Wellbore Genius
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Artificial lift & WAG

Solves the lift operating point where pump supply balances inflow and tubing demand for ESP, jet pump, HSP and PCP, flags gas lock, cavitation and motor overload from the free-gas fraction at intake, optimizes drive frequency, pump speed and power-fluid pressure for the lowest lifting cost per barrel that still honours intake, drawdown, fluid- and motor-temperature limits, and plans water-alternating-gas cycles with reservoir-volume WAG ratios and mobility-control scoring.

Well inflow and completion
Lift comparison

ESP (electric submersible) delivers 724 STB/d oil at 0.95 kWh/bbl with 1 envelope note(s).

LiftLiquid (bpd)Oil (STB/d)Pwf (psi)Intake (psi)ΔP (psi)Eff.hpkWh/bblFree gas
ESP (electric submersible)
160872421951715193562%850.9521%
HSP (hydraulic submersible)
155870122261746190137%1471.6920%
Jet pump (hydraulic)
80036027002220140913%1503.360%
PCP (progressing cavity)
56925628452364126167%180.570%
ESP (electric submersible)
  • Free gas 21% at intake exceeds 15% — gas lock risk.
HSP (hydraulic submersible)
  • No downhole electrics — suited to high-temperature or cable-hostile wells.
Jet pump (hydraulic)
  • Gas tolerant: no gas-lock limit, but free gas lowers throat efficiency.
Least-cost lift optimizer

Sweeps ESP drive frequency, PCP speed and hydraulic power-fluid pressure, then ranks every setting by lifting cost per barrel subject to the wellbore pressure and temperature limits below.

ESP (electric submersible) at 60 Hz is the lowest-cost feasible setting: $0.50/bbl at 1608 bpd, intake 1715 psi and motor 216 °F.
21 of 25 settings satisfy all constraints.
Optimum
60 Hz
ESP (electric submersible)
Lifting cost
$0.50/bbl
$803/d total
Liquid / oil
1608 / 724 bpd
Pwf 2195 psi
Intake / motor
1715 psi / 216 °F
Discharge fluid 195 °F
Binding constraints
  • Free gas N% above the N% limit. — blocks 2 cheaper setting(s).
LiftSetting$/bbl$/dayLiquid (bpd)Pwf (psi)Intake (psi)Fluid (°F)Motor (°F)LoadStatus
ESP (electric submersible)60 Hz$0.50$80316082195171519521636%
optimum
PCP (progressing cavity)450 rpm$0.58$4617932704222419320724%
feasible
ESP (electric submersible)56 Hz$0.59$76612932392191219421026%
feasible
HSP (hydraulic submersible)3600 psi PF$0.63$974155822261746201201
feasible
PCP (progressing cavity)400 rpm$0.64$4547072758227819320520%
feasible
ESP (electric submersible)53 Hz$0.70$74410632536205619420720%
feasible
PCP (progressing cavity)350 rpm$0.72$4486212812233219320317%
feasible
HSP (hydraulic submersible)3200 psi PF$0.73$948129423911911200200
feasible
Jet pump (hydraulic)4200 psi PF$0.77$61980027002220218218
feasible
Jet pump (hydraulic)4600 psi PF$0.78$61979927012221218218
feasible
Jet pump (hydraulic)3800 psi PF$0.78$61979727022221218218
feasible
Jet pump (hydraulic)5000 psi PF$0.78$61979527032223219219
feasible
Jet pump (hydraulic)3400 psi PF$0.78$61979027062226218218
feasible
Jet pump (hydraulic)3000 psi PF$0.80$61977627152235219219
feasible

Showing 14 of 25 evaluated settings — export the sweep CSV for the full grid.

WAG injection well
Well-type presets

CO2 (miscible) — Turbine-driven producers tolerate ~30% free gas, so balanced 30-day slugs run at near-equal reservoir volumes for tight mobility control.

Inputs valid — no advisory notes.
Schedule length
720 d
Injected water
820,800 bbl
80% of injectivity
Injected gas
752,400 Mscf
85% of injectivity
WAG ratio (res vol)
1.04
Mobility control 97/100
CycleStart (d)Water end (d)Gas end (d)Water (bbl)Gas (Mscf)Gas (res bbl)Cycle ratio
10306068,40062,70065,8351.04
2609012068,40062,70065,8351.04
312015018068,40062,70065,8351.04
418021024068,40062,70065,8351.04
524027030068,40062,70065,8351.04
630033036068,40062,70065,8351.04
736039042068,40062,70065,8351.04
842045048068,40062,70065,8351.04
948051054068,40062,70065,8351.04
1054057060068,40062,70065,8351.04
1160063066068,40062,70065,8351.04
1266069072068,40062,70065,8351.04