BRITT is an engineering consultant with NSI Fracturing, and President of Britt Rock Mechanics Laboratory at the University of Tulsa. Since joining NSI in early 1999, Larry has specialized in the development and application of tools for the post appraisal of hydraulic fracturing stimulations. Britt's experience includes the optimization, design, and execution of fracture stimulations and integrated field studies throughout the world. Prior to joining NSI he worked for Amoco Production Company for nearly twenty years. During the last six years with Amoco, he was fracturing team leader at Amoco's Technology Center in Tulsa, Oklahoma, where he was charged with managing the development and application of fracturing technology for Amoco's worldwide operations. Larry is the co-author of the SPE book 'Design and Appraisal of Hydraulic Fractures'.

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Larry is a distinguished member of the SPE and co-author of 'Hydraulic Fracturing' and on numerous SPE Forum Committees on gas reservoir engineering and hydraulic fracturing. In addition, Larry has authored over thirty technical papers on reservoir management, pressure transient analysis, hydraulic fracturing, and horizontal well completion and stimulations. He is a graduate of the Missouri University of Science & Technology (MS&T) where he has a BS in Geological Engineering and a Professional Degree in Petroleum Engineering. He is an adjunct professor in the Petroleum Engineering Department at MS&T where he also serves on both the Petroleum Engineering and University Engineering Advisory Boards and is a member of the Academy of Mines and Metallurgy. Horizontal wells have become the industry standard for unconventional and tight formation gas reservoirs. Because these reservoirs have poorer quality pay, it takes a good, well-planned completion and fracture stimulation(s) to make an economic well. Even in a sweet spot in the unconventional and tight gas reservoir, good completion and stimulation practices are required; otherwise, a marginal or uneconomic well will result.

But what are good completion and stimulation practices in horizontal wells in these unconventional reservoirs? What are the objectives of horizontal wells and how do we relate the completion and stimulation(s) to achieving these goals? How many completions/stimulations do we need for best well performance and/or economics? Ultimate Jazz Fake Book Eb Pdf Reader.

How do we maximize the value from the horizontal wells? When should a horizontal well be drilled longitudinally or transverse? These are just a few questions to be addressed during this course. This course will focus on some of the key elements of well completions and stimulation practices as they apply to horizontal wells in tight and unconventional reservoirs. Optimization studies will be shown and used to highlight the importance of lateral length, number of fractures, inter-fracture distance, fracture half-length, and fracture conductivity. These results will be used to discuss the various completion choices such as cased and cemented, open hole with external casing packers, and open hole pump and pray techniques. This course also will address key risks to horizontal wells and develop risk mitigation strategies so that project economics can be maximized.

In addition, tight and unconventional gas field case studies will be used to illustrate the application of these design, optimization, and risk mitigation strategies for horizontal wells in tight and unconventional gas reservoirs. 'I appreciated the problems. This tested the learning that we gained. Great approach to test knowledge learned.

Instructor is very well versed and his depth and breadth of knowledge was good.' - Reservoir Engineer 'Very thorough overview of the entirety of the completion/stimulation process.

Great course!' - Reservoir Engineer.

How To: • Use key multi-disciplinary tools for successful completions and stimulations in unconventional resources • Understand the importance of geo-mechanics and rock mechanics to the success of transverse multiple fractured horizontal wells in unconventional resources • Understand unconventional resource play completion options and selection processes • Apply principals and design of well stimulation treatments in unconventional resources • Employ critical data needs and collection techniques with minimal operational impact. Unconventional Resources Completion and Stimulation - URCS Discipline: Production and Completions Engineering Level: Foundation Duration: 5 days Instructor(s): Larry Britt Horizontal wells have become the industry standard for unconventional and tight formation gas reservoirs. Because these reservoirs have poorer quality pay, it takes a good, well-planned completion and fracture stimulation(s) to make an economic well. Even in a sweet spot in the unconventional and tight gas reservoir, good completion and stimulation practices are required; otherwise, a marginal or uneconomic well will result.

But what are good completion and stimulation practices in horizontal wells in these unconventional reservoirs? What are the objectives of horizontal wells and how do we relate the completion and stimulation(s) to achieving these goals?

How many completions/stimulations do we need for best well performance and/or economics? How do we maximize the value from the horizontal wells? When should a horizontal well be drilled longitudinally or transverse? These are just a few questions to be addressed during this course. This course will focus on some of the key elements of well completions and stimulation practices as they apply to horizontal wells in tight and unconventional reservoirs. Optimization studies will be shown and used to highlight the importance of lateral length, number of fractures, inter-fracture distance, fracture half-length, and fracture conductivity. These results will be used to discuss the various completion choices such as cased and cemented, open hole with external casing packers, and open hole pump and pray techniques.

This course also will address key risks to horizontal wells and develop risk mitigation strategies so that project economics can be maximized. In addition, tight and unconventional gas field case studies will be used to illustrate the application of these design, optimization, and risk mitigation strategies for horizontal wells in tight and unconventional gas reservoirs. 'I appreciated the problems. This tested the learning that we gained.

Great approach to test knowledge learned. Instructor is very well versed and his depth and breadth of knowledge was good.' - Reservoir Engineer 'Very thorough overview of the entirety of the completion/stimulation process. Great course!'

Red Ring Light Font Free Download. - Reservoir Engineer Designed For: Petroleum and production engineers, completion engineers, stimulation engineers, geologists, managers, technical supervisors, service and support personnel.

This is an Adobe® Digital Edition and cannot be returned after purchase. Please read our prior to purchase. Using an interdisciplinary approach, this new book offers a basic yet comprehensive introduction to the completion and reservoir engineering aspects of hydraulic fracture stimulation.

Design and Appraisal of Hydraulic Fractures is divided into three sections. Section 1 covers the design and placement of a hydraulic fracture stimulation; topics include the basics of the hydraulic fracturing process, stress issues, fracture geometry, controls on generated length and width, fluid and proppant selection, quality control, and quality assurance. Section 2 introduces the use of dynamic data to characterize the in-place hydraulic fracture, outlining the methods of pressure-transient analysis for both pressure-drawdown and pressure-buildup tests. The discussion includes effective wellbore radius, effective fracture half-length, equivalent skin, and their relationships; simulated and field examples illustrate the basic analysis procedure and many common pitfalls. The final section covers the prediction of long-term rate performance and recoverable volumes. Three approaches are discussed: rate-decline type curves, analytical and semianalytical methods, and numerical simulation.

Essential elements are given for each and illustrated with field examples. Design and Appraisal of Hydraulic Fractures is a valuable reference for all members of the geotechnical and surface engineering communities who need to understand the important issues around and the full impact of hydraulic fracture stimulation on well performance.