Automate Injection Design and Surveillance
Advantek®’s proprietary, cloud-based software platform @SSURE® is the only injection focused design and monitoring package on the market.
Based on over 20 years of continuous software development focused on subsurface injection design and monitoring, @SSURE platform enables the subsurface engineers of all experience levels to perform a broad range of analyses related to fluid injection processes including feasibility designs, real-time sensor monitoring, and advanced pressure transient analyses. With @SSURE, design and surveillance can be automated, using a complete suite of proprietary artificial intelligence (AI), machine learning (ML) and training data sets.
The patented @SSURE platform was developed to solve two engineering pain points faced in today’s injection projects:
Easy to Use Collaborative Tools
@SSURE platform is easy to use, especially in situations where non-specialists must collaborate on a project. With @SSURE, various data types from different engineering disciplines can be shared with collaborators anywhere in the world.
Assurance of Longevity and Sustainable Operations
Whether completed manually or using the automated tools, @SSURE platform gives team members the ability to access real-time data from wells at multiple field sites and execute detailed well performance analyses using the best-in-class simulators. This also allows for better forecasting of field response.
@SSURE® for Design
Powered by best-in-class design technologies including:
- @FRAC™ – Advantek’s software for 3-dimensional modeling of hydraulic fracturing
- @LOG® – Advantek’s intelligent rock physics interpretation tool; software for modeling the geomechanics of formations and analyzing hydraulic fracturing data
@SSURE® for Surveillance
Encompassing patented monitoring technologies including:
- Monitor injection events in real-time
- Automatically detect abnormalities and alert users for rapid response
@SSURE® automates injection planning and surveillance via:
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Fully Integrated Patented Injection Workflows
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Automated Log Blocking and Petrophysical Analysis
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Geomechanical Analysis
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Design of Hydraulic Fracturing Operations & Evaluation Metrics for Stimulation Performance
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Automated Interactive Pressure Transient Analysis
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Patented Real-Time Monitoring of Injection Operations for One or More Injection Sites with Centralized Dashboards
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CO2 Sequestration Applications
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CO2 Emissions Reporting
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User-Friendly and Fully Customizable Modular Design
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Built-In Team Collaboration Features
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Interactive 2D & 3D Visualizations with an Extensive Database of Onshore and Offshore Wells
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Advanced Data Analysis Tools with User Accessible Python Backend
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Immediate Access to Well Database in @SSURE Cloud Storage Services
