Water Well Logging Equipment Geophysical Borehole Logging Equipment Hydrogeological Logging System Electrical Logging Tool Resistivity Natural Gamma Temperature
Description
Borehole logging is a fundamental technique in geosciences and engineering, offering invaluable insights into subsurface formations and properties. Nr Lr Borehole Logging Equipment represents a comprehensive suite of tools and systems designed to collect critical data from boreholes. This equipment encompasses various logging methods tailored to specific applications, including natural gamma, water well, caliper, temperature, and hydrogeological logging. Each method serves distinct purposes, contributing to a holistic understanding of subsurface conditions.
Natural gamma logging is pivotal in geological surveys, mineral exploration, and oil and gas prospecting. By measuring gamma radiation emitted by subsurface formations, it helps identify lithological variations, mineral composition, and stratigraphic boundaries. This data aids in reservoir characterization, geological mapping, and resource assessment.
Water well logging plays a crucial role in hydrogeological studies and groundwater resource management. By evaluating parameters such as porosity, permeability, and water quality, it assists in locating aquifers, determining well productivity, and assessing contamination risks. This information guides well construction, aquifer recharge, and remediation strategies.
Caliper logging is essential for geotechnical assessments, borehole stability analysis, and wellbore integrity evaluation. It measures borehole diameter variations, detecting cave-ins, fractures, or obstructions that may compromise drilling operations or well performance. This data informs casing design, well completion procedures, and geomechanical modeling.
Temperature logging serves diverse purposes in geothermal studies, environmental monitoring, and petroleum reservoir analysis. By recording temperature profiles within boreholes, it reveals geothermal gradients, fluid flow dynamics, and thermal properties of subsurface formations. This insight aids in geothermal resource assessment, heat flow modeling, and reservoir engineering.
Hydrogeological logging integrates multiple logging techniques to characterize groundwater systems, assess aquifer properties, and investigate contaminant transport mechanisms. It combines lithological, hydrological, and geochemical data to delineate aquifer boundaries, delineate recharge zones, and identify potential sources of contamination. This information supports sustainable groundwater management, land-use planning, and environmental remediation efforts.
The main reason for these advantages is that the design and development is absorbing other's merits, fully considering the various needs of the industry, and considering the competitiveness in the international market. GDQ-2D Logging System can measure than 20 kinds parameters, covered with metal ore, coal, oil field, radioactive, hydrology, and other areas of the various user's requirements,
with great cost-effective.
No |
Model/ Name |
Parameter to Measure |
1 |
JDX-2Dr Resistivity & Gamma Probe |
SP, Apparent Resistivity, Natural Gamma |
2 |
JDX-3Dr Combined Probe |
16"/64" Resistivity, SP, Natural Gamma, Temperature, SPR |
3 |
JJH-2 Res/IP Probe |
16"/64"Resistivity, SP, IP |
4 |
JCX3-GMD Laterolog & Gamma |
Laterolog-3 Resistivity, Natural Gamma, SP |
5 |
JCC-2A Three-component Magnetometer |
Magnetic Tri-component |
6 |
JCH-2 Magnetic Susceptibility Probe |
Susceptibility |
7 |
JWY-1 Temperature & Fluid Resistivity |
Temperature, Fluid Resistivity |
8 |
JWL-2W Flow Combined Probe |
Temperature, Water level, Flow |
9 |
JJX-3DA High Precision Inclination Probe |
Vertex Angle, Azimuth |
10 |
JJY-3D Three-Arm Caliper |
Diameter, Liquid level |
11 |
JSS-3 Probe |
Travel-time, Equation of time, Amplitude1, Amplitude2 |
12 |
JMZD-2D Combined Density Probe |
Density, Laterlog Resistivity, Natural Gamma, SP, Caliper |
13 |
JZZ-3 Neutron & Gamma Probe |
Natural Gamma, Porosity |