CARBOTRACE

CARBOTRACE Production surveillance integrated with CARBO quality proppants. Deployed with any type and size of proppant, CARBOTRACE offers a quantitative analysis of the fraction contribution of the oil, water and gas phases for each frac stage. With over 60 unique codes for each of the oil, gas and water phases.

The analysis can produce a virtual PLT, at a fraction of the cost and, as often as desired by just collecting and analyzing production samples. A 3-year minimum standard surveillance period is offered. With a typical turnaround time of 1 week once the samples reach the analytical lab CARBOTRACE enables quick decision making based on reliable production data.

CARBOTRACE technology is based on the utilization of tracers and the implementation of machine-learning software for automated and accurate interpretation. The results provided from a CARBOTRACE evaluation are often used by the operator to manage current assets and plan for future assets.

Innovation and Technology

Benefits

Why Choose
CARBOTRACE

  • Identification of Producing and Non-Producing Intervals

    Accurately distinguishes between producing and non-producing intervals, enabling targeted well interventions and maximized efficiency.

  • Reservoir Model and Reserves Calibration

    Enhances reservoir modeling and calibrates hydrocarbon reserves, improving the accuracy of resource estimation.

  • Field Development Plan Optimization

    Supports optimization of the Field Development Plan, ensuring more effective well and reservoir management for long-term success.

  • Improved Hydrocarbon Recovery

    Leads to improved hydrocarbon recovery factors, maximizing output and return on investment throughout the life of the reservoir.

  • Identification of Producing and Non-Producing Intervals

    Accurately distinguishes between producing and non-producing intervals, enabling targeted well interventions and maximized efficiency.

  • Reservoir Model and Reserves Calibration

    Enhances reservoir modeling and calibrates hydrocarbon reserves, improving the accuracy of resource estimation.

  • Field Development Plan Optimization

    Supports optimization of the Field Development Plan, ensuring more effective well and reservoir management for long-term success.

  • Improved Hydrocarbon Recovery

    Leads to improved hydrocarbon recovery factors, maximizing output and return on investment throughout the life of the reservoir.

Features

Advanced Attributes
of CARBOTRACE

  • Economic Production Evaluation

    Provides cost-effective production evaluation specifically for multistage fractured wells, optimizing resource management and well performance.

  • On-Demand Unlimited Production Logging

    Enables on-demand, unlimited production logging at any time, offering flexibility in monitoring well output as needed.

  • Long-Term Monitoring of Oil, Water, and Gas

    Facilitates continuous, long-term monitoring of oil, water, and gas production, ensuring sustained well performance and informed decision-making.

Frequently Asked Questions

Learn more about
CARBOTRACE®

  • 1. What is CARBOTRACE® TDS used for?

    CARBOTRACE TDS provides proppant traceability for tracking placement during hydraulic fracturing, ensuring pack integrity and production efficiency.

  • 2. How does it improve well performance?

    It allows operators to monitor fracture behavior and verify proper proppant placement in real time, optimizing production.

  • 3. Is special equipment required?

    No, CARBOTRACE TDS is compatible with standard detection tools commonly used in the field.

  • 4. Is it safe for the environment?

    Yes, CARBOTRACE TDS is non-toxic and safe for use in oilfield operations.

  • 5. What kind of data does CARBOTRACE TDS provide?

    It delivers real-time insights on proppant distribution and fracture performance, helping optimize well integrity and production strategies.

  • 6. Can CARBOTRACE TDS be used in different formations?

    Yes, it is designed for flexibility and performs effectively across a range of reservoir types and geological conditions.