Our projects

PetroTech

PetroTech: Revolutionizing Petroleum Engineering with User-Friendly Tools

PetroTech is a dedicated team of petroleum engineering experts, supported by professional programmers and PhD mathematicians, committed to providing innovative solutions for the energy sector. Our suite of Petroleum Engineering Tools is crafted with deep industry expertise and a passion for solving real-world challenges.

Built by Engineers, for Engineers

PetroTech was founded with a mission to empower practicing engineers by offering intuitive, efficient tools for tackling common engineering problems. Whether working in petroleum, reservoir, fracturing, or process engineering, our solutions are designed to enhance decision-making and streamline workflows.

Why PetroTech?

In our years of engineering practice, we encountered numerous software tools that, while powerful, often had steep learning curves and unintuitive interfaces. These challenges inspired us to create something different—a platform where engineers can:

Solve professional engineering problems quickly and easily.
Access tools from anywhere, using a simple web interface.
Skip the frustration of lengthy software training and focus on achieving results.

The PetroTech Vision

Our vision of delivering easy-to-use, web-based Petroleum Engineering tools has driven the development of a comprehensive platform that combines technical rigor with unparalleled user-friendliness.

Experience the difference with PetroTech—where advanced engineering meets intuitive design, enabling you to work smarter, faster, and from anywhere.

Injection Test Analysis

Our platform incorporates a wide range of industry-standard diagnostic tools for injection test analysis, designed to enhance efficiency and minimize repetitive tasks. These tools streamline the workflow, allowing engineers to focus on critical insights rather than cumbersome processes. Supported analysis methods include:

Minifrac Analysis
Step Rate Test Analysis (SRT)
Step Down Test Analysis (SDT)
Horner Analysis
Nolte Analysis
Nolte-Smith Analysis
Log-Log Analysis

These features are developed with user convenience in mind, ensuring a smooth and effective experience for performing injection diagnostics.

Development of Hydraulic Fracture (HF) Designs

The development and adjustment of hydraulic fracture (HF) designs are simplified through user-friendly tools that streamline routine operations:

Automated Data Import: Well trajectory and survey data can be automatically imported from various file formats, ensuring quick and seamless setup.
Reservoir Layering Model Creation: A reservoir layering model and lithological column are generated using standard LAS files, with user-defined parameters to control lithotype boundaries.
Geomechanical Property Input: Geomechanical layer properties can be input manually, averaged automatically from well log data over a specified layered model, or generated based on the lithological column and customizable user templates.
Treatment Schedule Management: The treatment schedule, whether planned or actual, can be configured manually, imported from templates, or defined interactively stage-by-stage on a real-time plot for fluids and proppants.
Data Analysis and Model Adjustment: Intuitive graphs enable comparison of simulated and actual data, while editing tools for geomechanical and leakoff tables allow for seamless calibration of the geomechanical model to align with mini-fracture test results.

This approach ensures efficiency, accuracy, and adaptability in HF design workflow