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.
You may be interested in learning more about the presentations our experts gave at IMAGE '25. Please review the abstracts listed below.
Check out all of our demo abstracts below!
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Emerson’s Aspen Technology is a global software leader helping industries meet energy demands in a profitable, sustainable way. Clients trust AspenTech SSE software to solve complex E&P data challenges, with a combination of domain expertise and Industrial AI capabilities to drive automation while reducing uncertainty in formation evaluation, seismic processing and interpretation, and reservoir modeling.
AspenTech science and AI-based leading-edge software solutions will help you:
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With complex geology and reservoir situations that require diverse and higher resolution data, these companies need to break down the silos that exist between disciplines to fully leverage data contained within those silos. A new digital approach that facilitates agile and interdisciplinary work is required.
Webinar: Transforming Subsurface Workflows with AspenTech's Collaborative Cloud-Native Platform
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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.
Webinar: Unlocking Reservoir Dynamics: 4D Seismic Interpretation for Enhanced Production and CCUS Monitoring
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Seismic inversion of rock properties is crucial for geoscientists assessing the integrity of reservoirs and surrounding formations. Geophysicists face challenges such as limited seismic data resolution, structural complexity and the need for high-productivity technology to meet project deadlines.
Automate workflows through AI augmented capabilities solving challenges in both conventional and unconventional reservoirs Optimize reservoir performance, reducing risks and drilling uncertainty in challenging environments
Enhance productivity, maximize value from existing and new fields, and increase ROI value
On-site Presentations
Advanced ML/AI Petrophysical Workflows for Rock Type Prediction in a Multi-Well Analysis
Facies identification in non-cored intervals is crucial to quickly predict and propagate petrophysical properties in a multi-well analysis to better understand reservoir properties. This presentation will demonstrate how ML/AI via KNN and self-organizing maps analysis leverages both wireline and pretrophysical data for automated electrofacies identification, reducing uncertainty and time to results.
Presenter: Kim McLean, Sr. Principal Solutions Consultant
Transforming Subsurface Workflows with New AspenTech Subsurface Intelligence™ (ASI), a Cloud-Native Solution Connected to OSDU® Data Platform
Presenter: Emmanuel Gringarten, Sr. Director of Product Management
4D Seismic Interpretation for Enhanced Production and CCUS Monitoring
Advanced subsurface monitoring technologies are critical for maximizing hydrocarbon recovery and ensuring safe, long-term carbon storage. This presentation will demonstrate how 4D seismic interpretation provides key insights for EOR and CCUS operations, enabling the tracking of changes in reservoir conditions and the optimization of drilling and injection strategies.
Presenter: Zahary Vera, Sr. Principal Solutions Consultant
Maximizing data value is crucial to accelerate decision-making and reduce costs in upstream E&P. The new AspenTech Subsurface Intelligence collaborative platform brings together advanced ML/AI capabilities for seismic interpretation, wellbore analysis, formation evaluation and geological modeling, for a robust uncertainty analysis and an agile interdisciplinary workflow integration.
Data-Driven Reservoir Modelling and Microseismic Analysis for Enhanced Drainage Estimation and Field Development Optimization
Accurate drainage estimation, sweet spot detection and well planning is critical for E&P operations in unconventional plays. This presentation demonstrates how integrating 3D structural models with drainage volume estimation derived from micro seismic analysis ensures optimal well placement and reservoir development maximizing returns.
High Resolution Geophysics Improves ROI with the Seismic Method
High resolution seismic processing, imaging and characterization can be customized to meet exploration and field objectives. This presentation will review various kinematic and dynamic corrective actions to improve the resolution of the seismic method and increase the return on investment for both legacy and modern seismic acquisitions.
Presenter: Duane Dopkin, VP Geoscience Consulting
AI & Workflow Automation in a Fully Featured Seismic Interpretation Platform
AI is increasingly used to support seismic structural and property interpretation. This presentation demonstrates our embedded deep learning-based solutions for rock property prediction and automated horizon interpretation, illustrating how an integrated approach to seismic data analysis, augmented by AI, improves user productivity and subsurface resolution.
Presenter: Rob Bond, Product Management Director
Transforming Resource Management: Enhancing Well Planning and Resource Evaluation with Advanced Geomodelling and Uncertainty Analysis
Geomodelling plays a critical role in reducing subsurface uncertainty, optimizing field development strategies and maximizing the value of subsurface assets. This presentation will explore how integrated, high-resolution reservoir models, built using advanced structural frameworks and facies modelling techniques, enhance the accuracy of well planning and resource evaluation.
Presenter: Sasan Ghanbari, Sr. Principal Solutions Consultant
Webinar: Applying AI to Accelerate Fast Stochastic Inversion Workflow: A Permian Basin Case Study
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Presenter: Sasan Ghanbari, Sr. Principal Solutions Consultant