Variable

Default Value

Range

◙ Exit Temp. (^oC)
The final temperature of vessel contents after the end of the operation.

20.0

Positive

◙ Heating Duty (kcal/h)
The heat transfer rate of the heating agent, if a heating agent is used.

0.0

Positive

◙ Cooling Duty (kcal/h)
The heat transfer rate of the cooling agent, if a cooling agent is used.

0.0

Positive

○ Heat Transfer Agent Name
Indicates the heat transfer agent used for the operation. Click on the list box to bring up a list of available heat transfer agents in order to select one.

<Steam>

Any Heat Transfer Agent

● Inlet Temp. (^oC)
The inlet temperature of the heat transfer agent.

152.0

Positive

● Outlet Temp. (^oC)
The outlet temperature of the heat transfer agent.

152.0

Positive

● Rate (kg/h)
The mass flow rate of the heat transfer agent.

0.0

Positive

○ Heat Transfer Efficiency(%)
The heat transfer agent efficiency. If the value is lower than 100% then an increased heat transfer agent amount will be calculated by the program to satisfy the required duty.

100.0

[0,100)

○ Excess Neutralizing Agent Set by User

Yes

Yes/No

● Inlet Stream
Indicates the input port that is connected to the neutralizing agent stream. If an input stream is already present at the selected port, then the button next to the selection is active. Click on the button to bring up the attached stream’s simulation dialog in order to provide its composition.

<None>

Dedicated Input Port

◙ Excess Amount (%)

0.0

0-100

○ Agent Component
Indicates the pure component that is selected as the excess neutralizing agent. Click on the list box to bring up a list of registered stock mixtures or pure components in order to select one.

<none>

Any Pure Component

○ Power Type
Indicates the power type that is used by the operation. Click on the list box to bring up a list of available power types in order to select one.

<Std Power>

Any Power Type

◙ Specific Power (Per Volume) (kW/m³)
The power consumed for agitation per volume of material.

0.1

Positive

◙ Total Power (kW)
The total power consumed for agitation (per cycle).

0.0

Positive

◙ Power Per Unit (kW)
The power consumed for agitation per equipment unit.

0.0

Positive

○ Power Dissipation to Heat (%)
The percentage of total power consumed for this operation that turns into heat, thereby raising the temperature of the material contained in the equipment.

100.0

[0,100]