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Data Description
| Data | Unit | Description | ||
| Set | Item | Type | Native | |
| Equipment Properties | First Outlet Flow Given | If checked (True) the total flow in the first outlet stream is given. | ||
| Second Outlet Flow Given | If checked (True) the total flow in the second outlet stream is given. | |||
| First Outlet Total | Mass Flow | lbs/hr | The total flow in the first outlet stream. | |
| First Outlet Liquor | Mass Flow | lbs/hr | The flow of liquor in the first outlet stream. | |
| First Outlet Solids | Mass Flow | lbs/hr | The flow of solids in the first outlet stream. | |
| First Outlet Gas | Mass Flow | lbs/hr | The flow of gas in the first outlet stream. | |
Equipment Properties
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Example of using equipment
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Method&Equations
If the First Outlet Flow Given is checked (True) the flow in the second outlet is calculated as the difference between the inlet flow and the first outlet flow. The same occurs if the Second Outlet Flow Given is checked.
Second Outlet Flow=Inlet Flow-First Outlet Flow
First Outlet Flow=Inlet Flow-Second Outlet Flow
If both the First and Second Outlet Flow Given are checked the model acts as a reverse mixer: the inlet flow is the sum of the first and second outlet flows.
Inlet Flow=First Outlet Flow + Second outlet Flow
In all cases the outlet's state and composition are set to the inlet state and composition.
Warnings
No enough flow in inlet to meet the request!
