The AspenTech Subsurface Science & Engineering team was delighted to reconnect with long-time colleagues and meet new friends who visited our booth. We enjoyed listening to your business challenges and demonstrating how our advanced solutions drive innovation and advance your sustainability goals.
Check out all of our demo abstracts below!
Learn more about AspenTech SSE Solutions
Aug. 26 - 29, 2024 | Houston, Texas | George R. Brown Convention Center
Learn More About the Technology Leader in Subsurface Expertise
We hope you enjoyed IMAGE '24!
View Now
The Aspen EarthStudy 360 full-azimuth imaging and characterization system, providing 360 degrees of insight into the subsurface, is designed to deliver a complete set of data that enables geoscientists to obtain accurate subsurface velocity models, structural attributes, medium properties and reservoir characteristics.
Brochure:
Aspen EarthStudy 360™
View Now
Aspen RMS 3D modeling software enables faster, more robust and reliable production models, improved decision making, more justifiable investments and enhanced field performance, leading to higher recovery rates in even the most complex reservoirs.
Brochure:
Aspen RMS™
View Now
The Aspen SeisEarth integrated solution suite provides fast, multi-survey structural and stratigraphic interpretation and visualization from regional to reservoir, enabling multiple users to collaborate in a single shared environment.
Brochure:
Aspen SeisEarth™
View Now
Learn how a major operator providing oil and gas exploration and extraction services in the Caspian Sea region deployed an ensemble simulation workflow utilizing the Aspen Big Loop technology to perform uncertainty and risk estimation as part of the project feasibility assessment, with Aspen Tempest as an orchestrator.
Case Study:
Reservoir Modeling and Production Solutions Help Reduce Exploration Costs by Up to 20%
On-site Presentations
Seismic Processing & Imaging
Modern seismic acquisitions can cost tens of millions of dollars; successful “reprocessing” of legacy seismic acquisitions can eliminate the need for new seismic acquisition. For either acquisition type, “seismic wavefield mining” is needed to clarify subsurface images. This presentation presents examples of data mining through wavefield decomposition.
Mining the Seismic Wavefield: Achieve a Higher ROI from Legacy and Modern Seismic Acquisitions
Seismic Interpretation & QSI
Geological Modeling
Formation Evaluation
Customer Presentation
This presentation showcases an efficient workflow in depth for the treatment of shallow models, through the use of refraction tomography, reflection tomography, traveltime preserving tomography, and joint reflection-refraction tomography.
Solve Complex Shallow Velocity Problems to Improve Image Quality and Project Turnaround Time
Geophysicists face many challenges when performing seismic inversion of rock properties. This presentation explores how Fast Stochastic Inversion and Machine Learning technologies can help overcome them.
High-resolution Seismic Rock Property Estimation: Improve Productivity with Fast Stochastic
Inversion and Machine Learning
This presentation shows how Aspen SeisEarth manages and analyzes 4D seismic data, including advanced visualization and machine learning-driven seismic classification. Incorporating information when transferring data from and to the OSDU® data platform ensures interoperability in a multi-vendor ecosystem.
4D Seismic Visualization and Analysis Support a CCUS Monitoring Workflow through Interoperability with OSDU
Explore how the AspenTech and AWS collaboration leverages the Open Subsurface Data Universe (OSDU®) data platform to empower the oil and gas industry to streamline and enhance technical business workflows.
A Joint Presentation of AWS: Empowering Collaboration with the OSDU® Data Platform for Reservoir Modeling
Drainage model estimation plays a significant role in optimizing reservoir development. By combining the 3D structural reservoir model with drainage volume estimation, both the drained and undrained volume can be mapped, and optimal locations for future well placements can be defined.
Drainage Estimation and Field Development Optimization
3D reservoir models combined with reservoir engineering solutions, increase understanding of reservoir flow and performance. A robust structural uncertainty model, combining interpreted seismic data, velocities, geologic trends, well data and their uncertainties is constructed.
Seamless Integration of Structural Uncertainties and Reservoir Property into a Workflow for Automatic Model Updates to Improve Reservoir Risk Assessment
This presentation will discuss how Aspen Geolog™ can be leveraged in the CCS workflow to determine and define storage reservoir characterization, well integrity and well monitoring.
