance the prevention of such accidents in our area, to assess our ability to respond to and handle sudden serious and major accidents, and to evaluate the practical capabilities of our emergency rescue services. II. Drill time: It will start at 10:00 on Friday, July 25, 2004, and end at 11:00. III. Drill content and location: Drill content: “Emergency rescue for factory fire accidents”. Location: The factory premises of Wuhan Hanhu Polymer Co., Ltd. (hereinafter referred to as Polymer). The observation area is located outside the security line. IV. Drill Procedure (1) At 10:00, the on-site commander checks the readiness status reported by each on-site rescue team; the on-site commander seeks instructions from the chief commander and announces the start of the drill ； (II) At 10:10, a simulated fire accident occurred in the polymer plant area, and the personnel on duty in the workshop called the company’s production control room to report the incident ； (III) At 10:11, after the control room reported the incident to the company, the company activated its emergency response plan for accidents; it also reported the situation to the police at 110 and to the duty office of the local administrative office, requesting assistance. The head of the street office immediately activated the \"Emergency Response Plan for Severe Safety Incidents on Chongren Street,\" and the relevant departments rushed to the scene right away, while also reporting to the district’s **on-duty office and the district safety supervision bureau. (IV) At around 10:15, once the various departments arrived at the scene, they immediately began rescue efforts. 1. The hazard control team (the sub-district Party and government office, the sub-district safety committee office) is responsible for questioning the person who called the police, understanding the situation regarding casualties, analyzing the causes of the fire, and identifying the origin of the incident. 2. The fire fighting and rescue team (Street Economic Development Office, High-Molecular Fire and Police Unit) is responsible for extinguishing the fire at the scene and removing hazardous chemicals. 3. The injured assistance team (Street Family Planning Office, Street Social Affairs Office, Polymer Department) provided first aid to the 2 injured persons at the scene and transported them to the hospital. 4. The safety evacuation team (Street Comprehensive Management Office, Polymer Department) organizes the evacuation of personnel. 5. The safety perimeter team (Street Urban Management Office, Polymer Department) sets up safety barriers to prevent unauthorized persons and vehicles from entering the dangerous area. (V) At 10:30, once the accident was under control, the Comprehensive Coordination Team compiled information from all teams and reported it to the on-site commander. (VI) At 10:40, all participants in the drill will gather at the main entrance of the polymer building to attend the review meeting for the accident rescue drill. V. Members of the rescue team: General Commander: Liu Youyuan; Chief Deputy Commander: Hu Yafei; Deputy Director: Zhou Xincai, Director of the Economic Development Office. Observers: Heads of various departments in the street office and key managers of enterprises. Relevant leaders from the district work safety supervision bureau were invited to attend. Chongren Street Office, Qiaokou District People’s Government, June 24, 2004

Search on the forum – there’s a lot of information available. There used to be a ‘question of the day’ feature; you can take a look at it at http://bbs.hcbbs.com/viewthread.php?tid=447359&highlight=%D1%DD%C1%B7

Follow the guidelines and relevant accident scenarios; this approach is too specific and timely. What works for others won’t be helpful to the original poster, as only those who have conducted drills themselves can understand the situation. It’s also a good opportunity to revise and improve the emergency plan.

In my humble opinion, drills don’t necessarily require a plan. Conduct direct on-site drills by making phone calls. Of course, it should be made clear that it is a drill.

Thank you to the person above; with templates like yours, I’ve tried this many times and conducted numerous drills. This time, my supervisor required that the drills be specific and come with scripts – it’s like writing a play; it’s really exhausting. . .

