C&P Presents: “The Myth and Facts about Diversion”

Speaker: Mojtaba P. Shahri
Speaker Mojtaba P. Shahri
  Mojtaba P. Shahri is a Senior Geoscientist in the Weatherford RD&E department in Houston, Texas. His current research interests include hydraulic fracturing and refracturing design and optimization. Shahri has been selected as SPE Distinguished Lecturer for 2017-2018. He has authored more than 35 technical papers and holds 7 pending ...

 


Mojtaba P. Shahri is a Senior Geoscientist in the Weatherford RD&E department in Houston, Texas. His current research interests include hydraulic fracturing and refracturing design and optimization. Shahri has been selected as SPE Distinguished Lecturer for 2017-2018. He has authored more than 35 technical papers and holds 7 pending US patent applications. Shahri received SPE Star, SPE Henry DeWitt Smith, SPE Nico van Wingen, SPE-GCS Exemplary Volunteer, and SPE Regional Young Member Outstanding Service Awards. He holds a Ph.D. degree in petroleum engineering from the University of Tulsa and is a registered Professional Engineer.

Full Description

 

Fluids introduced into a wellbore for stimulation applications typically take the path of least resistance and therefore frequently go into areas where there are open flow paths. In many cases, these are neither areas you want to stimulate to enhance production by using a refracturing operation in unconventional reservoirs, nor areas from which formation damage needs to be removed by using an acidizing operation in carbonate reservoirs. Recently developed solid particulate degradable diverters promote efficient plugging, which helps to create nearly impermeable seals and aids fluid diversion. These solid particulate materials are capable of degrading over time from a solid polymer state to a clear, nondamaging, liquid monomer solution, eliminating the need for mechanical removal after intervention. Although several field applications exist for this technology, less attention has been paid to the underlying physics and controlling parameters. This presentation describes how different advanced modeling (analytical and numerical), experimental, and field data mining approaches can be used to design and optimize different stages of fluid diversion. Application of lessons learned and engineered design key practices are shown by means of case studies.

Organizer Reza Safari

When?

Wed, Apr. 26, 2017
11:30 a.m. - 1 p.m. US/Central

How Much?

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Where?

Norris Conference Center – Houston/Westchase
9990 Richmond Avenue
Houston, TX 77042
United States

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