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Model 116/117 Deck Distributor

  • Tower diameters between 1.5 and 20 ft [450 – 6100 mm]
  • Liquid rates 4 – 80 gpm/ft2 [10 – 195 m3/h/m2]
  • Metering orfices at deck level
  • Wide operating range requires elevated orifices in drip tubes

Model 116/117 Deck Distributor

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Model 106/107 Pan Distributor

  • Tower diameter between 0.5 and 3 ft [150 – 900 mm]
  • Liquid rates 2 – 80 gpm/ft2 [5 – 195 m3/h/m2]
  • Floor level metering orifices
  • Low liquid rates or wide operating ranges require elevated orifices in drip tubes

Model 106/107 Pan Distributor

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Model 156 Trough Distributor

  • Tower diameters greater than 3 ft [900 mm]
  • Liquid rates 0.1 – 15 gpm/ft2 [0.25 – 37 m3/h/m2]
  • For use with structured packing only
  • Enhanced baffle includes surface treatment for liquid spreading

Model 156 Trough Distributor

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Model 186 Trough Distributor

  • Tower diameters greater than 3 ft [900 mm]
  • Liquid rates 0.1 – 25 gpm/ft2 [0.25 – 60 m3/h/m2]
  • Trough wall metering orifices with guide tubes

Model 186 Trough Distributor

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Model 166 Dual Trough Low Flow Distributor

  • Tower diameters greater than 3 ft [900 mm]
  • Liquid rates 0.05 – 5 gpm/ft2 [0.12 – 12  m3/h/m2]
  • Secondary trough spreads liquid and feeds enhanced baffle
  • For use with structured packing only

Model 166 Dual Trough Low Flow Distributor

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Model 196 Packed Trough Very Low Flow Distributor

  • Tower diameters greater than 3 ft [900 mm]
  • Liquid rates 0.03 – 5 gpm/ft2 [0.07 – 12 m3/h/m2]
  • Secondary trough contains liquid spreading corrugated sheets to ensure complete wetting at bottom of first layer of packing

Model 196 Packed Trough Very Low Flow Distributor

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Model 136/137 Channel Distributor

  • Tower diameters greater than 3 ft [900 mm]
  • Liquid rates 0.3 – 15 gpm/ft2 [0.7 – 37 m3/h/m2]
  • Channel wall orifices with guide tubes

Model 136/137 Channel Distributor

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Model 141 Tubular Distributor

  • Tower diameters between 0.5 and 10 ft [150 – 3000 mm]
  • Liquid rates 0.3 – 8 gpm/ft2 [0.7 – 20 m3/h/m2]
  • High drip point density provides good distribution to wire gauze structured packing
  • For use with clean services only

Model 141 Tubular Distributor

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Model 916/917 Deck Distributor

  • Tower diameters between 1.5 and 20 ft [450 – 6100 mm]
  • Liquid rates 1 – 50 gpm/ft2 [2.4 – 122 m3/h/m2]
  • Deck level metering orifice

Model 916/917 Deck Distributor

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Model 941 Pipe Distributor

  • Tower diameters greater than 1.5 ft [450 mm]
  • Liquid rates between 1.5 and 10 gpm/ft2 [3.7 – 24 m3/h/m2]
  • Metering orifices in laterals
  • Requires little tower elevation

Model 941 Pipe Distributor

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Model 943 Spray Nozzle Distributor

  • All tower diameters
  • Liquid rates 0.2 – 50 gpm/ft2 [0.5 – 122 m3/h/m2]
  • Maximum free passage nozzles for fouling resistance

Model 943 Spray Nozzle Distributor

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Model 985 Trough Distributor

  • Tower diameters greater than 3 ft [900 mm]
  • Liquid rates 2 – 40 gpm/ft2 [5 -98 m3/h/m2]
  • V-notch metering weir provides excellent fouling resistance

Model 985 Trough Distributor

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Model 961 Channel Distributor

  • Tower diameters greater than 2.5 ft [760 mm]
  • Liquid rates between 1 and 30 gpm/ft2 [2.4 – 73 m3/h/m2]
  • Designed for offshore applications that are subject to tilt and motion
  • Floor level metering orifices

Model 961 Channel Distributor

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Model 534 Disperser/Support Plate

  • Designed for liquid-liquid applications
  • Disperses light phase
  • Used with random packing

Model 534 Disperser/Support Plate

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Model 535 Disperser Plate

  • Designed for liquid-liquid applications
  • Supports packed bed and disperses heavy phase into light phase
  • Used with random packing

Model 535 Disperser Plate

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Liquid Distributors (metal)

Maximum performance is achieved by combining effective liquid distribution with high-performance packing. An effective liquid distributor must provide uniform liquid distribution as well as a sufficient gas passage area to avoid a high pressure drop or liquid entrainment. Koch-Glitsch’s engineers have the knowledge and experience to effectively design liquid distributors as an integral part of the overall column solution.