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CMR-MagniPHI

High-definition NMR service

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Unlocking a new dimension in fluid mapping across the smallest pores.

CMR-MagniPHI
High-resolution NMR service

Measure T1 and T2 simultaneously and continuously for the most accurate lithology-independent porosity and fluids mapping

New CMR-MagniPHI service obtains high-definition, simultaneous, continuous T1 and T2 relaxation time measurements to enable the unprecedented determination of shale porosity and reservoir fluid types and volumes for

  • movable and nonmovable oil
  • high-viscosity hydrocarbon
  • free, capillary-bound, and clay-bound water.
The CMR-MagniPHI High-definition NMR service tool
200 us
Shortest echo spacing
6 in
Highest vertical resolution
15.6 ft
Shortest tool
374 lbm
Lightest tool
Fluids inside the smallest pores

Zoom in on the smallest organic shale pores

Building on the capabilities of the industry-benchmark CMR-Plus combinable magnetic resonance tool, CMR-MagniPHI service pairs technological advancements with improvements in efficiency and reliability.

The new continuous T1 measurement made in combination with T2 relaxation at the industry’s shortest echo spacing of just 200 us captures high-definition NMR data from the smallest pores in organic shales to improve the identification of different fluid types.

Quantify certainty in any reservoir, any size pores

In addition to greater certainty in reserves calculations, new insight is brought to selecting the lateral drilling landing point and designing engineered completions and fracturing operations in shale reservoirs.

Logs and fluid maps from the CMR-MagniPHI High-definition NMR service.
Validated by results from core analysis, the petrophysical model developed for an Eagle Ford well with measurements from CMR-MagniPHI service refined the reservoir volumetrics to identify potential landing targets on the basis of the reservoir producibility index and permeability from CMR-MagniPHI service.

Litho Scanner

High-definition spectroscopy service

Unlock the key elements of your reservoir—including stand-alone TOC.

Low-Shock Sampling

MDT tester technique that limits pressure drawdown to mitigate shock effects

Limit pressure drawdown during fluid extraction and sampling to optimize well tests and facility design.
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Industry Article Geoscience-Based Development Strategies for Unconventional Reservoirs

How new reservoir geoscience technology and workflows can help unconventional operators maximize reservoir performance early in the project life cycle.

Case Study New NMR Service Maps Complex Eagle Ford Fluid Distributions Without Resistivity-Based Uncertainty

Identifies fluids—even in organic micropores—to select landing point.

Video Firas Al Shaikh Discusses CMR-MagniPHI Service at SPWLA 2019

Learn how CMR-MagniPHI service improves the identification of fluid types in organic and unconventional shale plays.

Case Study CMR-MagniPHI NMR Service Quantifies Movable Water in Oil-Wet Carbonate for Managing Water Production

New simulataneous T₁ and T₂ measurements separates oil and water signatures that conventional NMR cannot.

Case Study CMR-MagniPHI NMR Service Improves Measurement Accuracy to Boost Reserves Estimates, Utica Shale

High-resolution porosity and fluids data increase unconventional reservoir’s gas in place by 60 Bcf per section.

Interview Firas Al Shaikh

Schlumberger wireline expert Firas Al Shaikh discusses the new CMR-MagniPHI service for NMR logging in organic and unconventional shale plays.

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