| Customization: | Available |
|---|---|
| Accuracy: | <1mm |
| Horizontal Line: | 1 |
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Features:
Resistivity Logging: The 16 and 64 Resistivity Borehole Logging Tool measures the electrical resistivity of the subsurface formations. It uses multiple electrodes to determine the variation in resistivity along the borehole. This information helps in identifying different types of rock or fluid-filled zones, aiding in geological and hydrogeological studies.
Natural Gamma Logging: The Water Well Natural Gamma Logging measures the natural gamma radiation emitted by the subsurface formations. It provides valuable information about the lithology, stratigraphy, and presence of radioactive materials within the borehole. This data is useful for understanding formation boundaries and identifying potential mineral deposits.
SP (Spontaneous Potential) Logging: The SP Logger measures the electrical potential between the borehole fluid and the surrounding formations. It helps identify permeable zones, fluid movement, and potential areas for groundwater extraction in water wells. The SP data is particularly useful in hydrogeological studies and water resource management.
SPR (Self-Potential Ratio) Logging: The SPR Logger measures the self-potential ratio, which is the ratio of the spontaneous potential to the resistivity. It provides information about fluid flow, mineralization, and electrochemical processes within the subsurface formations. SPR logging aids in geothermal studies, mineral exploration, and environmental investigations.
Digital Logging Tool System: The logging tool system is digital, allowing for high-resolution data acquisition and storage. It provides accurate and reliable measurements of resistivity, gamma radiation, SP, and SPR, enhancing the interpretation and analysis of subsurface properties.
Automatic Winch: The logging tool system is equipped with an automatic winch system that controls the lowering and retrieval of the logging tools. This feature ensures efficient and precise data acquisition, as well as the safety of the borehole operators.
Applications:
Geotechnical and Geological Investigations: The logging tool system is used in geotechnical and geological investigations to characterize subsurface formations, understand lithology, and identify geological structures. It aids in site characterization for infrastructure projects, geological mapping, and assessing subsurface conditions for construction purposes.
Hydrogeological Studies: The resistivity, SP, and SPR logging capabilities of the tool system are valuable in hydrogeological studies. They help identify aquifer properties, delineate water-bearing zones, and evaluate groundwater quality. This information supports groundwater resource management, well design, and monitoring of water wells.
Mineral Exploration: The natural gamma logging and resistivity measurements assist in mineral exploration by identifying potential mineralized zones and lithological variations. The data obtained from the logging tool system aids in locating economically viable mineral deposits.
Environmental Assessments: The logging tool system is utilized in environmental assessments to understand subsurface contamination, monitor groundwater quality, and assess the impact of human activities on the environment. It aids in the characterization of subsurface hydrogeological conditions and the identification of potential sources of pollution.
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