Technical Papers & Articles
At ShearFRAC®, we believe that the true measure of technological innovation lies in its practical application and real-world impact. These documents showcase not only the theoretical foundations of our work but also the tangible outcomes and insights gained from actual field applications. They represent a blend of cutting-edge research and practical implementation, demonstrating how our solutions translate into measurable benefits for our clients.
Technical Papers & Articles
Pursuit of the Perfect Frac: How Embracing Subsurface Complexity Can Enhance Fracture Results
In the pursuit of optimal fracture performance, operators are increasingly challenged by the complexities of unconventional reservoirs. Traditional fracture models often fall short when navigating subsurface heterogeneity. ShearFRAC® has developed an advanced workflow that leverages real-time data to refine fracture models, embracing this subsurface complexity…
Optimizing Hydraulic Fracturing – ShearFRAC’s Findings Revealed in the Montney Formation
In the pursuit of maximizing hydrocarbon recovery and operational efficiency, the oil and gas industry is continually seeking innovative solutions to overcome the challenges presented by complex geological formations. ShearFRAC, a leading provider of hydraulic fracturing technologies, recently conducted a meticulously controlled trial across four pads in the middle Montney formation of Central Alberta..
Reservoir and Fracture Characterization for Enhanced Geothermal Systems
For enhanced geothermal systems (EGS), multistage hydraulic fracturing along a deviated or horizontal well is a key technology used to create a high-conductivity fracture network between injection and production wells in deep, low-permeability geothermal reservoirs…
Hey Siri, Complete That Well for Me
A geosteering expert can remotely monitor or operate multiple simultaneous well-drilling operations while directional drillers can also handle multiple wells, said Johnston, who has a geosteering background. Operations would just take a few people at the drill site to keep an eye on things and handle maintenance of equipment…
Restricting Adverse Fracture Driven Interactions Through Completion Optimization and Active Guidance
There are many recent endeavors to avoid adverse fracture-driven interactions (FDI’s) and ensure economically competitive infill wells (Scherz, 2020). Operators often struggle to overcome asymmetrical fracture propagation caused by existing depleted wells through restricting “runaway fracs” drawn toward pressure sinks surrounding the primary/parent wells…
Rock Fabric Not Principal Stress Dictates SRV: The Story of How a ∼70 Year Old Discounted Data Point Still Plagues Our Industry and How True Triaxial Testing Finally Confirms It
Hydraulic fracturing in unconventionals ascribes to “fractures should be perpendicular to the axis of least stress”. First published in 1957 by, this theory stands the test of time…
Mechanical Characterization, Anisotropy, and Failure Pattern of Unconventional Reservoirs for Wellbore Stability and Fracture Enhancement
Entire field development economics may be quickly eroded by increased expenditures associated with downhole drilling complications, reduced rates of penetration, or fishing operations at the extreme end of the spectrum…
Technical Product Documents
ResBRAIN® – Automated PFPD Analysis Platform
ResBRAIN® is a Post Frac Pressure Decay (PFPD) analysis tool and three-dimensional viewing platform for stage-level reservoir characterization. This automated system performs real-time quality control and data validation, delivering results immediately post-stimulation.
Richter Predictor – Induced Seismicity De-Risking Technology
The Richter Predictor provides unprecedented insights in real-time for induced seismicity risk mitigation using advanced surface pressure recording and analysis techniques. Acting as a distributed fluid antenna, this innovative tool identifies fault plane slippage during fluid injection operations assessing the risk of induced seismicity events up to days in advance.
FDI Playbook
The FDI Playbook is an advanced Fracture Driven Interaction (FDI) tool engineered to monitor, manage and mitigate well-to-well interactions during hydraulic stimulation operations.