PowerWave Odyssey — Well Treatment Optimizer

1

Load Well Data

No file loaded

2

Configure Treatment

Schedule Source

Compare Scenarios

Treatment Zones Zone 1 of 1

From Depth (ft)

To Depth (ft)

Pump Rate (bpm)

Passes

Time (min)

Volume (USgal)

Well Parameters

Bit Size (in)

Fluid Viscosity (cp)

ΔP (psi)

Drainage Radius (ft)

S1r (connate)

S2r (residual)

Ev (EPV baseline)

Swc (chart Ev ceiling)

phi-K coeff. a (k=a·φ³)

Min Speed (ft/min)

Max Speed (ft/min)

Pre-Treatment Rate (STB/d)

CT Speed Units

Damage Radius r_dmg (ft)

Per-layer r_dmg (coming soon)

Fluid Cost ($/gal)

Production CI (−%)

Values auto-derived from LAS header where available. Overrides apply to next computation.

3

Compute Program

4

Visualize Treatment

Speed changes —

Max penetration (ft)

5

Results & Export

                                —
                                Avg ROI vs. Conventional
                            

— PV Contact (volumetric)

0.00 Min Penetration (ft)

0.00 Avg Penetration (ft)

0.0 Total Time (min)

0 Total Volume (gal)

— Speed Zones

Conventional Acid

PowerWave Optimized

Permeability

Include sweep data

Production Boost Forecast

Pre-Treatment Skin

Damage Radius (ft)

Treatment Efficiency (%)

Annual Decline (%)

Decline Exponent (b)

Forecast Horizon (yr)

Oil Price ($/bbl)

Discount Rate (%/yr)

Model assumptions: Hawkins skin model converts acid penetration into reduced near-wellbore skin within the damage radius. Production rate is computed from the steady-state radial inflow equation (skin term only varied; permeability, h, μ, B, and drawdown held constant). Decline is Arps hyperbolic with the user-specified initial decline rate (di) and exponent (b); cumulative volumes are integrated analytically. Treatment efficiency reduces the theoretical penetration to a calibrated effective penetration. Adjust inputs above to reflect your reservoir context; defaults are mid-case Permian carbonate values.