Correct Methodology, or tool combination can determine the effectiveness of any quantitative evaluation.
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Deviation survey logs are used to measure the inclination and azimuth of a borehole at specific depths. They provide information about the borehole's trajectory, allowing accurate positioning of downhole tools and equipment.
Electric logs, also known as electrical well logs, are measurements taken in boreholes or wells using various instruments to determine the electrical properties of the surrounding formations. These logs provide valuable information about the rock composition, fluid content, porosity, permeability, and other reservoir characteristics.
Electromagnetic (EM) logs are geophysical well logs that use electromagnetic fields to measure various properties of subsurface formations. They provide valuable information about resistivity, conductivity, and the presence of fluids.
Gamma logs, also known as gamma ray logs, are geophysical well logs that measure the natural gamma radiation emitted by rocks in a borehole or wellbore. These logs provide information about the formation's lithology, stratigraphy, and the presence of certain minerals.
Imaging logs in well logging refer to the techniques and tools used to capture images of the borehole wall and the surrounding formation. These logs provide visual representations of the subsurface, aiding in geological interpretation, reservoir characterization, and wellbore evaluation. This includes downhole cameras used in cased wells.
Nuclear logs, also known as nuclear well logs, are geophysical measurements taken in boreholes or wells using radioactive sources or detectors to obtain information about the properties of the surrounding formations. These logs provide valuable insights into rock composition, porosity, fluid content, and other reservoir characteristics.
Sonic logs, also known as sonic well logs or acoustic well logs, are geophysical measurements taken in boreholes or wells to determine the travel time of sound waves through the formation. These logs provide valuable information about rock properties, lithology, porosity, and fluid content.
Fluid property tools provide measurements of water quality, temperature, heat pulse, flow parameters and have the ability to obtain groundwater samples at discrete zones.
Groundwater, Environmental, Geotechnical, or Mining.