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Product Details
For extreme gas handling demands, the QALS Gas Compressor Pump is effective in overcoming gas locking in deep wells. It’s robust construction and 2-stage compression design efficiently moves gas through the pump: this is particularly important when pumping beneath a packer. The use of a mercury style plunger, with its increased wall thickness and spray-metal coating, greatly increases rigidity and wear resistance over other 2-stage designs. Maximum gas handling performance is available at extreme depths, up to 13,000 ft. Upgraded materials can also be selected to combat damage due to corrosive well bore conditions.
For extreme gas handling demands, the QALS Gas Compressor Pump is effective in overcoming gas locking in deep wells. It is robust construction and 2-stage compression design efficiently moves gas through the pump: this is particularly important when pumping beneath a packer. The use of a mercury style plunger, with its increased wall thickness and spray-metal coating, greatly increases rigidity and wear resistance over other 2-stage designs. Maximum gas handling performance is available at extreme depths, up to 13,000 ft. Upgraded materials can also be selected to combat damage due to corrosive well bore conditions.
Features
The locking device is located at the top. When the plunger moves, the sand around the locking device can be washed away to prevent the sand card, being easy to operate.
2-stage compression provides enhanced compression
Mercury style plunger for improved rigidity and wear resistance.
Precision plunger to barrel fits and highly wear resistance finishes for both compression stages
Upgradable materials available for enhanced corrosion resistance
Advantages
Eliminates gas lock
Eliminates gas/fluid pound
Reduces compression rod loading and stress
Increases oil and gas production through increased pump efficiency
Ability to pump from beneath packer
Stronger, improved design compared to other pumps for gas handling applications
Can be ran at extreme depths, up to 13,000 ft
Rigid design enables increased down hole plunger travel