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Technology

 

Well A Production Contribution

10% Upper A

25% Middle A

40% Lower A

25% Upper B

Well B Production Contribution

 

10% Lower A

30% Upper B

60% Lower B

Accurate Production Contribution Determination

 

How does out patent technology compare with other reservoir monitoring tools?

Our Geochemical Fingerprint Technology Enables
Produced Oil High-resolution High-fidelity Comprehensive Geochemical Fingerprint
  • High Resolution: Our proprietary technology is capable of revealing thousands of hydrocarbon compounds in one analysis, far more powerful than traditional geochemical methods

  • High Fidelity: Minimal sample preparation is involved in our innovative analytical procedure. Loss of compounds and distorted quantification due to pre-analysis separation are eliminated

Cores/Cuttings High-resolution High-fidelity Comprehensive Geochemical Fingerprint

  • True Representation of Producible Oil in Rock: Drill cores and cuttings are analyzed using our proprietary extraction technology (no organic solvent is involved), minimizing disinformation from non-recoverable hydrocarbons

  • High sensitivity/resolution of our technology allows use of cuttings when core is not available

Non-disruptive Sampling

  • No equipment installation is required

  • Oil samples are collected at the separator without interruption of production

Fast Turnaround Time and Cost Efficiency

  • Analysis of one sample can be completed in hours. Processed data can be provided timely for your quick decision-making in the field, costing only a fraction of traditional reservoir monitoring & diagnostic tools

Production Solutions Powered by Cutting-edge Data Science

  • Geochemical fingerprint data from produced oil, cores, and cuttings carry tremendous amount of information about oil-source correlation, subsurface fluid flow, and surface production issues, We utilize cutting-edge data science to decipher crucial information such as drainage volume, well communication, and in-situ phase behavior, enabling optimized field development decisions including well stacking & spacing, completion design, and EOR/IOR timing and options