Tellerette Tower Packing

Tellerette® Tower Packing is designed to make it dramatically more efficient than conventional packing material for mass transfer, heat transfer, and particulate collection.

Tellerette® technology puts the “power in your tower!”

tellerettesTellerette Tower Packing helps control your environment and boasts a toroidal helix design that makes it dramatically more efficient than conventional packing material for mass transfer, heat transfer, and particulate collection. Verantis® scrubber systems are designed with Tellerette Tower Packing to increase residence time in the scrubber and improve removal efficiency. A shallow bed of Tellerette packing can also be used to provide effective mist elimination.

With our newest K-series Tellerette Tower Packing (2K & 3K), Verantis has improved the design with increased open area and reduced pressure drop, providing high scrubbing efficiency at velocities up to 700 fpm.

Tellerette Types:

Verantis Tellerette Tower Packing can be used with Verantis scrubbing systems as well as other manufacturers’ systems to provide exceptional pollutant removal efficiency while reducing your operating costs. Benefits include:

  • tellerette-typesLower mass transfer unit height, permitting shorter packed beds
  • Greater gas flow capacity, which permits use of smaller diameter, lower cost columns
  • Lower pressure drop to reduce operating costs
  • High open area design for minimal fouling
  • High column stability - no classic flooding
  • Effective impingement of both liquid droplets and solid particulate
  • No channeling with proper liquid distribution
  • Available in a wide range of materials, including:
    • High-Density Polyethylene (HDPE)
    • Polypropylene (PP)
    • Glass-Filled Polypropylene
    • Kynar® (PVDF)
    • Xydar® (LCP)
    • Select style available in Chlorinated Polyvinyl Chloride (CPVC)
    • Additional engineered polymers available upon request

How Tellerette Tower Packing technology works:

  • tellerettediagramLiquid is collected by inertial impaction
  • Droplets form at countless interstitial holdup points
  • As each droplet falls, it strikes the next packing element and bursts, exposing fresh surfaces to gas
  • This agglomeration/dispersal cycle repeats continuously with no additional energy requirements
  • Contaminants are absorbed with optimal efficiency
Normal Packing Size
Maximum Dimensions O.D.
Loop Height
Free Volume (%)
Surface Ft2/Ft3
Average Packing Factor
Construction Material
No. 1-TypeR
1.81"
0.69"
87
55
36
No. 2-TypeR
2.87"
1.00"
93
38
18
No. 3-TypeR
3.75"
1.50"
92
30
16
No. 2-TypeK
3.23"
1.18"
95
28
11
■ ▲
No. 3-TypeK ♦
4.09"
2.46"
96
22
9

♦ =       ■ = Available in HDPE, PP, GFPP, and Kynar      ▲ = Also available in CPVC

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