Hybrid coiled tubing services combine diagnostic and intervention capabilities in a single trip downhole
Halliburton introduced SpectrumSM Fusion service on 21 March, the latest offering in the Spectrum family of real-time coiled tubing services. The Fusion service includes the first real-time system in the market using hybrid cable technology that combines fiber optic and electric to provide downhole communication and continuous power for a variety of diagnostic applications. The cable is conveyed through coiled tubing to deliver intervention, diagnostic and reservoir assessment services in one trip downhole to help customers achieve greater efficiency, safer operations and a higher return on investment.
David Adams, Halliburton senior vice president for the Completion and Production Division said, “Given the increasing complexity of developing mature fields and offshore environments, the Spectrum Fusion service’s unique combination of coiled tubing intervention and wireline diagnostic capability provides critical downhole data for customizing well intervention, reducing risk and maximizing services performed in a single run.”
The Spectrum Fusion service is the new enhanced platform for real-time coiled tubing services that eliminates runs and reduces surface footprint by integrating full wireline capability with downhole intervention tools. The Fusion service combines the existing insight from fiber optics inside the coil with power from the surface creating versatility in selecting logging tools. It also enables customers to diagnose wellbore conditions in real-time and customize the wellbore treatment or intervention operation using the data transmitted to the surface.
Since the 2016 launch of SpectrumSM Real-Time Coiled Tubing Services, Halliburton has seen a rapid increase in the demand for diagnostic and intervention services. The Spectrum family of services has been the fastest growing segment in the company’s coiled tubing business with operations in over ten countries. The family of services is designed to deliver more accurate and effective interventions by capturing data such as weight on bit, pressure, temperature, and acoustics, with casing collar locator and gamma-ray for depth correlation in real time.