Employs advanced impedance measurements (e.g., channel codes like
Many engineers confuse the NGI tool with its predecessors. Here is the differentiation:
Unlike older electrical imaging tools, the NGI delivers enhanced image quality by utilizing an improved array of pad-mounted electrodes, designed to operate in various mud environments, particularly oil-based muds (OBM). Key Technical Features
The NGI tool uses an array of pads to measure formation properties in high detail. Key technical aspects include:
Depth Track 2: ( \phi_t ) (from density/neutron) overlaid with ( \phi_w ) (from NGI) Track 3: ( S_xo ) from NGI Track 4: Resistivity (deep & shallow)
Image features in oil-based and nonconductive muds. The OBMI oil-based microimager performs microresistivity imaging in oil-based,
To apply this understanding to your specific formation evaluation needs, consider exploring the latest wireline and LWD technologies from SLB. If you have further questions, please ask.
As oil and gas exploration pushes into deeper, more complex, and unconventional reservoirs, the demand for high-resolution, reliable borehole imaging has become critical. Schlumberger's New Generation Imaging (NGI) tool stands at the forefront of this technological evolution, offering superior imaging capabilities for detailed reservoir characterization.
Schlumberger Ngi Tool [patched] Jun 2026
Employs advanced impedance measurements (e.g., channel codes like
Many engineers confuse the NGI tool with its predecessors. Here is the differentiation:
Unlike older electrical imaging tools, the NGI delivers enhanced image quality by utilizing an improved array of pad-mounted electrodes, designed to operate in various mud environments, particularly oil-based muds (OBM). Key Technical Features schlumberger ngi tool
The NGI tool uses an array of pads to measure formation properties in high detail. Key technical aspects include:
Depth Track 2: ( \phi_t ) (from density/neutron) overlaid with ( \phi_w ) (from NGI) Track 3: ( S_xo ) from NGI Track 4: Resistivity (deep & shallow) Employs advanced impedance measurements (e
Image features in oil-based and nonconductive muds. The OBMI oil-based microimager performs microresistivity imaging in oil-based,
To apply this understanding to your specific formation evaluation needs, consider exploring the latest wireline and LWD technologies from SLB. If you have further questions, please ask. Key technical aspects include: Depth Track 2: (
As oil and gas exploration pushes into deeper, more complex, and unconventional reservoirs, the demand for high-resolution, reliable borehole imaging has become critical. Schlumberger's New Generation Imaging (NGI) tool stands at the forefront of this technological evolution, offering superior imaging capabilities for detailed reservoir characterization.