Logging Borehole Testing Instrument Geophysical Water Well Logging System Winch
Robust Design and Industry Leadership
The GDQ-2D Geo Logging Equipment has emerged as a vital tool for geophysical and hydrological professionals, thanks to its integration of cutting-edge digital control technologies. Designed to meet both global standards and specific Chinese requirements, this advanced system sets new benchmarks in the industry. It supports a broad spectrum of applications, from detailed stratigraphic analysis to reservoir management, ensuring comprehensive and reliable data collection. The GDQ-2D's robust design makes it an essential asset in modern geo-logging practices.
Streamlined Operations and Precise Data Delivery
Leveraging over two decades of research and production experience, the GDQ-2D offers a compact and user-friendly design that significantly enhances operational efficiency. Its integrated digital control system streamlines operations, delivering precise and dependable data. This advanced technology not only meets the dynamic needs of the industry but also drives technological innovation. Professionals can rely on the GDQ-2D to maintain wellbore integrity while providing high-quality data crucial for effective decision-making.
Versatile Applications and Superior Performance
Tailored for borehole geophysics and water well logging, the GDQ-2D is indispensable in today's geophysical and hydrological research. It excels in a wide range of applications, ensuring superior performance and reliability. The equipment's versatile capabilities make it a cornerstone of modern geo-logging practices, supporting detailed stratigraphic analysis and efficient reservoir management. Its ability to deliver accurate and consistent data sets new standards for the industry.
Application
Ensuring Wellbore Integrity and Operational Efficiency
In the realm of drilling operations, maintaining wellbore integrity and performance is paramount. Logging tools conduct detailed assessments of critical parameters such as borehole deviation, diameter, and cementing quality, ensuring that wells adhere to strict safety and operational standards. By providing comprehensive technical evaluations, these tools enhance the reliability and efficiency of well construction and maintenance, thereby guaranteeing safe and optimal operational outcomes.
Advancing Geological Insights and Exploration
Logging tools offer invaluable data on subsurface conditions, significantly enhancing geological understanding. Geologists can construct precise models of underground formations by measuring rock layers' depth, thickness, and porosity. This crucial information supports exploration efforts, offering a clearer view of geological structures and aiding in the identification of potential drilling sites and extraction techniques. Reliable logging data facilitates informed decision-making, leading to more strategic planning and improved resource recovery rates.
Innovating Reservoir Management Practices
Reservoir management benefits immensely from logging tools, which play a crucial role in distinguishing between different reservoirs and evaluating their properties, such as oil content. These tools enable stratigraphic comparisons and deepen our comprehension of structural and sedimentary features. By integrating cutting-edge technology, they refine long-term production strategies in mature oilfields, ensuring maximum efficiency. Furthermore, logging tools drive innovation in geo-logging applications, setting new benchmarks for accuracy and efficiency in modern geophysical and hydrological research.
Parameters of Borehole Geophysics Logging
Water Well Logging Equipment, Geo Logging Equipment
| 12bit A/D Conversion, Program-Controlled Magnification |
K=0.5~128 |
| Counting Channel |
f≤500KHz |
| Digital Signal Transmission Frequency |
9600bit/s |
| Power Supply Cycle |
400ms |
| Current |
2mA~500 mA Optional |
| Signal Input Range |
≤±10V |
| Continuous Working Time |
≤24 hr |
| Power Consumption |
<200W |
| Volume |
420×260×210mm |
| Weight |
<7Kg |
| Working Temperature Range |
-10ºC~ +50ºC |
| Working Power Supply |
AC220V±10% 50Hz ±5% |
| Logging Speed |
0~30 m/min Adjustable (as per sampling interval) |
System Composition of Borehole Geophysics Logging
Water Well Logging Equipment, Geo Logging Equipment
| No. |
Name |
Qty |
| 1 |
GDQ-2D Logging System Box |
1 |
| 2 |
Well Logging Probe |
1 |
| 3 |
Logging Winch and Logging Cable |
1 |
| 4 |
Drilling Mouth Pulley |
1 |
| 5 |
Depth Encoder |
1 |
| 6 |
Laptop (Optional) Printer (Optional) |
1 |
The probes of Borehole Logging Downhole Caliper Logging Groundwater Logging Borehole Gamma Logger Water Well Logging System
| Model/ Name |
Parameter to measure |
| JDX-2Dr Resistivity & Gamma probe |
SP, Apparent resistivity, natural gamma |
| JDX-3Dr Combined probe |
16"/64"resistivity, SP, natural gamma, temperature, SPR |
| JJH-2 Res/IP probe |
16"/64"resistivity, SP, IP |
| JCX3-GMD Laterology & Gamma |
Laterology-3 resistivity, natural gamma, SP |
| JCC-2A Three-component magnetometer |
Magnetic Tri-component |
| JCH-2 Magnetic susceptibility probe |
Susceptibility |
| JWY-1 Temperature & Fluid resistivity |
Temperature, fluid resistivity |
| JWL-2W Flow Combined probe |
Temperature, water level, flow |
| JJX-3DA High precision inclination probe |
Vertex angle, azimuth |
| JJY-3D Three-arm caliper |
Diameter, liquid level |
| JSS-3 Sonic probe |
Travel-time, Equation of time, Amplitude1, Amplitude2 |
| JMZD-2D Combined density probe |
Density, laterology,resisitivity, natural gamma, SP, caliper |
| JZZ-3 Neutron & gamma probe |
Natural gamma, porosity |
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