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From quality raw materials to safe production processes, you will gain a clear understanding of labor protection measures and quality control. Let’s explore the dangers of the gas stove manufacturing industry with us.

Table of Contents

PART I: CURRENT STATE OF SAFETY IN THE GAS STOVE MANUFACTURING INDUSTRY

I. General Situation

The Ministry of Labour, Invalids and Social Affairs informs sectors and localities of the occupational accident situation in the first 6 months of 2024 and outlines key solutions to proactively prevent incidents and accidents in the last 6 months of 2024. According to reports from 61 out of 63 centrally governed provinces and cities, in the first 6 months of 2024, there were a total of 3,201 occupational accidents nationwide (a decrease of 227 cases, equivalent to 7.09% compared to the same period in 2023), resulting in 3,065 victims (a decrease of 197 people, equivalent to 6.04% compared to the first 6 months of 2023), including both employees under labor contracts and those working without labor contracts. Specifically:

Number of fatal occupational accidents: 320 cases, a decrease of 25 cases (7.25%) compared to the first 6 months of 2023 (including 245 cases in areas with labor relations, a decrease of 28 cases or 10.3%; and 75 cases in areas without labor contracts, an increase of 3 cases or 4.2% compared to the first 6 months of 2023);
Number of deaths due to occupational accidents: 346 people, a decrease of 7 people or 1.98% compared to the same period in 2023 (including 268 in areas with labor relations, a decrease of 13 people or 4.63%; and 78 in areas without labor contracts, an increase of 6 people or 8.33%).
Number of people seriously injured: 810 people, an increase of 26 people or 3.32% compared to the first 6 months of 2023 (including 710 in areas with labor relations, a decrease of 5 people or 0.7%; and 100 in areas without labor contracts, an increase of 31 people or 44.92%).

Download the PDF file Occupational Accident Report – First 6 Months of 2024 issued by the Ministry of Labour, Invalids and Social Affairs.

The occupational accident situation in the first 6 months of 2024 in both sectors with and without labor relations saw a decrease in the number of deaths and fatal accidents compared to the same period in 2023.

II. Some Occupational Accidents in Gas Stove Manufacturing Plants

The gas stove manufacturing industry is one of the crucial sectors for global consumer demand. However, along with development and mass production come risks related to occupational safety. Below are some notable occupational accidents that gas stove manufacturing plants have faced.

Electrical Incidents: Some serious accidents have occurred due to electrical problems during the gas stove production process. The cause could be a fault in the electrical system, a technical issue during the assembly of electronic components, or the use of unsafe materials.
Material Issues: Accidents can stem from the use of materials that do not meet quality standards or safety requirements. Issues such as problems in the material production process or inconsistent quality control can lead to the risk of occupational accidents.
Unsafe Work Procedures: Failure to follow safe work procedures is a major risk in the gas stove manufacturing industry. Employees who are not properly trained, lack knowledge of occupational safety, or violate safety rules can all lead to severe consequences.
Irregularities in Safety Management: Issues related to safety management also contribute to occupational accidents. A lack of control, supervision, and risk assessment can all create conditions for dangerous situations.
Consequences for Workers: Every accident affects the workers. Injuries, loss of health, and mental distress are undesirable consequences that workers may have to face.

Understanding and resolving issues related to occupational safety is extremely important to ensure that the gas stove manufacturing industry develops sustainably and safely for all participants.

PART II: OCCUPATIONAL SAFETY AND HEALTH IN GAS STOVE PRODUCTION

I. Occupational safety and health for employees welding and cutting metal to fabricate the frame for a gas stove

1. Job characteristics of welding and cutting metal to fabricate the frame for a gas stove

In the process of fabricating the frame for a gas stove, the work of welding and cutting metal plays a crucial role, creating the distinctive features of the product. This process requires precision, professionalism, and high technical skill to ensure the frame meets safety and performance standards.

First, workers typically cut metal to specific dimensions based on the design. This process not only requires precise machinery but also demands that technicians have the ability to evaluate and select appropriate materials, ensuring mechanical properties and durability.

Next, the welding process is performed to join the metal parts together, creating a sturdy frame. Precision in the welding process is decisive for ensuring the stability and uniformity of the final product. Additionally, welding techniques also need to be adjusted appropriately for each type of metal material used in the fabrication process.

