omni-wells 0.1.1

Desktop tool for producer–injector well matching based on economic index and 3D distance, implementing the fast opening schedule procedure by Diniz et al.

OmniWells

Wells' Opening Schedule Tool

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Background

OmniWells implements the fast well opening schedule procedure proposed by Diniz et al. (2024) (doi:10.1016/j.geoen.2024.213179) and updated by Diniz et al. (2026) (doi:10.1007/s40430-025-06230-4).

The procedure addresses a common challenge in reservoir management: defining the optimal sequence in which producer and injector wells should be opened to improve field recovery. Rather than solving a complex combinatorial optimization problem, the method uses a fast heuristic based on two criteria:

• Economic index (PWEI / IWEI): producers are prioritized in descending order of their economic index, ensuring the most profitable wells are opened first.
• 3D Cartesian distance: for each prioritized producer, the nearest unassigned injector (by Euclidean distance between wellheads) is assigned, establishing the producer–injector pairs.

The user provides a list of wells with their wellhead Cartesian coordinates (X, Y, Z) and the economic index for each well, with sign convention: positive for producers (PWEI), negative for injectors (IWEI). OmniWells then generates the ordered sequence of producer–injector pairs, which can be used to evaluate well relationships and define the opening schedule significantly faster than full optimization approaches.

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Quickstart

Requirements

• Python 3.12+

• Windows / macOS: PyPI wheels include all required Qt libraries for Windows and macOS.

• Linux:

  Ubuntu / Debian

  sudo apt install libglib2.0-0 libnss3 libx11-6 python3-pyqt6 python3-pyqt6.qtwebengine

Fedora / RHEL / CentOS

  sudo dnf install glib2 nss libX11 python3-pyqt6 python3-pyqt6-webengine

Arch Linux / Manjaro

  sudo pacman -S python-pyqt6 python-pyqt6-webengine

openSUSE

  sudo zypper install libglib-2_0-0 mozilla-nss libX11-6 python3-qt6 python3-qt6-webengine

Installation

Install OmniWells using your preferred package manager. After installation, launch the application by running omni-wells.

pipx (recommended for most users; installs the application in an isolated environment)

pipx install omni-wells
omni-wells

pip

pip install omni-wells
omni-wells

uv

uv tool install omni-wells
omni-wells

A native desktop window opens automatically and no browser configuration is needed. The interface is built with PyQt6 + WebEngine, serving a Flask application internally. This means the UI runs as a web app inside a desktop window, combining the flexibility of web technologies with the convenience of a native application.

Getting Started

Not sure where to start? The application ships with a built-in sample dataset:

1. In the sidebar, under Sample, click ↓ Download sample case to get a ready-to-use CSV file.
2. Click 📂 Open CSV file and select the downloaded file.
3. The table is populated automatically with 20 producers and 20 injectors.
4. Click ⚙ Evaluate data: the result panel on the right shows the producer–injector pairs instantly.
5. Click ⬇ Download CSV to save the result, or the copy icon to copy it to the clipboard.

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Using the application

Data entry

There are three ways to load your data:

Manual input: click any cell in the table and type directly. Navigate with arrow keys or Enter to move between cells. Click add row to add new rows if needed.

Paste from Excel or any spreadsheet: select a cell in the table, copy your data from Excel (including the header row), and press Ctrl+V. OmniWells detects the header and delimiter automatically and fills the table.

Import a CSV file: click 📂 Open CSV file. Before importing, configure the separators to match your file format (see below).

Input format

The table expects five columns:

WELL	X	Y	Z	WEI
P-01	1000.25	2000.50	100.75	950.33
Wildcat	5000.10	8000.80	200.40	900.17
I-01	1100.30	2100.60	101.85	-200.44

• WELL: well name. Must start with P or W for producers, I for injectors. Displayed in blue for producers, orange for injectors.
• X, Y, Z: Cartesian coordinates of the wellhead.
• WEI: economic index. Positive for producers (PWEI), negative for injectors (IWEI).

Separator configuration

In the sidebar under Number format and Import CSV, you can configure:

• Decimal separator: period . (default, international standard) or comma , (Brazilian/European standard)
• Thousands separator: none (default), comma , or period .
• Column separator: comma , (default), semicolon ; or Tab

These settings prevent conflicts automatically: if two separators would clash, the conflicting option is disabled. All separator preferences are persisted between sessions, so you only need to configure them once.

Managing rows

• + New row: adds a blank row at the bottom
• + add row: button at the bottom of the table, same effect
• Checkboxes: select individual rows or all at once with the header checkbox (Ctrl+A while a cell is focused selects all)
• ✕ Delete selected: removes selected rows, with a confirmation modal showing the data about to be deleted
• 🗑 Clear table: removes all rows and resets the table

Result

After clicking ⚙ Evaluate data, the right panel shows the ordered producer–injector pairs. From there:

• ⬇ Download CSV: saves the result as result_<timestamp>.csv
• Copy icon: copies the result to the clipboard in CSV format

Dark / Light mode

Click ☾ Dark / ☀ Light in the top-right corner to toggle the theme. The chosen theme persists across sessions, so the next time you open the application it remembers your preference.

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Development

Only Docker and Make are required — no local Python installation needed.

git clone https://github.com/AugustoMagalhaes/omni-wells.git
cd omni-wells
make build
make up

Access at http://localhost:5000.

Command	Description
make build	Build the Docker image
make up	Start the development server
make up-bg	Start in background
make down	Stop and remove containers
make logs	Follow container logs
make shell	Open bash inside the container
make lint	Run ruff check
make format	Run ruff format
make test	Run pytest
make dist	Build wheel and sdist
make clean	Remove cache and build artifacts

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Tech stack

Layer	Technology
Desktop wrapper	PyQt6 + QtWebEngine
Backend	Flask + HTMX
Data processing	pandas + numpy
Styling	Vanilla CSS with CSS variables
Tests	pytest + pytest-cov
Lint	ruff
CI	GitHub Actions + Codecov

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References

• Diniz et al. (2024). A fast procedure for well opening schedule in oil fields. Geoenergy Science and Engineering. doi:10.1016/j.geoen.2024.213179
• Diniz et al. (2026). Updated well opening schedule procedure. Journal of the Brazilian Society of Mechanical Sciences and Engineering. doi:10.1007/s40430-025-06230-4

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License

MIT © Augusto Magalhães