Question

What is the likely result of heating a recover cylinder with an open flame?

Answer 1

Heating a recovery cylinder with an open flame would likely increase the gas pressure inside, potentially leading to an explosion or the bursting of the cylinder due to the sudden increase in temperature and resultant pressure.

Step-by-step explanation:

When a recovery cylinder is heated with an open flame, it is exposed to a high temperature which will increase the pressure of the gas inside as per the ideal gas law PV = NkBT. This increase in temperature, while the cylinder volume remains constant, will cause the gas pressure to spike. In scenarios involving combustible gases like isobutane, this increase in pressure can become dangerous and may result in an explosion or bursting of the cylinder.

This is because heating can characterize burning fuel not only as a thermal action but also as a series of reactions leading to an explosion. In the case of flash-heating, like the ignition in an internal combustion engine, it can result in the piston being rapidly pushed away due to the sudden increase in pressure, demonstrating the conversion of thermal energy into mechanical work.

Answer 2

Heating a recovery cylinder with an open flame is likely to cause an explosion due to the pressurized contents and potential damage to the cylinder.

Step-by-step explanation:

Heating a recovery cylinder with an open flame poses a significant risk because these cylinders often contain pressurized gases or liquids. Applying heat can cause the temperature and pressure within the cylinder to rise rapidly, potentially exceeding its design limits. This can lead to a catastrophic failure, resulting in an explosion. Additionally, the heat may compromise the structural integrity of the cylinder, making it susceptible to rupture.

It is crucial to handle gas cylinders with care and adhere to safety protocols, such as avoiding exposure to open flames or high temperatures. Alternatives like water baths or controlled heating methods should be used to prevent accidents and ensure the safe handling of pressurized cylinders.