Error issues in the gas-liquid separator during simulation
Thread Content
When simulating gas-liquid separators, actual temperature and pressure values are used to replicate real-world data; as a result, the simulation is inaccurate and subject to large errors (even when proper property methods are employed). If the simulation temperature is reduced by a certain amount, data with much smaller errors compared to the actual values can be obtained. This is mainly because the dissolution heat of certain components in the database differs somewhat from their actual values. It is hoped that more practical data can be obtained to correct this issue and bring the simulated values closer to the actual values.
How should this situation be adjusted so that the simulation conditions are more similar to reality?
There must be a problem with the physical property method. Let’s try correcting it using the liquid-phase enthalpy reference.