Practical Injection Surveillance in Shale Plays - GEO PSI & Richard Baker

Ever wanted to know more about the applications of real-time downhole data and how it is accelerating the efficient development complex reservoirs around the world?

Listen in as Richard Baker, world-renowned reservoir engineering expert, gives an overview of the complexity of injecting into reservoirs and how measured pressure, temperature, and seismic data dramatically improves the understanding of your reservoir when compared to idealized theoretical models!

We are proud to provide free access to this insightful discussion, as well as direct access to Richard through a time of questions & answers at the end of our event!

We at GEO PSI are excited to provide free access to this incredible resource for our industry.

Thank you Richard Baker for providing your powerful insights through this unique platform for reservoir engineers, production engineers, and geoscience professionals around the world to benefit from!

To view the full live event including the Q&A session, follow this link: https://vimeo.com/954899022

0:00 - Introduction
3:42 - Presentation Overview
4:20 - Major Challenges/Questions With Horizontal Multi-Fractured Wells
9:14 - Seismic Data Shows Shape Of Fracture, But Pressure Shows Hydraulic Connectivity
11:40 - What Do Pressure Gauges Tell Me During Production?
14:08 - Well Spacing: NPV vs. Interwell Fracture Architecture
18:34 - Well Spacing vs. Fracture System
21:43 - Fracture Length Controls Well Spacing
22:26 - Effective Hydraulic Length Drives Well Spacing
24:13 - Effective Length Is Not Equal To Hydraulic Connectivity
27:17 - Fluid Entry Even In Naturally Fractured Reservoirs Is Highly Localized
29:59 - Mental model Multi-Well, During Fracture Treatment
34:50 - How Does Pressure Data Tell You About Well Spacing?
39:56 - What Do Pressure Gauges Do For Me During Production?
42:55 - Example Of Map View Of Fracture Architecture From Micro-Seismic
44:25 - Example of HFTS Midland Texas Site
45:58 - Middle Wolfcamp/Supper Wolfcamp: Micro-Seismic Hydraulic Fracturing Test Site (HFTS)
47:26 - Decrease In Fracture Permeability As Depressurization Occours
49:20 - Fracture Containment Issues
49:58 - Induced man-Made Fractures Induced During Hydraulic Fracturing Tend To Have Limited Height
51:42 - Why Are Distributed Acoustic Systems & Distributed Pressure Systems So Important
52:41 - Fracture Systems Are Inherently Complex
53:39 - The Importance Of Data
56:29 - Conclusions


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