Use this operation to bring a known amount of material, of known composition, from one vessel into another via an process intermediate stream. Note that the material is not modelled to be a direct process input. If you need to bring material into a vessel via an process input stream then use a Charge operation. If you don’t know the amount of material to be transferred in but instead the amount depends on some criterion (e.g. to achieve a certain volume level or concentration in the vessel) then use a Pull In operation instead.
This operation may result in VOC emissions if volatile compounds are involved; for more details, see Chapter 10 (Emissions).
● Batch Vessel Procedure in a Reactor
● Batch Vessel Procedure in a Seed Reactor
● Batch Vessel Procedure in a Bioreactor
● Batch Vessel Procedure in a Seed Bioreactor
● Batch Vessel Procedure in a Disposable Bioreactor
● Batch Vessel Procedure in a Disposable Seed Bioreactor
● Batch Vessel Procedure in a Fermentor
● Batch Vessel Procedure in a Seed Fermentor
● Batch Vessel Procedure in a Disposable Bioreactor
● Inoculum Preparation Procedure in a Rocking Bioreactor
● Inoculum Preparation Procedure in a Roller Bottle
● Inoculum Preparation Procedure in a T-Flask
● Inoculum Preparation Procedure in a Shake Flask
● Inoculum Preparation Procedure in a Test Tube
● Microfiltration (Batch) Procedure
● Microfiltration (Feed and Bleed) Procedure
● Ultrafiltration (Batch) Procedure
● Ultrafiltration (Feed and Bleed) Procedure
● Reverse Osmosis (Batch) Procedure
● Reverse Osmosis (Feed and Bleed) Procedure
● Nutsche Filtration Procedure
● Centrifugation in a Basket Centrifuge (Top Discharge) Procedure
● Centrifugation in a Basket Centrifuge (Bottom Discharge) Procedure
● Batch Distillation Procedure
● Batch Storage in a Blending Tank Procedure
● Batch Storage in a Flat Bottom Tank Procedure
● Batch Storage in a Receiver Tank Procedure
● Batch Storage in a Horizontal Tank Procedure
● Batch Storage in a Vertical-on-Legs Tank Procedure
● Batch Storage in a Drum Procedure
● Batch Storage in a Drum Procedure
● Batch Storage in a Disposable Generic Container Procedure
● Batch Storage in a Disposable Large Bag (on a Skid) Procedure
● Mixing In a Batch Tumble Mixer Procedure
● Batch 1x1 Generic Box Procedure
● Batch 3x3 Generic Box Procedure
● Batch 5x5 Generic Box Procedure
● Batch 10x10 Generic Box Procedure
The operation combines material as found in the host vessel at the end of the previous operation (if any) and the material of the designated transfer in stream. The results of the operation are left as the equipment contents at the end of the charge operation.
The modeling equations of a Transfer In operation are very simple. The only goal is to determine the transfer time or transfer rate using the following equation:
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If the duration of this operation is matched up to another operation (master operation), then the setup time, process time and turnaround time are simply derived from the master operation.
See Batch Vessel Operations: Equipment Sizing.
See Vacuum Pump Auxiliary Equipment Calculations.
The interface of this operation has the following tabs:
● Oper. Cond’s, see Transfer In: Oper. Conds Tab
● Volumes, see Batch Vessel Operations: Volumes Tab
● Vent/Emissions, see Vessel Operations: Vent/Emissions Tab
● Labor, etc, see Operations Dialog: Labor etc. Tab
● Description, see Operations Dialog: Description Tab
● Batch Sheet, see Operations Dialog: Batch Sheet Tab
● Scheduling, see Operations Dialog: Scheduling Tab