Openpetro provides an AI‑driven platform for petrophysical analysis, allowing users to upload well log files (e.g., .las, .txt) or run calculations without a file. The service can generate plots, compute VSH, SW, sand RPT, and fluid properties such as Batzle, streamlining routine well‑log interpretation tasks for geoscientists and engineers.
Funding
Funding not disclosed
Founders
Product
Problem
Petroleum engineers often spend significant time manually processing well log files to generate plots, calculate shale volume, water saturation, synthetic wavelets, and fluid properties, which can be error‑prone and inefficient.
Solution
Openpetro offers a web‑based platform where engineers can upload standard well log formats (e.g., .las, .txt) or work without files to perform common well‑analysis tasks instantly. The interface provides one‑click tools for plotting gamma‑ray and density logs, computing volume of shale and water saturation, generating synthetic Ricker wavelets, creating sand relative permeability tables, and calculating Batzle fluid properties. Results are displayed interactively and can be exported for reporting, reducing manual data handling and accelerating routine analysis workflows.
Target Audience
Primary users are petroleum engineers and geoscientists who need fast, reliable well‑log analysis for exploration, development, and production workflows.
Features
- Supports direct upload of .las well logs and .txt wellpath surveys
- One‑click plotting of gamma‑ray (GR) and bulk density (RHOB) logs with customizable axes
- Automated calculation of shale volume (VSH) and water saturation (SW) from uploaded logs
- Synthetic wavelet generation (e.g., Ricker) without requiring input files
- Sand relative permeability table (RPT) creation based on user‑defined parameters
- Batzle fluid property calculator for estimating density, viscosity, and compressibility
- Interactive results view with options to download data and visualizations