2. Types of accidents during the process of welding and cutting metal to fabricate the frame for a gas stove

During the process of welding and cutting metal to fabricate the frame for a gas stove, many accident risks can occur, posing challenges and high demands on occupational safety. Common types of accidents include fires and explosions from gas or metal dust, which are dangerous for workers and the work environment.

Fires and explosions can originate from the combustion of welding oil, acetylene gas, or other substances during work. This places high demands on maintaining safe working conditions and strict supervision of the equipment and materials used.

Additionally, the risk of injury from cutting and grinding metal is also a concern. The use of cutting and grinding tools requires workers to adhere to specific safety rules and use full personal protective equipment.

3. Causes of accidents when welding and cutting metal to fabricate the frame for a gas stove

The causes of accidents during the process of welding and cutting metal to fabricate the frame for a gas stove can stem from many different aspects. One of the main factors is a lack of understanding of the mechanical properties of metal materials, leading to the wrong choice of welding and cutting technology.

Negligence in safety management also contributes to accidents. This can include overlooking the control of gas and metal dust in the work environment, creating conditions for unwanted fires and explosions.

Another important factor is carelessness in the inspection and maintenance of welding and cutting equipment. The machinery and tools used in this process need to be properly maintained to ensure safety and high performance.

4. Accident prevention measures when welding and cutting metal to fabricate the frame for a gas stove

To minimize the risk of accidents when welding and cutting metal during the fabrication of a gas stove frame, implementing preventive measures is crucial. Occupational safety training plays a decisive role in creating a safe and effective work environment.

First and foremost, training workers on the use of safety equipment, personal protection, and proper work procedures is a key factor. This training should include identifying and responding to dangerous situations, as well as the correct use of personal protective equipment.

Controlling the work environment is another important measure. Eliminating metal dust and maintaining a comfortable air quality level are important to prevent the risk of fire and explosion. Establishing rules and procedures for waste and chemical management also plays an important role in minimizing the risk of accidents.

5. Occupational safety regulations when welding and cutting metal to fabricate the frame for a gas stove

Occupational safety regulations during the process of welding and cutting metal to fabricate the frame for a gas stove play a crucial role in protecting the health and safety of workers. These rules include ensuring that everyone involved in this work has been fully trained on occupational safety and accident prevention measures.

Before starting work, workers must wear full personal protective equipment such as safety glasses, helmets, and heat-resistant gloves. In addition, wearing appropriate clothing to protect the skin from the effects of heat radiation is also an important factor.

The regulations also specify the correct use of welding and cutting equipment, and periodic maintenance to ensure safety and performance. Everyone involved in the work must adhere to the process of controlling the work environment, especially minimizing the possibility of fire and explosion through the control of gas and metal dust.

6. Handling emergency accident situations when welding and cutting metal to fabricate the frame for a gas stove

In the event of an emergency accident while welding and cutting metal to fabricate the frame for a gas stove, handling the situation quickly and accurately is crucial to protect workers and minimize damage.

First, the worker must activate the warning system and immediately signal the danger to alert those nearby. Then, the worker must stop the welding and cutting work immediately and leave the hazardous area, following the safe evacuation procedure.

In case of a fire or explosion, immediately use the fire-fighting system and medical support. The top priority is to focus on using a fire extinguisher or water spray system to control and extinguish the fire.

If someone is injured, providing immediate first aid is crucial. Workers should be trained to handle basic first aid situations such as performing CPR, providing relief, and calling for an ambulance.

II. Occupational safety and health for employees assembling components to form a complete gas stove

1. Job characteristics of assembling components to form a complete gas stove

The process of assembling components to create a complete gas stove requires high precision and technical skill. This begins with the selection of high-quality components and continues through many strict steps.

First, workers will inspect all components such as the main cooktop, gas valve, ignition system, and control panel. This ensures that each component meets safety and quality standards. Then, they will begin the assembly process by connecting the components in the prescribed order.

The assembly process requires precision in installing the parts and using professional tools to ensure the stability and safety of the final product. Workers also need to perform a technical check of the gas stove, ensuring that all functions operate correctly and comply with safety regulations.

2. Types of accidents during the process of assembling components to form a complete gas stove

During the process of assembling components to create a complete gas stove, there are accident risks that manufacturers and workers need to be aware of. One of the common issues is the risk of fire and explosion from the use of gas and flammable materials during installation. Workers must adhere to all safety regulations, use personal protective equipment, and strictly control the work environment.

