Hydrogen Peroxide Off Gassing
Hydrogen peroxide has been widely used in various chemical industries since modern times. However, the phenomenon of hydrogen peroxide cannot be ignored.
Hydrogen peroxide has an active nature. In a certain environment, it often decomposes itself and escapes gas. The reason for its decomposition is mostly due to temperature changes, catalysts, etc. When the temperature gradually rises, the molecular activity is stronger, and the chemical bonds in it are easy to break, so there is a sign of gas. And in case of metal ions, some oxides and other catalysts, the reaction is faster and the gas is intensified.
This problem of gas is the first to endanger safety. The gas escaping from hydrogen peroxide often contains oxygen. If the gas accumulates in a closed or poorly ventilated place, it is easy to explode and cause a catastrophe when exposed to ignition sources such as open flames and static electricity. Looking at the difficulties of chemical industry in the past, there are many people who caused it, the factory building was damaged, and human and animal casualties were tragic.
The second time, it will damage the utensils. The escaping gas has the ability to erode the surrounding objects. When the metal encounters it, it is easy to rust, reduce its lifespan, and cause malfunction of the equipment; in building materials, it also has the damage of decay, which damages the structure.
Furthermore, it is harmful to the human body. If a person is exposed to hydrogen peroxide, the gas enters the lungs, irritates the respiratory tract, mild coughs, asthma, severe cases cause lung diseases, and damage the ability to breathe. And contact with the skin and eyes can cause burns, make the skin painful, and damage the eyes.
To solve the dilemma of hydrogen peroxide, it is necessary to take multiple measures. When storing, when the temperature is controlled at an appropriate temperature, avoid hot topics, and isolate the catalyst. When using it, set up a good ventilation system to quickly drain the breath, so as not to accumulate. Operators must wear protective equipment, such as masks, gloves, etc., to protect themselves.
Only by carefully observing its characteristics and taking strict preventive measures can hydrogen peroxide be used in the chemical industry to avoid its harm, ensure the safety of production, and protect people's livelihood.
Hydrogen peroxide has an active nature. In a certain environment, it often decomposes itself and escapes gas. The reason for its decomposition is mostly due to temperature changes, catalysts, etc. When the temperature gradually rises, the molecular activity is stronger, and the chemical bonds in it are easy to break, so there is a sign of gas. And in case of metal ions, some oxides and other catalysts, the reaction is faster and the gas is intensified.
This problem of gas is the first to endanger safety. The gas escaping from hydrogen peroxide often contains oxygen. If the gas accumulates in a closed or poorly ventilated place, it is easy to explode and cause a catastrophe when exposed to ignition sources such as open flames and static electricity. Looking at the difficulties of chemical industry in the past, there are many people who caused it, the factory building was damaged, and human and animal casualties were tragic.
The second time, it will damage the utensils. The escaping gas has the ability to erode the surrounding objects. When the metal encounters it, it is easy to rust, reduce its lifespan, and cause malfunction of the equipment; in building materials, it also has the damage of decay, which damages the structure.
Furthermore, it is harmful to the human body. If a person is exposed to hydrogen peroxide, the gas enters the lungs, irritates the respiratory tract, mild coughs, asthma, severe cases cause lung diseases, and damage the ability to breathe. And contact with the skin and eyes can cause burns, make the skin painful, and damage the eyes.
To solve the dilemma of hydrogen peroxide, it is necessary to take multiple measures. When storing, when the temperature is controlled at an appropriate temperature, avoid hot topics, and isolate the catalyst. When using it, set up a good ventilation system to quickly drain the breath, so as not to accumulate. Operators must wear protective equipment, such as masks, gloves, etc., to protect themselves.
Only by carefully observing its characteristics and taking strict preventive measures can hydrogen peroxide be used in the chemical industry to avoid its harm, ensure the safety of production, and protect people's livelihood.

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