Whether liquid oxygen tanks will explode is a question that many people are concerned about. Based on the comprehensive consideration of safety data sheets, guidelines for the safe use of liquid oxygen, and relevant accident analysis reports, it can be understood that liquid oxygen tanks do have potential explosion risks. Due to its unique chemical properties and storage and transportation conditions, liquid oxygen may cause dangerous accidents under certain circumstances.

Explosion hazards of liquid oxygen tanks

Liquid oxygen itself is a strong combustion-supporting substance and becomes liquid when cooled to extremely low temperatures. Contact between liquid oxygen and flammable substances (such as grease, hydrocarbons, etc.) can easily cause combustion or explosion. If the tank has not been used for a long time and trace amounts of hydrocarbons and other flammable substances accumulate inside, there is a risk of explosion. In fact, combustible materials in contact with liquid oxygen may explode due to ignition or impact.

Precautions for safe use of liquid oxygen

Prevent leaks and low-temperature burns: Ensure the integrity of the liquid oxygen tank and prevent leaks. At the same time, measures need to be taken to avoid harm to the human body due to the low-temperature characteristics of liquid oxygen.

Avoid contact with flammable substances: It is strictly prohibited to store flammable substances, grease and other combustible materials near liquid oxygen tanks to ensure the safety of the use environment.

Regular discharge and filling: The liquid in the liquid oxygen tank cannot be left unused for a long time. It must be filled and discharged regularly to avoid the concentration of harmful impurities.

Use safety equipment: When in use, various safety valves and anti-pressure devices must be in good working order to prevent overpressure.

Although liquid oxygen itself does not burn, its combustion-supporting properties and the potential for explosions upon contact with flammable substances require great care when handling and storing liquid oxygen. Complying with relevant operating procedures and safety guidelines can significantly reduce the risks involved in using liquid oxygen.