[Q&A] 2017.7.30
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What are the hazards of exceeding the container’s design pressure or design temperature? Answer: The selection of material for the container and the calculation of its wall thickness are both based on strength considerations related to the design pressure and design temperature. This requires that, when in use, its operating pressure and operating temperature must not exceed the design values; otherwise, the container is prone to damage or rupture, which can lead to serious accidents such as fires or explosions. http://down.hcbbs.cc/attachment/forum/201706/10/203353z7y06fdo70r6eod0.jpg Petrochemical area – New ideas for energy savings: the “Creative Ideas” campaign (the second phase is in full swing). http://bbs.hcbbs.com/forum.php?mod=viewthread&tid=1666758 (Source: Haichuan Chemical Industry Forum) 2017: “My Technical Innovations” in the coal chemical industry. http://bbs.hcbbs.com/thread-1786290-1-1.html (Source: Haichuan Chemical Industry Forum website) Registration for chemical engineers – Experience-sharing event titled “Learning from Others’. http://bbs.hcbbs.com/thread-1808158-1-1.html (Source: Haichuan Chemical Industry Forum website)
If the pressure and temperature exceed the design values, the container is prone to damage and rupture, which can lead to serious accidents such as fires or explosions.
In mild cases, it deforms and cracks; in severe cases, it explodes
The material selection for the container and the calculation of its wall thickness are both based on strength considerations related to the design pressure and design temperature. This requires that, when in use, its operating pressure and operating temperature must not exceed the design values; otherwise, the container is prone to damage or rupture, which can lead to serious accidents such as fires or explosions.
The material selection for the container and the calculation of its wall thickness are both based on strength considerations related to the design pressure and design temperature. This requires that during use, its operating pressure and operating temperature must not exceed the design values; otherwise, the container is prone to damage or rupture, which can lead to serious accidents such as fires or explosions
The material selection for the container and the calculation of its wall thickness are both based on strength considerations related to the design pressure and design temperature. This requires that, when in use, its operating pressure and operating temperature must not exceed the design values; otherwise, the container is prone to damage or rupture, which can lead to serious accidents such as fires or explosions.
The material selection for the container and the calculation of its wall thickness are both based on strength considerations related to the design pressure and design temperature. This requires that, when in use, its operating pressure and operating temperature must not exceed the design values; otherwise, the container is prone to damage or rupture, which can lead to serious accidents such as fires or explosions.
The material selection for the container and the calculation of its wall thickness are both based on strength considerations related to the design pressure and design temperature. This requires that, when in use, its operating pressure and operating temperature must not exceed the design values; otherwise, the container is prone to damage or rupture, which can lead to serious accidents such as fires or explosions.
The container can be damaged or cracked, leading to accidents.
It may cause the container to burst, leading to the leakage of the contents inside