Operators face challenges in optimizing hydraulic fracturing and reservoir simulation due to the complex interplay of multiphase flow, proppant transport, and thermal effects throughout the well lifecycle. Inaccurate modeling can lead to suboptimal well spacing, perforation design, and reduced enhanced oil recovery (EOR) outcomes. This results in decreased capital efficiency and lower production rates.

ResFrac provides a fully coupled hydraulic fracturing and reservoir simulation platform that enables operators to accurately model and optimize well development strategies. The software integrates multiphase flow, 3D fracture mechanics, proppant transport, poroelastic stresses, wellbore dynamics, and thermal effects into a single simulation environment. By synthesizing complex field-scale datasets, ResFrac allows engineers to test designs in a virtual environment, mitigate parent/child impacts, improve capital efficiency, design enhanced oil recovery (EOR) strategies, and optimize geothermal systems. The platform's physics-based simulation is synergistic with data analytics and field data collection, accelerating the process of continuous improvement.

Fully integrated simulator incorporating multiphase flow, 3D fracture mechanics, proppant transport, poroelastic stresses, wellbore dynamics, and thermal effects

Advanced proppant transport modeling, including inertia, settling, and perforation erosion effects

StageOpt integration for rapid perforation design optimization

Capabilities for modeling and optimizing enhanced geothermal systems (EGS)

Industry-leading user interface and cloud-based tools

Automated economic optimization tool

Integration with existing workflows and field data collection

The primary target audience includes reservoir engineers, geoscientists, and senior leaders at oil and gas companies, ranging from small independents to supermajors, as well as those involved in enhanced geothermal systems (EGS).