High Capacity Structured Packing

High Capacity Structured Packing (KUBPAK ULTRA SERIES)

High capacity structured packing belongs to the ULTRA Series, and has a unique texture to give a superb liquid spread. KPT’s ULTRA series High capacity structured packing directs the gas section and limits confined fluid hold-up.
It has been utilized in columns to increase capacity, reduce pressure drop for new development, and for replacing standard sheet metal structured packings, regular random packings, and trays.
Packing Types Surface Area (m2/m3)
KUB-HC 2.5L 250
KUB-HC 3.5L 300
KUB-HC 4.5L 350
KUB-HC 6.2L 420
KUB-HC 7.5L 500
KUB-HC 10.0L 750
Material of construction (MOC) Stainless steel, Nickel Based Alloys, Hastelloy, Titanium, Tantalum, Monel.
Key Characteristics Available in both sheet metal and wire mesh, Eliminates abrupt change in flow direction, Eliminates premature build up of liquid, Provides up to 50 % higher capacity at the same NTSM compared to conventional structured packing, Significantly lower pressure drop compared to conventional packing.
F-factor 2.2 to 3
Surface Area 250 – 750 m2/m3
NTSM 2.2 to 5
Application Very Low pressure drop and heat sensitive systems, Absorption towers.

Features:

  • Eliminates abrupt change in flow direction & premature build-up of liquid
  • Provides up to 50 % higher capacity at the same NTSM compared to conventional structured packing
  • Significantly lower pressure drop compared to conventional packing.
At Kuber we always endeavour to increase the value we deliver to our customers by challenging existing boundaries and design, develop and produce state of the art mass transfer equipment offering you solutions for any of your processes and applications.

FAQ'S

They are specially designed to use in distillation and absorption columns, as well as chemical reactors. They usually consist of thin corrugated metal plates or gauzes, designed to force fluids on complicated paths throughout the column.

Random packing uses a random distribution of small packing materials to assist in the separation process, while structured packing uses larger, fixed packing structures.

It is made from a variety of materials including Stainless steel, Nickel Based Alloys, Hastelloy, Titanium, Tantalum, Monel.

To improve separation in distillation columns packing material can be used instead of trays as it offers the advantage of a lower pressure drop across the column.

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