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Customized Services

Low-frequency strain acquired from cross well optical fiber installations provides robust information on fracture growth within the target reservoir.

Your Data, Your Way

  • Aqcuisition Planning

    Fit-for-purpose surveillance designs targeting client’s objectives

  • Target Information

    Comprehensive reports and analysis tailored to client’s needs

  • Retro Analysis

    Reexamine legacy data for verification and fresh insights

  • Data Processing & Management

    Let us handle and organize your data, ensuring accuracy and usability

Evaluation

Streamline Your Fiber-Optic Sensing Surveys

Leveraging our fiber-optic sensing expertise, we tailor a precision-designed survey to achieve your objectives. We identify target signals and select optimal technology with the right measurement precision. Our support includes meticulous planning of operation and acquisition sequences for optimal data collection. In real-time, we adjust the design to navigate geophysical and operational constraints. Our data interpretation is fully customized to address key questions aligning with your survey objectives. Trust us to maximize the value of your acquired dataset, enabling informed decisions to improve fracture performance.

Optimize

Data Processing and Data Management

While distributed fiber optic sensing offers exceptional spatial and temporal resolution, the sheer volume of data can be overwhelming. At IFDATA, we specialize in efficiently handling and organizing this data, ensuring accuracy and usability. Count on us to deliver the insights you need in the format you expect, streamlining your workflow and maximizing the value derived from your fiber optic sensing dataset.

Retro Analysis

New Value from Historical Data

Our specialized service entails performing fresh and innovative analysis on your historical fiber optic sensing data, either to validate previous interpretations, uncover novel insights, or identify previously overlooked patterns that may have a significant impact on your business. With out expertise, you can extract valuable information from the past and make informed decision to drive future operational success.

What Can We Gain From This Analysis?

  • Tailored Precision

    Custom solutions designed to meet specific monitoring objectives with precision and accuracy.

  • Enhanced Efficiency

    Optimal use of technology and resources tailored to operational needs.

  • Cost Optimization

    Efficient planning, management, and targeted analysis to maximize your fiber-optic surveillance program investment.

  • Research and Development

    Addressing research-oriented challenges to provide timely insights that meet urgent business needs, ensuring your projects stay on track without delays.

Resources

Resources

Browse our technical papers and brochures for detailed insights and information.

  • Technical Papers
  • Brochures 
Technical Papers

Srinivasan, Aishwarya, Mjehovich, Joseph, Wu, Kan, Jin, Ge, Wang, Wen, and George J. Moridis. "Fracture Height Quantification from Vertical and Horizontal Section Fiber Measurements: A Comprehensive Study Using LF-DAS Measurements from HFTS-2 Data Set." SPE J. 29 (2024): 3171–3186. 
Technical Papers

Mjehovich, Joseph, Srinivasan, Aishwarya, Wang, Wen, Wu, Kan, and Ge Jin. "Quantitative Analysis of Hydraulic Fracturing Test Site 2 Completion Designs Using Crosswell Strain Measurement." SPE J. 29 (2024): 2303–2317. 
Technical Papers

Srinivasan, Aishwarya, Mjehovich, Joseph, Wang, Wen, Wu, Kan, Jin, Ge, and George Moridis. "Evaluation of Parent Well Depletion Effects on Fracture Geometry Based on Low-Frequency Distributed Acoustic Sensing in Hydraulic Fracture Test Site-2." SPE Prod & Oper 38 (2023): 418–432. 
Technical Papers

Srinivasan, Aishwarya, Mjehovich, Joseph, Wu, Kan, Jin, Ge, Wang, Wen, and George J. Moridis. "Fracture Height Quantification from Vertical and Horizontal Section Fiber Measurements: A Comprehensive Study Using LF-DAS Measurements from HFTS-2 Data Set." SPE J. 29 (2024): 3171–3186. doi: [https://doi.org/10.2118/219488-PA] 
Technical Papers

Mjehovich, Joseph, Srinivasan, Aishwarya, Wang, Wen, Wu, Kan, and Ge Jin. "Quantitative Analysis of Hydraulic Fracturing Test Site 2 Completion Designs Using Crosswell Strain Measurement." SPE J. 29 (2024): 2303–2317. doi: [https://doi.org/10.2118/218417-PA] 
Technical Papers

Srinivasan, Aishwarya, Mjehovich, Joseph, Wang, Wen, Wu, Kan, Jin, Ge, and George Moridis. "Evaluation of Parent Well Depletion Effects on Fracture Geometry Based on Low-Frequency Distributed Acoustic Sensing in Hydraulic Fracture Test Site-2." SPE Prod & Oper 38 (2023): 418–432. doi: [https://doi.org/10.2118/212344-PA]