Schlumberger offers a full range of wireline openhole logging tools and services, delivering formation evaluation that accurately characterizes your reservoir rocks and fluids. The more you understand your reservoir, the better positioned you are to manage its lifetime performance.
Overcome many conventional limitations in the ability to measure and understand the subsurface through the unique Scanner advances in real-time downhole measurement.
In one trip, measure pressure, temperature, and other properties in real time to conduct downhole fluid analysis for timely decisions.
Efficiently recover large-volume and standard sidewall core samples for reservoir characterization analysis that previously required conventional coring.
Deploy integrated wireline logging services with the appropriate triple- or quad-combo technology for your wellbore environment.
Measure compressional and shear formation velocity with sonic logging to derive the necessary petrophysical properties of porosity, permeability, and rock mechanical properties.
Visualize the wellbore environment with microresistivity formation imaging and borehole acoustic imaging for both water-base and nonconductive muds.
Make direct physical measurements of the interwell space to support reservoir characterization and fluid-front monitoring applications in the crosswell reservoir volume.
Use NMR’s valuable answers for reservoir permeability, radial profiling of fluid volumes, fluid saturations, and direct hydrocarbon characterization.
Accurately measure the fundamental petrophysical properties of porosity, permeability, and lithology as the foundation of reservoir evaluation.
Measure true formation resistivity (Rt) to determine saturations with laterolog or array induction techniques at different depths of investigation.
Image around the borehole in high resolution with integrated borehole seismic services.
Bring the high precision of integrated wireline logging services to the HPHT conditions of your most challenging operations.
Leverage the efficiency of wireline operations to deep and highly deviated wells with integrated deployment systems.