In addition, accidents related to the incorrect installation of components can occur. Shortcomings in the assembly process can lead to serious consequences, such as gas leaks, unsafe ignition, or improper stove function. To minimize this risk, workers need to be technically trained and perform regular quality checks.

3. Causes of accidents when assembling components to form a complete gas stove

There are many causes of accidents during the process of assembling components to create a complete gas stove. One of the key factors is a lack of training and understanding on the part of the workers. If they are not fully instructed on safety regulations, installation procedures, and tool use, the risk of accidents increases significantly.

Another cause is a lack of quality management in the production process. If components do not meet the required quality or if the quality control process is not strict, it can lead to incorrect assembly or the use of unsafe components.

In addition, an unsafe work environment is also a significant factor. Loopholes in risk management and non-compliance with safety rules can create conditions for accidents to occur. The use of gas and flammable materials in an uncontrolled environment can lead to fires and explosions.

4. Accident prevention measures when assembling components to form a complete gas stove

To ensure occupational safety and minimize the risk of accidents during the assembly of components to create a complete gas stove, implementing preventive measures is extremely important. First and foremost, monitoring the work environment is a key aspect. Measuring and controlling gas levels, and ensuring a non-explosive work environment, especially when using flammable materials, is a crucial step to prevent accidents.

Specific safety measures include ensuring that all workers are fully trained on safety regulations, use personal protective equipment, and follow the installation process. At the same time, quality control of components and regular quality checks must be carried out strictly to prevent production shortcomings.

5. Occupational safety regulations when assembling components to form a complete gas stove

Occupational safety regulations during the process of assembling components to create a complete gas stove are a crucial step in ensuring a safe work environment and product quality. Workers participating in this process must be trained on the use of personal protective equipment, safe work procedures, and tool usage rules.

The work environment needs to be controlled, especially regarding the use of gas and flammable materials. Occupational safety environment monitoring helps to measure gas levels and ensure the workspace is not explosive. Fire prevention and first aid measures also need to be in place to ensure readiness to deal with any emergency situation.

6. Handling emergency accident situations when assembling components to form a complete gas stove

In the event of an emergency accident during the assembly of components to create a complete gas stove, the process of handling this situation requires quickness and proactivity from the workers. First, immediately reporting the accident to the manager and teammates is important to activate the emergency response system.

Workers should stop work immediately and leave the hazardous area. Use personal protective equipment and safety measures to protect themselves and those around them. In the case of a gas leak or explosion, workers must use fire suppression devices and fire control measures.

Call the emergency number immediately and perform first aid steps if necessary. Calculate and execute a safe evacuation plan if the situation requires it. Cooperate closely with teammates and safety personnel to ensure everyone leaves the hazardous area safely.

III. Occupational safety and health for employees painting and glossing finished gas stoves

1. Job characteristics of painting and glossing a finished gas stove

The finishing of a gas stove is not just about function but also comes from the detailed painting and glossing process. This work plays a crucial role in enhancing not only the appearance but also the corrosion resistance and surface protection. Below are the key characteristics of the job of painting and glossing a finished gas stove.

The process of painting the surface of a gas stove typically involves using heat-resistant and anti-corrosion paints. Heat-resistant paint helps protect the surface from the effects of high temperatures when the stove is in operation. At the same time, anti-corrosion paint ensures that the surface is not affected by environmental factors, such as humidity and airborne chemicals.

Glossing is the next important step to create a smooth and beautiful shine for the surface of the gas stove. Gloss coatings often contain scratch-resistant components and enhance the durability of the paint layer. This not only creates a durable glossy layer but also helps protect the surface from unwanted scratches.

2. Types of accidents during the process of painting and glossing a finished gas stove

During the process of painting and glossing a gas stove, there are risks that manufacturers need to be aware of to ensure the safety and quality of the final product. One of the common accidents is the uneven melting of paint due to an uneven heating process. This can lead to an uneven paint layer, affecting the appearance and surface quality.

Another accident relates to the use of an unsuitable gloss coating. Incompatibility between the paint layer and the gloss coating can lead to peeling and reduce the durability of the gas stove’s surface. This reduces its anti-corrosion ability and increases the risk of damage after a period of use.

Another risk is accidents related to handling paint and gloss chemicals. If safety procedures are not followed correctly, employees may come into direct contact with toxic substances, harming their health. The use of personal protective equipment is important to minimize this risk.

