Product Applications
GAJV
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Tech Specs
| Type | Value |
|---|---|
| Body Material: | Steel |
| Max Working Pressure: | 2000 psig |
| Min Operating Pressure: | 400 psig |
| Operation: | Pneumatic |
| Catalog Page: | 10:10.1 |
| Min Glycol Flow Rate: | 166 gph |
| Max Glycol Flow Rate: | 450 gph |
| Elastomer: | FKM |
| Additional Features: | Pressure to Volume - Standard Cylinder |
Product Training
Product Videos
Compatible Kits and Tools
| Type | Product Code | |
|---|---|---|
| Repair Kit: | RJL1-V | + ADD TO QUOTE |
Downloads & Updates
Frequently Asked Questions
The absorber must be vertical to insure the proper flow of glycol in the vessel and adequate contact of gas and glycol. Sometimes the trays and bubble caps do not seal properly after erection and should be inspected if very high glycol losses exist. Inspection ports at the trays can be very useful when inspecting or cleaning the vessel
Close gas outlet from contactor. Then the fuel to the reboiler should be shut off. The pump should run until the reboiler temperature is lowered to approximately 200°F. This will prevent glycol decomposition caused by overheating. The plant should be depressurized slowly to prevent a loss of glycol. The absorber should always be depressured from the downstream (gas outlet) side.
The degree of dehydration which can be attained with glycol primarily depends upon the amount of water removed in the reboiler. The leaner the glycol going to the absorber, the more efficient its dehydrating power will be. For example, when the contact temperature in the absorber is 95°F, a lean glycol concentration of 99 percent will provide a sales gas dewpoint of -2°F while a 95% concentration will yield a 43°F dewpoint, if equilibrium conditions are reached.
Most pumps do not have liquid flow recorders. For Kimray pumps, the glycol rate can be determined by counting the number of strokes per minute and then use the pump chart supplied by the manufacturer. It is necessary to know the model of the pump in service to use the chart. For electric pumps, the rate can be calculated by shutting off the manual valve on the absorber glycol discharge line and measuring the height of the buildup per unit time.
This height multiplied by the inside cross-sectional area of the absorber will give the volume of glycol pumped after converting the volume of the absorber to gallons. Or a flow meter could be installed.
The glycol can overload the reboiler and prevent good glycol regeneration. It can also prevent inadequate glycol-gas contact in the absorber and increase pump maintenance problems. The end result may be poor dehydration, high glycol losses, and excessive fuel consumption in reboiler
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