PUBLICATIONS
Ziebel an Archer Company
FIBER OPTIC PUBLICATIONS
| SPE-204184 | Evaluating Infill Well Performance and Frac Hit Interference Using Intervention-Based Distributed Fiber Optics |
| SPE-204188 | Comparing and Combining Camera, Tracer and Distributed Temperature and Acoustic Sensing (DAS+DTS) for a Holistic Understanding of Stimulation and Production Performance |
| URTeC-2020-3274-MS | Intervention Based Distributed Fiber Optics Allows for a Systematic Evaluation of Diverters, Limited Entry, and HVFR Fluids in the Northwest Stack Play |
| SPE-106507-MS | Semi-stiff Carbon-Fiber Rod Pushed into Live Wells for Reservoir Performance Monitoring and Leakage Detection |
| SPE-170663-MS | Data Acquisition and Processing of Carbon Rod Conveyed DTS and DAS in Very Long Horizontal Wells: First Trial in North Sea Danish Sector |
| SPE-194338 | Validating Refrac Effectiveness with Carbon Rod Conveyed Distributed Fiber Optics in the Barnett Shale for Devon Energy |
| SPE-189880-MS | Mining the Bakken II – Pushing the Envelope with Extreme Limited Entry Perforating |
| URTeC-2668789 | An Integrated Study of Geophysical, Petrophysical, and Geochemical Data to Define Optimal Reservoir Development of the Avalon Shale in the Salado Draw Field, Delaware Basin, Lea County, New Mexico |
| URTeC-2796 | Using Multidisciplinary Data Gathering to Evaluate eXtreme Limited Entry Completion Design and Improve Perforation Cluster Efficiency |
| EAGE 1st Fiber Optic Workshop Amsterdam | Abstract 26, DAS Energy Calibration Applied to Multi-Rate Injection Profiling in a Horizontal Water Injector |
PASSIVE ACOUSTIC PUBLICATIONS
| SPE 212889-MS | For Permanent Plug and Abandon Operations, There is No Acceptable Level of Leakage. Can a Noise Tool be Used to Define No Leakage? |
| SPE 210690-MS | Cost Effective Plug And Abandonment Operations Through Acoustics Based Hydraulic Isolation Diagnostics |
| SPE 210299-MS | A Subsea Multilateral Oil Producer, Completed with AICD Sand Screens and Selective Inflow Valves is Evaluated by Combined Acoustic and PL Tools, Identifying the Sand Producing Branch and a Tubing Leak in a Single Operation |
| SPE 209030-MS | Complete Analysis of a Complex Sand Screen Completion in a Single Run in Hole is Enabled by Combination of Novel Passive Acoustic Tools with Conventional PLT and Caliper Techniques |
| SPE 194291-MS | A New Approach To Cement Evaluation Using Passive Acoustic Methods Directly Analyses The Performance Of The Barrier By Detecting Leakage Rather Than Its Physical Presence And Apparent Condition |
ULTRASONIC IMAGING TECHNOLOGY PUBLICATIONS
| SPE 212322-MS | Combined Video and Ultrasonic Measurements for Fracture Diagnostics – Greater Than the Sum of the Parts |
| SPE 194258-MS | Phased Array Ultrasonic Tools Provide Precise Measurement of Geometrically Complex Components Such as Nipple Profiles Downhole, Confirming Safety Critical Dimensions |
| SPE 189947-MS | Utilizing Ultrasonic Imaging Technology to Evaluate a Lateral Entry Module |
COMTRAC PUBLICATIONS
| SPE 212917-MS | Carbon Composite Technologies Combine with the Latest High Performance Downhole Tractor to Gather Production Data from Deeper than Ever Before, Logging 32 Compartments Over 25,000ft Horizontally to a Total Depth of 40,600ft |
| SPE 211666-MS | Using the Properties of Carbon Composite Rod to Decrease the Uncertainty of Along Hole Depth Measurement, Leading to Increased Confidence in Field Wide Geological Models and Well Placement. |
| SPE 197926-MS | Carbon Composite Rod Deployment System Enables Surveillance and Intervention Operations in Extended Reach, Maximum Reservoir Contact Wells that were Previously Inaccessible |
| SPE 194268-MS | Leveraging The Unique Properties Of A Carbon Composite Rod Deployment System To Push The Boundaries Of Perforation Procedures, Bringing Time And Cost Savings To Standard Operations As Well As Allowing New Techniques When Compared To Conventional Wireline |