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Hydrogen Fire Risk
On the Burning Risk of Hydrogen
Hydrogen is a light and living element. Under all circumstances, its burning risk state cannot be ignored.
Hydrogen is flammable, and its combination with oxygen can produce a violent reaction. When the proportion of hydrogen in the air is in a specific range, that is, about four to seventy-five percent, in case of an open flame or a source of high heat energy, it will be in danger of ignition and explosion instantly. This domain is called the explosion limit, just like the world of danger, and it is dangerous to step into it.
Watching its burning, the flame is light and almost colorless, and it is not easy for the human eye to see. This is not only easy to ignore in the daily environment, even in the professional field, without proper testing methods, it is difficult to detect in time. And the combustion rate of hydrogen is very high, and the fire can spread rapidly in an instant, making it difficult to prevent.
Furthermore, the leakage of hydrogen is also a major cause of ignition and danger. Because its molecules are tiny, it is easy to escape through tiny cracks. Once leaked in a limited space, such as a closed room or a narrow cabin, it quickly accumulates, and when mixed with air to the limit of explosion, it will be ignited if there is a slight carelessness, and its power is enough to destroy things and hurt people, causing harm to the surroundings.
Although hydrogen is flammable, if scientific methods and strict regulations are applied, its risks can be controlled and its energy can be used. Such as fine monitoring equipment, the concentration of hydrogen can be detected in real time; a reasonable ventilation system can quickly disperse the leaked hydrogen; and a standardized operation process can avoid the near hydrogen of the ignition source. In this way, when using hydrogen, it can be used for profit and avoid harm, so that the potential of hydrogen can be used by the world without causing fire hazards.
Hydrogen is a light and living element. Under all circumstances, its burning risk state cannot be ignored.
Hydrogen is flammable, and its combination with oxygen can produce a violent reaction. When the proportion of hydrogen in the air is in a specific range, that is, about four to seventy-five percent, in case of an open flame or a source of high heat energy, it will be in danger of ignition and explosion instantly. This domain is called the explosion limit, just like the world of danger, and it is dangerous to step into it.
Watching its burning, the flame is light and almost colorless, and it is not easy for the human eye to see. This is not only easy to ignore in the daily environment, even in the professional field, without proper testing methods, it is difficult to detect in time. And the combustion rate of hydrogen is very high, and the fire can spread rapidly in an instant, making it difficult to prevent.
Furthermore, the leakage of hydrogen is also a major cause of ignition and danger. Because its molecules are tiny, it is easy to escape through tiny cracks. Once leaked in a limited space, such as a closed room or a narrow cabin, it quickly accumulates, and when mixed with air to the limit of explosion, it will be ignited if there is a slight carelessness, and its power is enough to destroy things and hurt people, causing harm to the surroundings.
Although hydrogen is flammable, if scientific methods and strict regulations are applied, its risks can be controlled and its energy can be used. Such as fine monitoring equipment, the concentration of hydrogen can be detected in real time; a reasonable ventilation system can quickly disperse the leaked hydrogen; and a standardized operation process can avoid the near hydrogen of the ignition source. In this way, when using hydrogen, it can be used for profit and avoid harm, so that the potential of hydrogen can be used by the world without causing fire hazards.
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