Engineering Software Built for
Subsurface Professionals
Practical software tools grounded in petroleum engineering expertise — designed to support real field decisions, not replace engineering judgement.
Hydraulic Fracture Explorer
Interactive Physics-Based Simulator for Fracture MechanicsAI-Driven Well Stimulation Decision Support
Hydraulic Fracture Explorer is an interactive simulator for classical PKN, KGD, and radial fracture models. Rather than operating as a static calculator, it connects underlying fracture mechanics directly into an interactive treatment workflow that engineers and students can actively interrogate, change, and observe.
Designed to bridge education and practice, it helps new completion engineers and students build physical intuition around rock and fluid behavior before stepping into complex commercial simulators.
- Classical Models: Real-time simulation of PKN, KGD, and Radial fracture geometries.
- 6-Stage Treatment Workflow: Covers wellbore pressurization, fracture initiation, propagation, leakoff, proppant transport, and closure.
- Interactive Mechanics: Observe immediate impacts of injection rate and fluid/rock behavior on fracture growth and pressure.
- Educational Integration: Replaces static classroom equations with an environment students can learn from and continue using in practice.
- Foundational Stepping Stone: Builds core intuition to help engineers use advanced commercial tools more effectively.
● Currently in active development
From Static Equations to Physical Intuition
Interrogate Engineering Parameters
Adjust injection rate, fluid viscosity, and rock properties without complex setup, static spreadsheets, or rigid UI barriers.
Observe 6 Physical Stages
Track dynamic calculations across wellbore pressurization, fracture initiation, propagation, leakoff, proppant transport, and closure.
Understand Treatment Response
Immediately evaluate how changing inputs alters pressure buildup, fracture conductivity, and final proppant placement.
Production-Grade Technology Stack
Hydraulic Fracture Explorer Roadmap
Module 1: Fundamentals
✓ Complete
Interactive PKN, KGD, and Radial models integrated across a 6-stage physical treatment workflow.
Pseudo-3D Models
In Progress
Extending mechanics to account for fracture height growth, stress barriers, and fluid containment.
Planar 3D Simulation
◌ In Progress
Implementing numerical grid solvers for advanced planar 3D fracture geometry tracking.
Multi-Stage Fracturing
◌ In Progress
Simulating multi-stage horizontal completions and stress shadow interactions between stages.
Discrete Fracture Networks (DFM)
◌ In Progress
Complex modeling of hydraulic fracture interactions with pre-existing natural fracture networks.
Education & Enterprise Platform
◌ In Progress
Unified environment linking university curricula with professional engineering workflows.
What We're Building Next
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Site assessment and system planning tool for geothermal energy projects — from geological data input to energy output modelling and economic viability analysis.
Interested in Hydraulic Fracture Explorer or a Custom Solution?
Whether you want early access to Hydraulic Fracture Explorer, need a bespoke tool for your field workflow, or want to discuss how AI can support your engineering decisions — we want to hear from you.
- Early access to Hydraulic Fracture Explorer beta
- Custom tool development for specific field challenges
- Integration with your existing reservoir simulation stack
- Technical consultation on AI-assisted engineering workflows
📧 Email:
support@carbonstrata.org
Response within 1 business day.
Hydraulic Fracture Explorer is currently in development. Early access requests are reviewed on a first-come basis. Academic and research partners welcome.