Which of the following is a preventive measure against vapors in fuel-oil storage?

Which of the following is a preventive measure against vapors in fuel-oil storage?

• A. Installing more lighting fixtures
• B. Using vapor recovery systems
• C. Sealing all storage containers tightly
• D. Regularly cleaning the storage area

Answer: (B)

Using vapor recovery systems is a key preventive measure against vapors in fuel-oil storage because these systems are specifically designed to capture and recycle vapors emitted during the filling and dispensing of fuel. This not only helps to minimize air pollution but also reduces the risk of hazardous conditions related to the accumulation of flammable vapors. By capturing vapors, vapor recovery systems effectively limit the amount of volatile organic compounds released into the atmosphere, promoting environmental safety and adherence to regulations regarding vapors in fuel storage systems. The implementation of such technology is essential in maintaining a safe working environment, preventing the risk of fires and explosions that could occur due to vapor accumulation. Other methods, while potentially beneficial for various aspects of storage and safety, do not directly address the issue of vapor containment as effectively as vapor recovery systems do. For instance, sealing storage containers tightly may reduce vapor escape but does not actively manage or recover vapors. Inadequate lighting, routine cleaning, and basic container sealing do not specifically target vapor management like vapor recovery does.

Using vapor recovery systems is a key preventive measure against vapors in fuel-oil storage because these systems are specifically designed to capture and recycle vapors emitted during the filling and dispensing of fuel. This not only helps to minimize air pollution but also reduces the risk of hazardous conditions related to the accumulation of flammable vapors.

By capturing vapors, vapor recovery systems effectively limit the amount of volatile organic compounds released into the atmosphere, promoting environmental safety and adherence to regulations regarding vapors in fuel storage systems. The implementation of such technology is essential in maintaining a safe working environment, preventing the risk of fires and explosions that could occur due to vapor accumulation.

Other methods, while potentially beneficial for various aspects of storage and safety, do not directly address the issue of vapor containment as effectively as vapor recovery systems do. For instance, sealing storage containers tightly may reduce vapor escape but does not actively manage or recover vapors. Inadequate lighting, routine cleaning, and basic container sealing do not specifically target vapor management like vapor recovery does.