White paper: In‐depth engineering evaluation in the Utica/Point Pleasant unconventional play opens the door for alternative completion designs that deliver more uniform fracture coverage with corresponding increases in production and economic returns.
Documenting the completion and fracturing-design evolution for secondary recovery over several vintages of wells, as well as the use of preinstalled tracer systems to verify production uniformity and diversion success.
Improvements to frac treatment design can mitigate hydraulic fracture inefficiency and improve the economics of multi-fractured horizontal completions.
Latest field trial results for electro-magnetic methods for far-field proppant detection.
Using SCALEGUARD avoids costly remediation and production decline due to severe scale deposition
One of the major uncertainties in the analysis of unconventional well productivity is the estimation of the hydraulic fracture height generated during stimulation operations. This study was carried out in a well located in the Neuquen Basin, Argentina with main focus on the development of unconventional shale oil.
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