Hydraulic Jet Pump

Hydraulic jet pump is a proven artificial lift method that has been used since the early 1930s. It offers several different systems for handling a variety of well conditions. Successful applications have included setting depths ranging from 500 to 19,000 ft and production rates varying from less than 100 to 20,000 B/D.

Some benefite of hydralic jet pump :

  • First is no moving downhole parts
  • Second is have a ability to produce solids and sand
  • Trird is avoid gas locking
  • Fiveth Production rates can be changed by adjusting injection pressure and rate
  • and the last is Capability of producing high volumes of fluid and ease of serviceability because nozzle and throat can be hydraulically retrieved with no rig or wire line.

Description: This spreadsheet calculates parameters for hydraulic jet pump selection

How To Use

  • Click a unit box to choose a unit system
  • Update parameter values in the Input Data section

Input Data Required Hydraulic Jet Pump Software

  • Reservoir depth (TD): 10.000 ft
  • Reservoir pressure (pr): 4000 psia
  • Productivity index (J): 2 stb/d-psi
  • Formation oil gravity (API): 40 oAPI
  • Pump depth (D): 9.700 ft
  • Produced fluid rate (q3): 758 stb/day
  • Design pump area ratio R-value: 0,262
  • Jet nozzle area (Aj): 0,16 in2
  • Pump peak efficiency (hp): 0,255
  • Dimensionless rate at peak efficiency (Mp): 0,90
  • Oil formation volume factor (Bo): 1,2 rb/stb
  • Power fluid specific gravity (g1): 0,8

Output data result in Hydraulic Jet Pump Software

  • Dimensionless head at peak efficiency (Hp) = 0,28
  • Result data from softwareFlowing bottom hole pressure (pwf) = 3.621 psia
  • Flowing bottom hole pressure (pwf) = 3.621 psia
  • Intake pressure (p3) = 3.514 psia
  • Power fluid rate (q1) = 1.011 bbl/day
  • Total return flow rate (q2) = 1.920 bbl/day
  • Input required discharge pressure based on TPR (p2,r ): 2917 psia
  • Required power fluid pressure (p1) = 3.535 psia
  • Available discharge pressure from the pump (p2) = 3.519 psia
  • Input required surface operating pressure (ps): 500 psi
  • Required input power (HP) = 8,59 hp
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