Jun 11, 2022 | 08:00 AM CST
Innovative technology. Digital initiatives.
Halliburton leads a more sustainable energy future.
June 11 - 15, 2022 Stavanger, Norway
Halliburton is excited to be a sponsor at the SPWLA 63rd Annual Symposium.
Visit us at booth #A1 to learn how Halliburton technology and experience can help you minimize cost, reduce risk, and maximize your asset value.
Register for SPWLA
Enhanced subsurface insight, superior drilling performance, and consistent well delivery.
Explore istar
Our CoreVault solution captures up to 10 core samples in a sealed pressure vessel–in one run.
Explore corevaultFeatured event
Join us at 7:00 PM, Sunday, June 12 at the Norwegian Petroleum Museum. Registered guests of the symposium are invited for the Sunday evening icebreaker reception. This will be a great opportunity meeting up with old acquaintances or making new contacts while celebrating the opening of the symposium.
Featured Workshop
Nigel Clegg, from Halliburton, will be one of the presenters of Steering and mapping with Ultra-Deep Look-Around & Look-Ahead Resistivity: a review of the principles, benefits, and latest innovations for both novel and experienced users. Attendees will learn about the theory and principle of UDAR measurements, the latest innovations for better well placement and formation mapping, and more.
Featured workshop
Susana Gutierrez Carrilero, from Halliburton, will be one of the featured presenters at this workshop. Participants will acquire knowledge on how to use this data for the description of stratigraphic and structural features as well in-situ stress related features in vertical and horizontal wells.
Featured workshop
Luis Quintero, from Halliburton, will be one of the featured instructors at this workshop where participants will learn more about the key role that petrophysics plays in reserves estimation, and ultimately in asset value.
| Paper | Date/Time (CST) | Location |
|---|---|---|
| Exploring the Downhole Waterways: Identification of the Sneaky Path of Water Through the Well Completion Giuseppe Galli, Marco Pirrone, Nicola Pirola, and Luca Parodi, Eni SpA; Maximiliano Guiducci and Maciej Kozlowski, Halliburton |
TBD | TBD |
| Ultradeep 3D Electromagnetic Inversion for Anisotropy, a Guide to Understanding Complex Fluid Boundaries in a Turbidite Reservoir Nigel Clegg, Supriya Sinha, and Karol Riofrio Rodriguez, Halliburton; David Marchant, Computational Geosciences Inc; Stig Stig Sviland-Østre, Theodor Lien, and Joanna Mouatt, Aker BP; Christoph Schwarzbach, Computational Geosciences |
TBD | TBD |
| A Multiphysics While-Drilling Tool Integrates Continuous Survey, Gamma Ray Image, Caliper Image, and More Jiaxin Wang, Bogdan Wiecek, Matthew Leung, Tim Parker, Rodney Marlow, and Paul Cooper, Halliburton |
TBD | TBD |
| Integrated Approach to Leak Detection Using High-Definition Electromagnetic Technology, Production Logging, and Ultrasonic Logs – A Case Study Adesoji Adedamola, Diptaroop Chakraborty, and Ariel Sedlacek, Halliburton; Tshissola Tambwe, Neil Hay, Salomao Dode, Abel Cruz, Jose Rodrigues, Jose Nzau, Adriano Cunha, Olivio Mavuba, and Domingos Andrade, Sonangol |
TBD | TBD |
| Successful Caprock Stress Testing With a Wireline Straddle Packer Tool Configured With an Innovative Controlled Pressure Bleedoff Design Olav-Magnar Nes, Egil Romsas Fjeldberg, and Nils-Andre Aarseth, Aker BP; Bob Engelman, Venkat Jambunathan, Michael Evans, and Tony van Zuilekom, Halliburton |
TBD | TBD |
| A New Generation of LWD Geosteering Electromagnetic Resistivity Tool Providing Multilayered Bed-Boundary Detection, Anisotropy Determination, and Azimuthal Resistivity Measurements for Accurate Well Placement and Formation Evaluation Hsu-Hsiang (Mark) Wu, Alan Cull, Li Pan, Clint Lozinsky, Matthew Griffing, Yijing Fan, Alban Duriez, and Michael Bittar, Halliburton |
TBD | TBD |
| Past, Present, and Future Applications of Ultradeep Directional Resistivity Measurements: A Case History From the Norwegian Continental Shelf Supriya Sinha, Arthur Walmsley, Nigel Clegg, and Brigido Vicuna, Halliburton; Andrew McGill, Téo Paiva dos Reis, Marianne Therese Nygård, Gunn Åshild Ulfsnes, Monica Vik Constable, Frank Antonsen, and Berit Ensted Danielsen, Equinor |
TBD | TBD |
| Real-Time 3D Anisotropy Analysis Enables Lithology Identification at Distance Ayman Elkhamry, Saudi Aramco; Ahmed Taher, Eduard Bikchandaev, and Mohamed Fouda, Halliburton |
TBD | TBD |
| Use of Symbolic Regression for Developing Petrophysical Interpretation Models Songhua Chen, Wei Shao, and Huiwen Sheng, Halliburton; Hyung Kwak, Saudi Aramco |
TBD | TBD |
| Comparison of Raman, Brillouin, and Rayleigh Distributed Temperature Measurements for High-Rate Wells Brian C. Seabrook, ExxonMobil; Andreas Ellmauthaler, Michel LeBlanc, Mikko Jaaskelainen, John L. Maida, and Glenn A. Wilson, Halliburton |
TBD | TBD |
| Evaluation of Effectiveness of Core Cleaning Methods Gabriela Singer, Halliburton; Shouxiang Mark Ma, Saudi Aramco RDD; Wei Shao and Songhua Chen, Halliburton; Harry Xie and Phil Hawley, Core Laboratories |
TBD | TBD |
| BHI Logs and ML Automated Presalt Carbonate: Texture Recognition and Petrophysical Properties Propagation Using Image Log, Core Images, and Porosity-Permeability From Plugs Barbara Quediman, Enrique Estrada, Radompon Sungkorn and Jonas Toelke, Halliburton |
TBD | TBD |
| Use of Impedivity- and Permittivity-Dominated Images to Identify and Characterize Fractures in Altered Basement Rocks – A Case Study From the Norwegian North Sea Sayyid Ahmad, Halliburton; Ádám Spitzmüller, Jon Haugestaul, István Nagy-Korodi, and Botond Kemény, MOL Norge AS; Eric Van Beest, Peter Barrett, Venkat Jambunathan, Ahmed Fouda, and Baris Guner, Halliburton |
TBD | TBD |
| Characterization of Pulsed-Neutron Responses to Monitor CCUS Projects Luis Quintero, Weijun Guo, and Robert Gales, Halliburton |
TBD | TBD |
The Halliburton StrataXaminer™ Imaging Service provides more accurate well data to better evaluate production potential and increase return on investment.
Accurate predictions of net-oil or gas in-place and game changing pore- to reservoir simulator- upscaling. Combines physical lab measures and simulation.
Deep azimuthal resistivity measurements for multilayer mapping and precise well placement.
High-resolution ultrasonic imaging service shows fractures and geological features in all mud types.
Provides accurate reserves calculations with geological and petrophysical interpretations.
Integrates critical measurements for wellbore placement, drilling performance optimization, and borehole quality.
