Reservoir: Fracture Modeling, Microseismic Measurements, and Production Evaluation: What's the Role of SRV?

Speaker Craig L. Cipolla
Senior Completions Engineering Advisor, Hess As a Senior Completions Engineering Advisor, Craig provides hydraulic fracturing and completions support to HESS business units worldwide. Craig’s current focus is the development of unconventional resources. Prior to joining HESS, Craig was Chief Engineering Advisor for Schlumberger-Hydraulic Fracture Monitoring and Optimization, focusing on the ...

Senior Completions Engineering Advisor, Hess


As a Senior Completions Engineering Advisor, Craig provides hydraulic fracturing and completions support to HESS business units worldwide. Craig’s current focus is the development of unconventional resources. Prior to joining HESS, Craig was Chief Engineering Advisor for Schlumberger-Hydraulic Fracture Monitoring and Optimization, focusing on the application of microseismic fracture mapping, complex hydraulic fracture models, and reservoir simulation to improve stimulation designs and field development in unconventional reservoirs. Before joining Schlumberger in 2009, Craig’s most recent positions were VP of Stimulation Technology for Carbo Ceramics (2008-2009) and VP of Engineering for Pinnacle Technologies (1996-2008). Craig also held positions with Union Pacific Resources, CER Corporation, and Dresser Titan. Craig has co-authored over 65 technical papers and was an SPE Distinguished Lecturer on hydraulic fracturing in 2005-2006. Mr. Cipolla was the recipient of the prestigious SPE International Completions Optimization and Technology Award in 2013. Craig holds undergraduate degrees in Engineering and Chemistry from the University of Nevada-Las Vegas and a Masters Degree in Petroleum Engineering from the University of Houston.


 

Full Description

SPE Distinguished Lecturer Craig Cipolla Presents

Fracture Modeling, Microseismic Measurements, and Production Evaluation: What's the Role of SRV?

Sponsored by

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Craig L. Cipolla - Senior Completions Engineering Advisor, Hess

The concept of stimulated reservoir volume (SRV) was developed to provide some quantitative measure of stimulation effectiveness in the Barnett shale based on the size of the microseismic "cloud." SRV is now ubiquitous when discussing well performance and stimulation effectiveness in unconventional reservoirs. However, SRV and similar techniques provide little insight into two critical parameters: hydraulic fracture area and conductivity. Each of these can vary significantly based on geologic conditions and fracture treatment design. The concept of SRV has spawned numerous reservoir engineering models to approximate the production mechanisms associated with complex hydraulic fractures and to facilitate well performance evaluations. However, these reservoir engineering models are often divorced from the fracture mechanics that created the fracture network, a significant limitation when evaluating completion effectiveness. Additionally, the interpretation of the microseismic data and the calculation of SRV are poorly linked to the actual hydraulic fracture geometry and distribution of fracture conductivity. This presentation examines the limitations and potential misapplications of the SRV concept. This work also suggests that simplifying assumptions in many SRV-based rate transient models may lead to estimates of hydraulic fracture length and reservoir permeability that are not well suited for completion optimization. Two case histories are presented that illustrate the limitations of SRV-based well performance evaluations, while detailing the value of a more holistic approach to production evaluation and completion optimization that includes integrated hydraulic fracture modeling and reservoir simulation.

Organizer Miles Palke

When?

Thu, Mar. 6, 2014
11:30 a.m. - 1 p.m. America/Chicago

How Much?

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Where?

Sullivan’s Steakhouse
4608 Westheimer Rd
Houston, TX 77027

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