None of the above proposals meet the requirements of our company’s management; we require it to be written in the form of a script, including lines for each person. It is recommended to consult the \"Guidelines for Emergency Drills in Case of Emergencies\" issued by the Emergency Management Office of the State Council (Document No. 【2009】62 from the Emergency Management Office)

Fire drill for material leakage during the process of shipping materials into tanks. I. Purpose of the drill: To enhance the understanding and use of on-site fire-fighting equipment in tank areas, as well as to improve awareness of personal protection and safety measures； Improve the ability of colleagues in the tank farm to handle leaks and extinguish fires at the early stages. Understand and reflect on the meaning of \"safety comes from prevention\". II. Exercise time: March 21, 2010, in the morning. III. Participants in the drill: ⑴ Control room staff; ⑵ Colleagues at the dock and tank farm; ⑶ Public works personnel. IV. Organization of the drill: Fire training and drills are coordinated and arranged by the safety supervisor of the Operations Department. ⑴ Formulate a fire drill plan. ( ) ⑵ Organize centralized training for personnel in the tank farm and dock areas on fire protection plans, as well as the proper use of fire protection equipment and personal protective equipment within the tank farm area ； It is carried out 3 days before the drill. ( ) ⑶ Conduct a check on the fire-fighting equipment to ensure its proper operation ； It is carried out 1 day before the fire drill. ( ) ⑷ Inform all departments of the company in writing about the specific time and precautions for the drill, so as to avoid panic ； It is carried out 1 day before the fire drill. ( ) ⑸ The warehouse is responsible for organizing a simulated drill in accordance with the fire drill plan, by preparing the necessary equipment and supplies, and this is to be carried out one day before the actual drill. ( ) V. Content and procedure of the drill: Background: During the transfer of methyl acetal from the T-304 tank, relevant components were not restored after waste oil was discharged, resulting in the material overflowing from the expansion return point. Site scenario details: 1. Cause of the incident: A colleague working in the tank area discovered during routine inspections that methyl acetal stored in tank T-304 was overflowing from the expansion return point. 2. Properties of the material: Methyl acetal, a Category 3 hazardous substance with a flash point of -17.8°C; it is flammable. 3. External conditions: Tank area temperature: 30℃ ； Relative humidity: 30% ； 4. Four other colleagues in the tank farm were on duty, with someone else in the operation room of the laboratory building ； Someone conducts regular inspections in Zone 6 ； Procedure for handling accidents involving the takeover of tanks by someone/something: Step 1: Tank area inspector ( ); Tank area fire fighting team: ； Rescue Team: ； Mailbox: Control Room ( ), Utility Department ( ). 1. In the event of a leak, immediately report to the control room the location and extent of the leak as well as the surrounding environmental conditions. Also, notify colleagues at the dock to ask the ship’s crew to stop the pumps right away and close the relevant valves. 2. Close all valves in front of the tank to prevent further leakage of the material. Upon receiving the report, the fire fighting team and rescue team should rush to the scene immediately. Inform all relevant personnel to get ready for coordination, and assign staff to monitor the leaking material more closely. 3. Place fire extinguishers near the source of the leak, observe the leaking material, and report its type. Inform the utility department staff to prepare to start the fire pumps, send firefighters to the scene, give instructions on how to handle the situation, and inform higher-level management. Once at the fire pump room, report the location and status there. 4. Activate the fire sprinklers of T303, T304, T305, T307, and T308. The fire fighting team should arrive at the scene promptly, connect a fire foam hose, and get ready to extinguish the fire (report completion status). Next steps: Build dikes and cover the area. 5. Use fire sand to create dikes around the materials (report completion status). The emergency response team should use fire sand to cover the materials (report completion status). Next steps: Set up warning barriers at the site and seal any leaks in the containers. 6. Set up warning barriers around the site, and use cement to seal the leaky areas (report completion status). Next steps: Clean up the site. 7. Clean up the site (report completion status). Next steps: Remove the warning barriers. 8. Remove the warning barriers; inform all relevant personnel that the barriers have been removed. The maintenance staff should evacuate the fire pump room. Considerations: 1. Was the entire process carefully checked during the shipment of the materials into the tanks, and were all components restored in a timely manner? 2. How to report abnormal situations once they are detected? Content of the feedback? 3. The impact of surrounding environmental factors on the leaks. 4. Can the sand covering the material be cleared using an iron shovel?