[Q&A] 3/19/2017
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Question: Why shouldn’t liquefied gas containers be operated at full capacity? Answer: Since liquefied gas is primarily composed of various hydrocarbons such as C3 and C4, these compounds have low boiling points and high saturated vapor pressures; they expand significantly when heated. If the container is filled to capacity, the resulting expansion pressure upon heating can cause the container to explode. Therefore, liquefied gas containers should not be filled to full capacity. Q&A reward rules: 5 Wealth as a participation prize ； A reward of 10 Wealth for answering the key points correctly ； In-depth discussion rewards 15 wealth ； Petrochemical deep processing edition – the event to share pictures of chemical equipment has started! A vast amount of wealth, along with HaiChuan coins, is waiting for you to claim! http://bbs.hcbbs.com/thread-1760733-1-1.html Summary post for the Petrochemical Deep Processing section’s 【Daily Question】 – updated daily by the moderator. http://bbs.hcbbs.com/thread-1496481-1-1.html Summary post of weekly topics for the Petrochemical Deep Processing section~~~ Continuously being updated! http://bbs.hcbbs.com/thread-1751483-1-1.html Petrochemical Sector — New Ideas for Energy Saving: The “Creative Thinking” Campaign http://bbs.hcbbs.com/thread-1666758-1-1.html Xiaomi phones are waiting for you! A thread on collecting chemical industry technical materials in the “Petrochemical Section” http://bbs.hcbbs.com/thread-1654603-1-1.html Many prizes are waiting for you to claim
Since liquefied gas is primarily composed of various hydrocarbons such as C3 and C4, which have low boiling points and high saturated vapor pressures, and exhibit significant expansion when heated, filling a container to capacity means that excessive expansion pressure will be generated upon heating, leading to container explosion. Therefore, liquefied gas containers should not be filled to capacity.
Since liquefied gas is primarily composed of various hydrocarbons such as C3 and C4, which have low boiling points and high saturated vapor pressures, it expands significantly when heated. If the container is filled to capacity, the resulting expansion pressure upon heating can cause the container to explode; therefore, liquefied gas containers should not be filled to capacity
There is a fear that explosions may occur after vaporization, as liquefied gas vaporizes easily
Since liquefied gas is primarily composed of various hydrocarbons such as C3 and C4, which have low boiling points and high saturated vapor pressures, and exhibit significant expansion when heated, filling a container to capacity means that excessive expansion pressure will be generated upon heating, leading to container explosion. Therefore, liquefied gas containers should not be filled to capacity.
Since liquefied gas is primarily composed of various hydrocarbons such as C3 and C4, which have low boiling points and high saturated vapor pressures, and exhibit significant expansion when heated, filling a container to capacity means that excessive expansion pressure will be generated upon heating, leading to container explosion. Therefore, liquefied gas containers should not be filled to capacity.
It has a low boiling point; when heated, it generates pressure that can cause the container to explode
LPG is in gaseous form when in use, so space must be left for it to vaporize
Since liquefied gas is primarily composed of C3, C4, and other compounds, it has a low boiling point and a high saturated vapor pressure. It expands significantly when heated; when the tank is filled to capacity, any heating will generate extremely high expansion pressures that can cause the container to explode.
Since liquefied gas is primarily composed of various hydrocarbons such as C3 and C4, which have low boiling points and high saturated vapor pressures, it expands significantly when heated. If the container is filled to capacity, the resulting expansion pressure upon heating can cause the container to explode; therefore, liquefied gas containers should not be filled to capacity.