Single User Water Injection Algorithm Source Code Implementation

This repository provides MATLAB source code for implementing the single-user water injection algorithm, designed to increase oil well productivity through strategic water injection. The program executes through the following computational phases:

1. Input Parameter Acquisition: The code reads essential well parameters including well depth, borehole diameter, reservoir thickness, porosity, and permeability using MATLAB's input functions and data structures.

2. Data Processing Pipeline: Through matrix operations and interpolation techniques, the algorithm generates production curves depicting water and oil output relationships, implementing numerical methods for curve fitting.

3. Optimal Injection Calculation: Utilizing optimization algorithms (potentially gradient-based methods or linear programming), the code computes the ideal water injection volume that maximizes production efficiency based on the generated curves.

4. Result Output and Visualization: The program outputs optimal injection volumes and maximum production values through MATLAB's display functions, with potential graphical representation of production curves using plotting capabilities.

This source code serves as both an educational tool for understanding water injection algorithm principles and a practical framework for optimizing well parameters. Users can modify input variables through the parameter configuration section to simulate different reservoir conditions and analyze production outcomes.