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Summary: The article highlights how applying fluid-dynamics principles—especially understanding falling-film flow regimes and turbulence—can optimize vessel clean-in-place (CIP) performance, reducing water, solvent, energy, and chemical use while maintaining cGMP compliance.
Question: What techniques or design choices have you found most effective for ensuring a sufficiently turbulent falling film in vessel CIP without overusing water or chemicals?
Falling Films in Vessel CIP Applications
Applying an understanding of flow regimes and turbulence to clean-in-place (CIP) processes can optimize CIP cleaning efficiency, reducing water, solvent, energy and chemical use, while maintaining cGMP
The post Falling Films in Vessel CIP Applications appeared first on Chemical Engineering.
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