Liquid Distribution In Distillation TRIZ Cases

This case uses denser apertures on corrugation sidewalls to limit liquid buildup and lower pressure drop without sacrificing mass transfer.

Installing the liquid dispensing device within the column housing reduces external footprint while maintaining precise liquid distribution.

Integrated passageways within partition walls eliminate external ducting, reducing installation costs and leakage risks in single-column distillation systems.

An internal separation box merges phase separation with the column structure, reducing cold box volume and production costs.

Pivotable splitter plates enable independent control of rising vapor and overhead reflux in a divided-wall column, resolving operational flexibility limits.

An arcuate guide element in a fluid entry device separates entrained liquid from gas flow while maintaining low pressure loss.

Fixing the liquid distributor to the column shell prevents manufacturing defects in the divided wall from causing fluid maldistribution.

Angled fasteners join corrugated sheets in mass transfer columns, preventing deformation caused by traditional welding or screw methods.

A central liquid collector with a cylindrical tubular portion distributes liquid upstream of the catalytic zone in reactive distillation columns.

A single distillation column uses a partition wall and phase separator to split multi-component mixtures into distinct phases.

Polygonal deflectors redirect radial vapor streams upwardly, resolving downward deflection and fouling issues in severe refining conditions.

An integrated truss framework merges structural support with internal fluid passages, reducing column height requirements while maintaining uniform liquid flow.