Three-dimensional numerical simulations of product changeover: Miscible and immiscible displacements in circular tubes

Key Points

• The simulation outcomes reveal distinct behaviors in miscible and immiscible displacements, affecting efficiency.
• Key metrics show varied displacement patterns, emphasizing fluid interaction in circular tubes.
• Numerical simulations analyze fluid dynamics in circular tubes, detailing the mechanisms of product changeover.
• Findings highlight the complexity of displacements, suggesting considerations for practical applications.

Abstract