Description:

Typical field production profile. Units of volume [L3] and time [T] must be consistent.

Excel Function Syntax:

BasicFieldProfile(time_buildup, time_plateau, Q_plateau, Di, time)

Online Calculator:

Parameter Value Description
time_buildup Buildup time to plateau, [T] - for ex. [y]
time_plateau Plateau period, [T] - for ex. [y]
Q_plateau Plateau rate, [L3/T] - for ex. [mmbbl/y]
Di Initial decline rate after plateau period, [1/T] - for ex. [1/y]
time Time, [T] - for ex. [y]
Result

All functions from Decline category

# Function Description
1 HyperbolicDeclineRate Arps hyperbolic production decline curve: rate vs time. Units of volume [L3] and time [T] must be consistent.
2 ExponentialDeclineRate Arps exponential production decline curve: rate vs time. Units of volume [L3] and time [T] must be consistent.
3 HarmonicDeclineRate Arps harmonic production decline curve: rate vs time. Units of volume [L3] and time [T] must be consistent.
4 HyperbolicDeclineCumulative Arps hyperbolic production decline curve: cumulative production vs time. Units of volume [L3] and time [T] must be consistent.
5 ExponentialDeclineCumulative Arps exponential production decline curve: cumulative production vs time. Units of volume [L3] and time [T] must be consistent.
6 HarmonicDeclineCumulative Arps harmonic production decline curve: cumulative production vs time. Units of volume [L3] and time [T] must be consistent.
7 BasicFieldProfile Typical field production profile. Units of volume [L3] and time [T] must be consistent.
8 CombinedFieldProfile Field production profile based on drilling schedule and typical well profile.
9 ModifiedHyperbolicDeclineRate Modified hyperbolic production decline curve: rate vs time. Units of volume [L3] and time [T] must be consistent.
10 ModifiedHyperbolicDeclineCumulative Modified hyperbolic production decline curve: cumulative production vs time. Units of volume [L3] and time [T] must be consistent.
11 PowerLawExponentialDeclineRate Power Law Exponential (PLE) Decline Rate-Time Relation. Units of volume [L3] and time [T] must be consistent.