Advanced Hydraulic Well Fracturing
(PTRT2015)

This is a new and expanded version of our most popular course. It presents a down-to-earth, easy to understand nuts and bolts of the various tools and techniques that are in use today for application of multiple fracturing for successfully producing extremely low permeability reservoirs.
This course is designed specifically for practicing engineers and geologists. It is suited for all interested in improving the outcome of hydraulic fracturing treatments in horizontal wells, including drilling, completion, reservoir and production engineers as well as geologists and geophysicists. Both technical and management staff will benefit from attending this course.

Successful fracturing of a horizontal well requires deeper understanding of the relationship between reservoir and formation properties, in-situ stresses, well completion, and details of fracture design. Through numerous case histories and actual job results the course shows that many horizontal well fractures usually include a mix of axial (longitudinal) and transverse fractures along the length of the well. The cause of this behavior is traced back to completion techniques and fracture designs. The many case histories covered in this course include active US and Canadian tight reservoirs such as Bakken, Eagle Ford, Barnett, Cardium, Fayetteville, Granite Wash, Haynesville, Marcellus, Montney, Nor egg, Viking, and more. It presents the different fracturing strategies that are being used in different geologic formations, and the completion options that help their implementation. It also presents several new techniques for analysis of treatment data for continuous improvement of production results. The new additions to this course cover new and simple methods for determinations of in-situ fracture parameters, and, treatment data analysis with view towards job improvement.
Important engineering parameters for successful fracturing of horizontal wells include the length of the horizontal well, type of completion (un-cemented vs. cemented hole), selection of the specific completion system and its functional reliability during the entire fracturing operations, the number and spacing of the fractures, the type and volume of frac fluid, injection rate, and the type and concentration of proppant. This course offers an in-depth review of the different completion techniques presently used by the industry and the operational strengths and weaknesses of each of them.

Dr. Ali Daneshy teaches a graduate course on hydraulic fracturing at the University of Houston and is president of Daneshy Consultants Int'l. He is an SPE Distinguished Lecturer and winner of SPE Distinguished Service Award for his contributions to hydraulic fracturing. He is well-known throughout the world for his fracturing expertise. He has over 40 technical publications on the subject and has led and participated in planning, execution and optimization of many fracturing campaigns in all parts of the world during his 40 years of experience in the oil and gas industry. This is a very popular course and is taught regularly in US, Canada and many other countries.

G123132Q Feb 19 - 21 8:00 am - 5:00 pm
Wed,Thu,Fri  $2,950.00
($2,975.00 out-of-state)
Midland College PPDC Building
Registered: 4 24.0 Hours


Midland College is accredited by the Commission on Colleges of the Southern Association of Colleges and Schools to award certificates
and associate and baccalaureate degrees. Contact the Commission on Colleges at 1866 Southern Lane, Decatur, Georgia 30033-4097
or call 404-679-4501 for questions about the status of Midland College.

Midland College is an Equal Opportunity Employer/Educator

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