Powerful Reservoir History Matching Helps Large Energy Company Improve Productivity
Thanks for Joining Us at IMAGE '24!
Featured technologies: Aspen GeoDepth™, Aspen Echos™
Featured technology: Aspen SKUA™
Featured technology: Aspen SeisEarth™
Featured technology: Aspen SeisEarth™
Featured technologies: Aspen SKUA™, Aspen RMS™
Featured technologies: Aspen SKUA™
Featured technology: Aspen Tempest™ ENABLE
Examining CCS Subsurface Success Criteria for Formation Evaluation
Featured technology: Aspen Geolog™
View Now
Learn how the powerful reservoir history matching capability in Aspen Tempest™ ENABLE helped a large North American energy company improve productivity and gain a better understanding of the reservoir to support business and financial decisions.
Case Study:
Powerful Reservoir History Matching Significantly Improves Productivity
Brochure: Aspen Echos
Aspen Echos is the oil and gas industry’s benchmark seismic processing system for generating 2D and
3D seismic images of the subsurface, providing
leading-edge geophysics applications, architecture
for computation parallelization and
a versatile programming development kit for
client customization.
View Now
View Now
This white paper provides examples of how formation evaluation techniques such as well logging and petrophysical analysis can be repurposed to assess subsurface conditions for sustainability projects like geothermal energy and CCS.
White Paper: Formation Evaluation for a Sustainable Future
View Now
AspenTech SSE supports energy transition through advanced science-based software solutions that improve efficiency, reduce emissions and ensure resource sustainability.
Video:
Featured technology: EarthStudy 360™
Presented by:
Flor A. Vivas and Heiner Sarmiento, ICP, Ecopetrol
Diana Rodriguez, VEX, Ecopetrol
Sergio Velasco, Services, TIP Colombia, Bucaramanga, Santander, Colombia
Alexander Rodriguez, AspenTech
Comparative Analysis of Interpolation or Regularization Data Types for Improved Depth Migration in Geologically Complex Structure Zones
VIEW ABSTRACT
Structural/stratigraphic seismic images, obtained by seismic migrations applied in complex geological areas with restricted acquisition coverage and frequency band, are normally blurred, containing migration artifacts that limit the interpretation of target geological features. Data/image-domain Least-Squares Migrations are routinely applied to overcome these challenges. This work proposes an innovative method based on the local angle domain imaging system. We demonstrate imaging enhancements provided by this approach on real data.
Least-squares Migration Utilizing High-resolution Point Spread Functions Generated from Local Angle Domain Illumination Vectors
VIEW ABSTRACT
Presented by: Matan Shustak, AspenTech
Presented by:
Flor A. Vivas, ICP, Ecopetrol
S.A Sergio Ibanez and Juan Martinez, Servicios de Soluciones Tecnológicas, TIP Colombia, Floridablanca
Paola Orejuela and Lina Medina, AspenTech
Cutting Interpretation Times and Producing Accurate and Reliable Velocity Model Updates Using State-of-the-art Model-based Tomography for Depth Migration in Complex Areas of the Colombian Foothills - VIEW ABSTRACT
Presented by:
Vitor D. Novellino and Alexandre Maul, Reservoir Geophysics, Petrobras
Fernando Freire, Geology and Geophysics Department, UFF, Niterói
Maria Gonzalez, AspenTech
2D Vp Modeling of the Albian-Cenomanian Section Using Geological Constrains, 3D Extrapolation, and GRV Uncertainty Analysis of Aptian Presalt Reservoir: A Santos Basin Example - VIEW ABSTRACT
We’ll be happy to tell you more about these solutions. Just fill out the form.
See What AspenTech Experts and Customers Presented in the IMAGE Technical Program
Fill out this brief form and an AspenTech expert will get back to you—including scheduling a private demo for you and your team. We also invite you to view the many helpful resources provided below.
Want to Explore Further or Maybe You Missed Us at IMAGE?
You may be interested in learning more about the presentations our experts gave at IMAGE ‘24. Please review the abstracts listed below.
Featured technology: Aspen SeisEarth™
Automated Seismic Interpretation with Machine Learning
Fill out this brief form and we'll get back to you.
Schedule a Private Demo!