URTE 448830-Detecting Induced Fractures using Drilling Data to Gain Insights into Unconventional Fracture Growth | SPE/AAPG/SEG Unconventional Resources Technology Conference | OnePetro
This paper describes a novel process that uses standard drilling data obtained during the drilling of an infill well to identify induced hydraulic fractures that were created during the stimulation of a legacy well.
SPE – 196189-MS Identifying Depleted Induced Fractures from Offset Wells Using Common Drilling Data
This paper presents a new analytical workflow that combines the use of drilling-derived rock properties and fracture treatment responses to gain important insights and drive future decisions for both the drilling and completion processes.
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SPE 194357 – Improving Hydraulic Fracturing Performance and Interpreting Fracture Geometry Based on Drilling Measurements
This paper presents a new analytical workflow that combines the use of drilling-derived rock properties and fracture treatment responses to gain important insights and drive future decisions for both the drilling and completion processes.
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SPE 191600 – Improving the Effectiveness of Diverters in Hydraulic Fracturing of the Wolfcamp Shale
Apply lessons learned which can be applied to further improve economics and effectiveness of diverters in horizontal shale plays.
SPE-189827- Engineered Diversion: Using Well Heterogeneity as an Advantage to Designing Stage Specific Diverter Strategies
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Comitt Well Solutions and Drill2Frac Create Transformative Solution for Refracturing…
FracCheck Post-Treatment Evaluation Service
Drill2Frac Announces FracCheck Post-Treatment Evaluation Service Explore the relationship between…
On Tuesday, October 08, 2019 Drill2Frac along with partners Corva and Apex Petroleum Engineering presented “A paradigm Shift to Real-Time, Data-Driven Frac Completions.”
