Deep Underwater Borehole Inspection Camera System
The Evolution of Optical Imaging in Well Logging
Advancements in electromagnetics, physics, and acoustics have paved the way for the integration of optical imaging technology in deep-water wells and borehole inspections. This innovative method employs a camera lens mounted at the front end of the logging instrument. Guided by optical imaging principles, this device captures high-resolution images of the wellbore's interior surfaces as it traverses the depths. The use of visible light illumination ensures that even the most intricate details are recorded, providing a comprehensive visual record of the well's condition.
Image Capture and Transmission
The captured images undergo sophisticated processing through electronic circuits within the instrument. These circuits convert the visual data into frequency pulse signals, which are then transmitted via a cable to a surface-based receiving unit. The transmission process is seamless, ensuring that the integrity of the data is maintained throughout its journey from the well's depths to the surface. This real-time data transfer is crucial for immediate analysis and decision-making.
Decoding and Visualization
Upon reaching the surface, the frequency pulse signals are decoded by specialized equipment. The decoding process reconstructs the signals into detailed visual representations, allowing engineers and geologists to analyze the well's internal structure with unprecedented clarity. Real-time monitoring becomes possible, offering clear and immediate insights into the condition of downhole casings. This capability significantly enhances the ability to assess the structural integrity of the well accurately.
Enhanced Decision-Making
The intuitive and direct visualization provided by optical imaging technology simplifies the evaluation of downhole conditions. Experts can now rely on detailed imagery to make informed decisions regarding necessary maintenance or further investigative actions. This approach not only streamlines the inspection process but also ensures that any potential issues are identified and addressed promptly. The accuracy and immediacy of the information enable optimal management of well operations.
Ensuring Optimal Well Management
By leveraging the power of optical imaging, professionals can achieve a higher level of precision in assessing well conditions. Detailed images provide a clear understanding of the well's status, enabling timely and effective maintenance. This technology not only enhances operational efficiency but also contributes to the long-term sustainability and safety of well operations. In essence, optical imaging has revolutionized the field of well logging, setting new standards for reliability and performance.
Main Applications
Water well inspection/ underwater inspection/borehole inspection
Oil field,
Coal field,
Engineering geology,
Dam, reservoir, oceaneering
Key Features
Components
Technical Specifications
| Sensor |
Sony 1/3 Inch CCD,0.1Lux |
| LED Display |
8 Inch 4:3, 1024*768 Pixel |
| Camera |
850TVL, Automatic Focus 360 Degrees Rotation |
| Light |
LED Lights, Bulb Luminance Adjustable |
| Depth |
0-1000m |
| Storage |
SD Card 16GB |
| Power |
AC 220V 50Hz (DC12/ 24V Optional) |
| Pressure |
Max15Mpa |
We are a manufacturer and supplier of Water Well Cameras, Borehole Cameras, and Borehole Monitoring Cameras in China. Our product offerings include:
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300m and 500m Water Well Cameras and Borehole Cameras for deep drilling companies
•
Digital Drilling Inclinometers and Borehole Clinometers
•
Deep Well Cameras and Water Well Inspection Cameras
Our Downhole Camera system features a compact control unit equipped with a high-resolution 8" LCD display, allowing for on-site viewing of the inspection process. All data can be stored on an 8GB SD card (expandable up to 32GB). The user-friendly interface provides various operational features, including depth sensing, a winch control knob, and rotation control.
Borehole Inside:
About Us
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