3. Causes of accidents when painting and glossing a finished gas stove

There are many causes that can lead to accidents during the process of painting and glossing a gas stove. One of the main causes is a lack of temperature control during the paint heating process. If the temperature is not distributed evenly, uneven melting can occur, causing an uneven paint layer on the surface of the gas stove.

Another cause is the incorrect choice of gloss coating. When there is incompatibility between the paint layer and the gloss coating, peeling and a decline in surface quality can occur. Choosing an unsuitable gloss coating can reduce the product’s durability and increase the risk of damage after a period of use.

The uncontrolled release of paint and gloss chemicals is also a significant cause. Improper handling of chemicals can lead to the risk of direct contact with toxic substances, harming the health of employees and affecting product quality.

4. Accident prevention measures when painting and glossing a finished gas stove

To ensure the process of painting and glossing a gas stove is carried out safely and effectively, several important preventive measures should be applied. First, establishing and maintaining precise temperature control during the paint heating process is crucial. This helps to avoid uneven melting and ensures the paint layer is applied evenly to the surface.

Choosing a gloss coating that is compatible with the paint layer is another measure to prevent accidents. Compatibility tests should be performed to ensure that they work in harmony with each other, minimizing the risk of peeling and ensuring the durability of the product.

Most importantly is to adhere to safety measures when handling chemicals. Employees must be trained and use full personal protective equipment to avoid direct contact with toxic substances. At the same time, a well-ventilated workspace must be maintained to minimize the risk of inhaling toxic fumes.

5. Occupational safety regulations when painting and glossing a finished gas stove

Occupational safety in the process of painting and glossing a gas stove plays a crucial role in protecting the health of employees and ensuring product quality. According to regulations, employees involved in this process must be trained on safety measures and the use of personal protective equipment.

The regulations specifically require precise temperature control during the paint heating process to prevent uneven melting and ensure the paint layer is applied evenly to the surface. In addition, the regulations also set requirements for the selection of gloss coatings, ensuring compatibility and safety for the person performing the work.

The use of chemicals is carefully regulated to reduce the risk of direct contact and ensure a well-ventilated workspace is also clearly specified. At the same time, the regulations also cover incident handling measures, if any, to minimize risks to employees.

6. Handling emergency accident situations when painting and glossing a finished gas stove

In a production environment, emergency accident situations can occur when painting and glossing a gas stove. In such cases, a quick and accurate response is crucial to minimize damage and ensure the safety of employees.

When a temperature-related accident occurs, turning off the heating machine and cooling the paint layer immediately is an important measure. This not only prevents uncontrolled melting but also protects the product and the worker.

In case of using the wrong gloss coating, its use should be stopped immediately and a quality check should be performed. Removing the affected product and taking necessary corrective steps is important to avoid falling into a production chain of poor-quality products.

If there is a risk of exposure to toxic chemicals, employees must be instructed to use timely first aid measures and how to handle emergency situations. Regular training and practice of occupational safety techniques can help improve skills in handling accident situations, protect employees, and maintain production efficiency.

IV. Occupational safety and health for employees checking the quality of finished gas stoves

1. Job characteristics of checking the quality of a finished gas stove

During the process of checking the quality of a finished gas stove, experts must perform many important tasks to ensure that the product meets safety and performance standards. Some key job characteristics include:

Safety Inspection: One of the top priorities is to ensure that the gas stove has no safety risks. Experts conduct special tests to verify that the gas connections and other components are operating safely and effectively.
Performance Evaluation: This job requires testing factors related to the performance of the gas stove, including its ability to heat up quickly, distribute heat evenly, and maintain a stable temperature over a long period.
Material and Finish Inspection: The materials used in the production of the gas stove are also inspected to ensure they meet quality standards. In addition, the characteristics of the surface finish are also examined to ensure the product has an attractive appearance and high quality.
Special Functions Check: If the gas stove has special functions such as an automatic gas shut-off when not in use, experts need to check thoroughly to ensure this feature works correctly.
Durability Testing: To ensure that the gas stove can withstand harsh usage conditions, durability and stability tests are performed to ensure that the product is not easily damaged.

