Machine Learning - assisted Modeling

Retire complex modeling workflow with machine-learning solutions

Provide customized solutions for every unique challenge

Sustain operations and mitigate the impact of uncertain changes

Enhance cross-functional collaboration and decision-making

Decline Management

VarIntel’s machine-learning-assisted decline analysis and management enhances oil and gas production forecasting accuracy and speed. By leveraging historical data, it uncovers complex reservoir behavior patterns, offering predictive insights. This tool enables proactive, data-driven strategies for decline management, streamlines decision-making, optimizes resource allocation, and enhance overall reservoir performance
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Type Curve Analysis

Merging drilling, subsurface, and production data, VarIntel’s AI type curve analysis provides robust, comprehensive reservoir insights. This integration enhances the accuracy of production forecasts, identifies efficient drilling strategies, and optimizes reservoir management. The resultant data-driven decision-making improves resource allocation, drilling efficiency, and overall production performance.

Well Planner

This component of VarGeo harnesses advanced algorithms to improve accuracy in reservoir characterization, resulting in strategic well placement. It reduces drilling costs and time, enhances recovery rates, and optimizes well spacing. Economically, it drives profitability by minimizing unproductive drilling, leading to increased returns on investment.
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Shale Applications

Well Placement

Uncover subsurface patterns, predict reservoir performance, and recommend optimal drilling locations, enhancing resource extraction efficiency and overall production outcomes

Completion Enhancement

Enable accurate prediction of completion outcomes, design optimal completion strategies, and maximize production performance, leading to cost-effective and efficient operations

Reservoir Management

Enhance understanding of complex reservoir characteristics, forecast production, and adapt strategies based on real-time data, leading to enhanced reservoir productivity

Production Optimization

Provide accurate production forecasting , bring insights into reservoir behavior, optimize completion strategies, and continuously improve with new data, thereby maximizing shale production

Cutting-edge Reservoir Simulator

VarIntel’s DNN-based reservoir simulators leverage AI to swiftly and accurately simulate oil and gas reservoir behavior. They manage uncertainties, integrate diverse data types, and adaptively learn from new data. With automation and scalability, these tools enhance decision-making, providing swift, data-informed feedback for more effective reservoir management.
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Flood Optimization

VarGeo flooding package adopts machine learning for water flooding and EOR reservoirs enhances accuracy, efficiency, and real-time monitoring, allowing for adaptive control and risk mitigation. It optimizes operations, reduces costs, and improves oil recovery by analyzing data patterns and making informed decisions based on changing reservoir conditions.
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Reservoir Dynamic

Merging drilling, subsurface, and production data, VarIntel’s AI type curve analysis provides robust, comprehensive reservoir insights. This integration enhances the accuracy of production forecasts, identifies efficient drilling strategies, and optimizes reservoir management. The resultant data-driven decision-making improves resource allocation, drilling efficiency, and overall production performance.

Carbon package is on the way

4D Subsurface

4D subsurface as a key component of digital oilfields brings significant value to the oil and gas production by enhancing operational efficiency, optimizing production, reducing costs, minimizing downtime, improving safety, and enabling data-driven decision-making, leading to increased profitability and sustainability.

Strategic Management

Leverage Data

Enables efficient analysis of large datasets, facilitates accurate predictions, optimizes resource allocation, and empowers data-driven decision-making, ultimately enhancing  operational effectiveness

  • Sustain predictive maintenance
  • Optimize injection and production
  • Enhance risk management
  • Optimize resource allocation
  • Support decision-making

Intelligent Application

Save Manpower

Automate repetitive tasks, optimize processes, enhance productivity, reduce labor costs, and enable more efficient resource utilization, resulting in significant manpower savings across various reservoir management

  • Require minimum training
  • Retain experience
  • Realize true real-time
  • Skip modeling teams
  • Enhance transparency

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