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Oil & Gas

Maximize insights from your fiber-optic surveillance programs to reduce development costs and improve asset performance.

Services

Oil and Gas Data Interpretation Services

Maximize the value of your fiber-optic surveillance program with IFDATA’s interpretation services, answering key questions and extracting the most information from your datasets.

OUR ADVANTAGE

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Our Products and Technologies

  • Comprehensive Data Utilization

    By fully leveraging the depth and scale of your DAS data, IFDATA ensures that clients receive the maximum return on their investment in DAS survey programs. This comprehensive utilization translates into actionable insights that standard analysis might miss.

  • Data-Driven Decisions 

    IFDATA’s comprehensive DAS analysis provides the critical data needed to make informed decisions about completion design parameters, resulting in more efficient use of material resources, reduced waste, and increased recovery rates.

  • Maximized Uptime

    By optimizing operations through detailed insights, IFDATA can help reduce overall operational costs, including the efficient use of resources and minimizing non-productive time.

  • Customization & Flexibility

    IFDATA’s expertise allows for analysis tailored to the specific needs and challenges of our client’s operations, providing more relevant and useful insights. Unlike larger service companies with on-size-fits-all solutions, IFDATA can adapt methodologies and tools to fit the unique requirements of each project.

  • Sustainability

    IFDATA’s advanced DAS analysis help you optimize resource usage, reducing the amount of materials and energy required for your operations. Improved operational efficiency leads to lower emissions, reduced waste, and supports long-term viability.

  • Reduced Risk

    IFDATA’s comprehensive analysis provides precise mapping of the fracture network, ensuring fractures remain within desired zones and reducing the risk of unintended fractures that could compromise reservoir and surface infrastructure.

  • Enhanced Recovery

    IFDATA’s comprehensive DAS analysis offers deeper insights into the subsurface and a clearer understanding of fracture behavior, leading to improved reservoir management and optimized strategies for maximizing hydrocarbon recovery

Case studies

Notable Case Studies

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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]