2. Types of accidents during the quality inspection of a finished gas stove

During the quality inspection of a finished gas stove, although there are careful safety procedures, unexpected accidents can still occur. These types of accidents may include:

Sudden Gas Leak: During the process of checking the tightness of gas connections, a sudden gas leak may be detected, creating a dangerous situation if not handled promptly.
Explosion or Short Circuit: Due to the interaction between gas and a flame or spark during inspection, an explosion or short circuit may occur, posing a safety risk.
Temperature-Related Risks: During the performance testing of the gas stove’s temperature, a situation of sudden or uncontrolled overheating may occur, posing a danger to those performing the inspection.
Physical Injury: Inspection tools, machinery, or gas stove components can cause physical injury if not used correctly or if an incident occurs during the inspection process.
Technological Failure: In the case of using automated inspection equipment, a technological failure may occur, leading to inaccurate inspection results or unexpected incidents.

To minimize the risk of accidents, adhering to safety procedures and using protective equipment are important during the quality inspection of a finished gas stove.

3. Causes of accidents when checking the quality of a finished gas stove

There are many reasons why accidents can occur during the quality inspection of a finished gas stove. Some key factors include:

Lack of Safety Preparation: When the inspection process is not conducted with adequate safety preparation, such as checking for gas leaks without safety measures, the risk of accidents increases significantly.
Use of Faulty Equipment: The use of faulty or poorly maintained inspection equipment can lead to inaccurate inspection results or unexpected incidents, posing a danger to those involved in the inspection.
Uncontrolled Temperature: When inspecting the temperature of a gas stove without controlling the process, a situation of sudden overheating can occur, creating conditions for accidents such as explosions or short circuits.
Lack of Safety Training: Employees performing quality inspections need to be fully trained on safety measures and inspection procedures to reduce the risk of accidents.
Non-Compliance with Inspection Procedures: When inspection and safety procedures are not followed correctly, unexpected incidents can occur, posing a risk to both the people involved in the inspection and the surrounding environment.

4. Accident prevention measures when checking the quality of a finished gas stove

To ensure safety and prevent accidents during the quality inspection of a finished gas stove, important preventive measures include:

Adequate Safety Preparation: Before starting the inspection process, ensure that everyone involved has been trained on safety measures and is using full personal protective equipment.
Periodic Equipment Inspection: Regular maintenance and performance checks of inspection equipment are important to ensure they are working correctly and not creating a risk of accidents.
Adherence to Safety Procedures: Employees performing quality inspections must always follow the established safety procedures, including the use of safety tools and protective equipment.
Temperature Control: During temperature checks, the use of accurate temperature control devices helps prevent sudden overheating and reduces the risk of explosion or short circuits.
Adequate Employee Training: Ensure that everyone involved in the inspection is fully trained on the inspection process and safety measures, laying the foundation for safe and accurate execution.
Gas Tightness Check: Before each inspection, ensure that the gas connections and other components are tight to prevent leaks and safety risks.

5. Occupational safety regulations when checking the quality of a finished gas stove

The quality inspection process for gas stoves requires strict adherence to occupational safety regulations to protect the employees performing the work and to ensure a safe working environment. These regulations include:

Safety Training: All employees involved in the inspection must be fully trained in occupational safety, including an understanding of the specific risks in the gas stove quality inspection process.
Full Use of Personal Protective Equipment: Employees must use full personal protective equipment such as safety glasses, gloves, protective clothing, and safety shoes to reduce the risk of injury and chemical exposure.
Periodic Inspection of Safety Equipment: Safety inspection equipment must be regularly inspected and maintained to ensure it is working correctly and not creating a risk for employees.
Safe Temperature Control: During temperature checks, safe temperature control equipment must be used to prevent sudden overheating and reduce the risk of explosion or short circuits.
Adherence to Safety Procedures: Everyone involved in the inspection must follow the correct safety procedures, including the procedures for using and storing gas.
Periodic Gas Tightness Check: Before each inspection, the tightness of gas connections must be checked to prevent leaks and ensure safety.

6. Handling emergency accident situations when checking the quality of a finished gas stove

In the event of an emergency accident during the quality inspection of a gas stove, handling the situation quickly and accurately is crucial to ensure the safety of everyone involved. Key steps may include:

Protect Employees: First and foremost, ensure the safety of employees by guiding them to a safe location, i.e., moving away from the source of danger and using personal protective equipment.
Report Immediately: Immediately report the accident to the manager, teammates, and emergency services if necessary, for prompt support and assistance.
Safe Response to Gas Leaks: In case of a gas leak, immediately shut off the gas supply, ensure there are no ignition sources nearby, and use safety devices to reduce gas pressure.
Use Safety Equipment: Use safety equipment such as fire extinguishers to control the situation if there is a fire or risk of fire.
Prepare for First Aid: Ensure that first aid instructions and kits are available, and assist the injured until the emergency medical team can arrive.
Team Coordination: Plan and coordinate with the emergency team, safety personnel, and management to ensure everyone receives help effectively.

