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Calcimator

Hydraulic Fracturing Calculator

Estimate fluid volume and proppant for a hydraulic fracturing job.

Inputs

ft
ft
bbl
lbs
bbl/min

Results

Number of Stages

50

Total Fluid

400,000 bbl

Total Proppant7,500 tons
Total Pump Time83.3 hrs
Avg Proppant Conc.0.9 ppg
How to Use This Calculator
  1. Enter reservoir permeability (md), formation thickness (ft), and target fracture half-length (ft).
  2. Enter fracture conductivity (md-ft) and wellbore radius (ft).
  3. Read dimensionless fracture conductivity (CfD) and estimated folds of increase (FOI) in productivity.
  4. Review optimal proppant volume and pump rate recommendations.
  5. Compare pre-frac vs. post-frac productivity index to evaluate stimulation effectiveness.

How the result changes with Lateral Length

Lateral LengthNumber of StagesTotal Fluid
2,90014112,000 bbl
7,65038304,000 bbl
13,35066528,000 bbl
18,10090720,000 bbl

What each input means

Lateral Length
Horizontal lateral length of the well.
Stage Spacing
Distance between fracturing stages.
Clusters per Stage
Number of perforation clusters per stage.
Fluid per Stage
Slurry volume pumped per stage.
Proppant per Cluster
Proppant weight per perforation cluster.
Pump Rate
Average pumping rate during the frac job.

How this is calculated

Worked example, using the default values

  1. Identify Input Parameters
    4 parameters
    Lateral Length = 10000, Stage Spacing = 200, Clusters per Stage = 4, Fluid per Stage = 8000 = 6 input(s) provided
  2. Calculate Number of Stages
    Number of Stages
    50 = 50
  3. Calculate Total Fluid
    Total Fluid
    400000 = 400000
  4. Calculate Total Proppant
    Total Proppant
    7500 = 7500
  5. Calculate Total Pump Time
    Total Pump Time
    83.3 = 83.3

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