NodAnaPy

NodAnaPy is the fundamental package petroleum, in this package you will find to determine the Well Nodal Analysis for oil and gas.

Table of Contents

• Installation
• Usage
• Theory
• Dependencies
• License

Installation

You can install NodAnaPy using pip:

pip install nodanapy

Usage

Here is a quick example of how to use NodAnaPy to calculate the optimal rate of an oil well.

INPUT

import matplotlib.pyplot as plt
from nodanapy import WellNAOilR

pr = 4500 # reservoir pressure
tr = 140 + 460 # reservoir temperature
ph = 140 # wellhead pressure
th = 84 + 460 # wellhead temperature
pb = 1500 # bubble pressure

well = WellNAOilR(ph, th, pr, tr, pb)

ipr_well = well.ipr
vlp_well = well.vlp

fig, (ax_ql, ax_qg, ax_qo) = plt.subplots(3, 1)

ax_ql.set_xlabel('Ql(bbl/d)')
ax_ql.set_ylabel('Pwf(psia)')
ax_ql.plot(ipr_well.Ql, ipr_well.Pwf)
ax_ql.plot(vlp_well.Ql, vlp_well.Pwf)
    
ax_qg.set_xlabel('Qg(Mscf/d)')
ax_qg.set_ylabel('Pwf(psia)')
ax_qg.plot(ipr_well.Qg, ipr_well.Pwf)
ax_qg.plot(vlp_well.Qg, vlp_well.Pwf)
    
ax_qo.set_xlabel('Qo(bbl/d)')
ax_qo.set_ylabel('Pwf(psia)')
ax_qo.plot(ipr_well.Qo, ipr_well.Pwf)
ax_qo.plot(vlp_well.Qo, vlp_well.Pwf)

OUTPUT

Ql(bbl/d) vs Pwf(psia); Qg(Mscf/d) vs Pwf(psia); Qo(bbl/d) vs Pwf(psia)

Theory

it will be to calculate inflow performance relationship (IPR) and vertical lift performance (VLP) curves for oil and gas wells. In addition, it will be to determine the holdup liquid well.

Dependencies

NodAnaPy requires the following Python (=>3.12) libraries:

1. PetProPy
2. Numpy
3. Scipy
4. Pandas

pip install -r requirements.txt

License

This project is licensed under the GNU Lesser General Public License v3.0 - see the LICENSE file for details.

API Documentation

For detailed API documentation, please refer to the official documentation