V. Occupational safety and health for employees packaging finished gas stoves

1. Job characteristics of packaging a finished gas stove

During the packaging process of a finished gas stove, there are several important characteristics to be aware of to ensure product quality and safety. Each step in the packaging process requires professionalism and meticulousness from the employees. First, the gas stove is thoroughly inspected to ensure that all components are functioning correctly.

Next, the assembly process is carried out tightly, ensuring that each part is placed in the correct position and connected safely. Experts regularly check the functionality of the gas stove to ensure that it operates correctly and complies with safety standards.

When the gas stove has been fully assembled, the packaging process begins. The product is placed in sturdy packaging, along with detailed user instructions so that consumers can use the product correctly and with peace of mind. Each packaging batch is carefully inspected to ensure that no technical defects or scratches appear on the product.

2. Types of accidents during the packaging of a finished gas stove

During the packaging process of a finished gas stove, several accidents can occur if safety rules are not followed. One of the common risks is structural accidents, when the components of the gas stove are not installed correctly, leading to the possibility of collapse or damage during transport.

Electrical accidents are also a significant issue, if the electrical wires are not sufficiently insulated or if there are strong vibrations during the packaging process. This can lead to the risk of short circuits or other electrical safety issues.

In addition, the packaging process can also create accidents related to packaging materials, such as packaging that is not strong enough, leading to damage or scratching of the gas stove’s surface. This not only affects the appearance but can also degrade the performance of the product.

3. Causes of accidents when packaging a finished gas stove

There are many causes of accidents during the packaging process of a finished gas stove. One of the main causes is a shortcoming in the quality control process, when the inspection steps are not carried out fully or accurately. This can lead to the incorrect installation of components, increasing the risk of subsequent incidents.

In addition, a lack of knowledge or inadequate training of employees is also a significant cause. When workers do not have a clear understanding of how to assemble and package, they can make serious mistakes, affecting the quality and safety of the product.

Problems with equipment and technology can also cause accidents. If machinery is not working correctly or is not regularly maintained, errors can occur during the packaging process, leading to product-related incidents.

4. Accident prevention measures when packaging a finished gas stove

To prevent accidents when packaging a finished gas stove, several effective safety measures should be applied. First, train packaging employees on the correct procedures and work techniques. This way, they will have a clear understanding of proper installation as well as quality control steps.

The use of modern equipment and machinery, along with their proper maintenance, helps reduce the risk of technical incidents. Quality management must be implemented strictly, ensuring that every product complies with safety and quality standards.

In addition, setting a reasonable packaging time and not imposing excessive pressure is a useful way to avoid errors due to haste. Apply a full quality inspection process for each packaging run to ensure that every product meets the requirements.

5. Occupational safety regulations when packaging a finished gas stove

Occupational safety regulations during the packaging process of a finished gas stove play a crucial role in protecting employees and ensuring a safe work environment. Employees must be trained on the proper use of personal protective equipment, including helmets, gloves, and safety glasses, to minimize the risk of injury.

The regulations also require quality control not only to ensure the product is safe but also to prevent issues related to employee health. The work environment must be kept clean and comfortable to minimize stress levels.

Employees must be instructed on the safe handling of machinery and chemicals used in the packaging process. The process must comply with specific safety standards, and any safety issues that arise must be reported immediately.

6. Handling emergency accident situations when packaging a finished gas stove

In the event of an emergency accident during the packaging of a finished gas stove, handling the situation requires quickness and professionalism from the employees. First and foremost, they must ensure their own safety by stopping work immediately and reporting the situation right away.

Next, employees should call or use the alarm system to notify the management team and the emergency response team. This helps to activate the emergency response system and ensure that help arrives quickly.

While waiting for the emergency team, employees should guide other colleagues out of the hazardous area and provide first aid if necessary. Staying calm and following the trained safety steps will help minimize risks and increase the chances of survival in an emergency situation.