Geophysical Well Logging Tool Borehole Logs Well Logs Borehole Downhole Logging Water Well Logging Equipment with Geophysical Logs Software

• After-sales Service: Yes
• Warranty: 1 Year
• Accuracy: 1mm
• Vertical Lines: 1
• Horizontal Line: 1
• Product Name: Water Well Logging System
• Model NO.: Geological Logging Sonde
• Depth: 100m to 3000m
• Parameters: Sp, Natural Gamma, Lr, Nr, Density
• Voltage: 220V
• Application: Water Well, Mineral Borehole Logging
• Transport Package: Export Case
• Specification: Set
• Trademark: Gold
• Origin: Chongqing
• HS Code: 9015800090
• Production Capacity: 100 Units/Month

Product Description

Geophysical Well Logging Tool Borehole Logs Well Logs Borehole Downhole Logging Water Well Logging Equipment With Geophysical Logs Software 


Geophysical well logging tools are essential instruments used to gather detailed subsurface information during drilling operations. These tools are designed to measure various physical properties of rock formations, providing valuable data for geological and hydrogeological analyses. Geophysical well logging equipment, coupled with specialized software, enables the creation of borehole logs or well logs, offering critical insights into subsurface conditions and aiding in resource exploration, engineering assessments, and groundwater studies.

M552/SM552 Integrated Wall-Cling Probe

DsCD Logging (double-spaced compensated density)

Natural Gamma Logging

Three-lateral Resistivity Logging

Caliper Logging

Spontaneous Potential Logging

M433/SM433 Dual-Density Probe

R411/SR411 Nature Gamma Probe

GJ-451/SGJ-451 Cement Bond Probe

X411/SX411 Three-lateral Resistivity Probe

S524/SS524 Acoustic Wave Probe

JCS-1/SJSC-1 Digital Inclination Probe

J511/SJ511 Big-hole Caliper Prob

W422/SW422 Temperature and Liquid Resistivity Combined Probe

J411/SJ411 Caliper Probe

H411/SH411 Magnetic Susceptibility Probe

NP442 Multi-Channel Spectrum Probe

Z422/SZ422 Neutron Combined Probe

LLY-1/SLLY-1 Flow Probe

Y411 Fluorescence Probe

Applications:

Resource Exploration: Geophysical well logging tools are crucial for resource exploration, including oil and gas exploration, mineral exploration, and geothermal energy development. The acquired data helps identify reservoirs, assess their potential, and determine the feasibility of extraction or development projects.

Engineering Assessments: Well logging equipment is utilized in engineering assessments for infrastructure projects, such as tunnels, dams, and foundations. The data collected during well logging provides crucial information about subsurface conditions, including soil properties, rock strength, and potential geotechnical hazards.

Groundwater Studies: Geophysical well logging equipment plays a vital role in groundwater studies, aiding in the characterization of aquifers, mapping water-bearing formations, and assessing groundwater quality. This information is essential for managing water resources, designing well systems, and monitoring groundwater levels.

Environmental Site Characterization: Well logging tools are used in environmental site characterization to identify and evaluate potential sources of contamination, monitor subsurface plumes, and assess the impact of pollutants. The acquired data assists in the development of remediation strategies and the protection of groundwater resources.

Geological and Hydrogeological Research: Geophysical well logging equipment is extensively employed in geological and hydrogeological research. The data collected during logging operations contributes to the understanding of subsurface geological formations, hydrological processes, and the behavior of aquifers. It aids in the development of conceptual models and enhances knowledge about subsurface systems.

Features:
Measure multi parameters and wide application range.

High reliability and long MTBF.

It is the most light and convenient for equipment moving and transportation.

Simple operation and maintenance.

All the signals output by the downhole probe are a / D converted and encoded by cell and channel before being sent to the ground. The communication between the downhole probe and the ground is bidirectional. The digital code transmission measurement signal greatly improves the anti-interference ability, and the system itself can also carry out error correction, ensuring the quality of signal transmission. The two-way communication ensures that the operation can be carried out directly on the PC, and the hardware equipment is simple and reliable.

The probes, cable and drawworks, power and processing modules, and data recording devices make up the geophysical logging system. Modern logging systems are computer-controlled and can gather several logs in a single pass of the probe.

As different properties are measured by probes that are dropped into the borehole, continuous or point data is gathered, and this data is visually represented as a geophysical log. Because analyzing a suite of logs as a group can teach us far more than analyzing the same logs separately, many logs are frequently gathered to benefit from their synergistic nature. In comparison to drilling samples, geophysical logs often sample a larger volume and offer continuous, unbiased data.