Model IGD4-14.5 &
Model IGD4-2.5
Instrument Gas Dryers
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Instrument Gas Dryers
Offshore Dryers
Protect Meters, Regulators, Valves, Instruments from Moisture Damage & Freeze-ups
Replaces Liquid Separators, Heaters, Boilers, Alcohol Injection Systems
and/or most Glycol Dehydrators
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Model OSD12-14.5
Offshore Dryer
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Model PLD20
Pipeline Dryer
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Pipe Line Dryers
Wellhead Dehydrators
Remove Water Vapor
& Mists
Prevent Freeze-Ups
Dry Gas to contract Specs
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Model WDS12-14.5
Wellhead Dehydrator
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How They Work:
Single Tower Dehydrators & Dryers
Water & Moisture Vapor Removal Process
Wet gas from the well enters the centrally located inlet in the lower portion of the vessel where the velocity is reduced and flow direction is changed. In this area, heavier drops of entrained water are separated and fall into the large-capacity claim area. As the gas moves upward through the bed of drying tablets, moisture vapor is absorbed on the surface of the tablets. The water and drying material combine into a solution which falls into the claim area. (Note: Solution will not freeze above -20°F.) At the dehydrator outlet, the gas is free of liquid waste and moisture vapor is substantially removed. |
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Water Removal Charts for Type SP and 10BF Desiccants in Single Tower Natural Gas Dryers
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