Utilities
Hygienic transfer & balance module
Keep the process rate and the package rate compatible.
Technical duty overview. Exact model and rated performance are selected against your project specification.
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Inlet
What it receives
Milk or cream from a named vessel or processing module.
Outlet
What it delivers
A stable feed within the receiving machine’s pressure and flow envelope.
Structure and line connections
Choose pump and buffer duties from viscosity, suction conditions, entrained air and permissible shear. Review pipe sizes, dead volume, valve positions and stop/start logic.
Cleaning and inspection interface
Confirm the product-contact circuit, low points, drainage and cleaning return path. A buffer’s spray coverage does not prove that attached branches are clean.
Selection data to specify
| Decision | Information needed |
|---|---|
| Hydraulics | Viscosity/temperature, flow range, suction level and downstream pressure |
| Buffering | Working volume, minimum level and maximum permitted residence time |
| Controls | Low-level protection, interlocks and upstream/downstream stop signals |
Application limits
A pump nameplate is not a line capacity guarantee. Excess hold-up and uncontrolled recirculation can change heat history and product quality.
Trial and acceptance evidence
Check minimum and maximum operating conditions, trapped air, drain-down and recovery after an ordinary stop with the intended product.
From scope to specification
Define the hygienic transfer & balance module duty
Send the material you receive, the product you want and the packaging boundary. Add measurements where available.