Halliburton Introduces Advanced Solution for Complex Reservoirs

Halliburton Introduces Advanced Solution for Complex Reservoirs
Source: Halliburton Media Hub

Halliburton has launched the Xaminer® Deep Testing logging service, the latest addition to its Reservoir Xaminer™ formation testing portfolio, aimed at enhancing early-stage reservoir evaluation and decision-making, not a press release  by the company.

The new service is designed to address increasingly complex reservoir environments, including stacked, laminated, heterogeneous, and varying permeability formations. Developed in collaboration with operators, it enables deep-reading producibility insights and early boundary identification, supporting integrated reservoir evaluation strategies alongside conventional drill stem testing (DST).

The Xaminer Deep Testing logging service allows operators, in a single run, to identify fluids and reservoir boundaries, assess connectivity, and evaluate overall reservoir potential ahead of full-scale testing. It features an extended radius of investigation, high-resolution pressure measurements, and multizone testing capability, providing critical data to guide timely development and completion decisions.

Additionally, the service integrates with Halliburton’s digital reservoir evaluation workflows, enabling operators to make more confident, data-driven decisions earlier in the well lifecycle and maximize asset value, particularly in complex reservoir settings.

Halliburton is a global leader in delivering products and services to the energy sector. Established in 1919, the company develops innovative technologies and solutions that enable customers to optimize asset value across its entire lifecycle while supporting progress toward a more sustainable energy future.

 

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Fatma Ahmed 2618 Posts

Fatma Ahmed is a staff writer with six years’ experience in Journalism. She is working in the field of oil and gas for four years. She also worked in the field of economic journalism for 2 years. Fatma has a Bachelor Degree in Mass Communication.

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