Optical Borehole Imager 3D Borehole Imaging Optical Scanner 3D HD Borehole Lmaging System Borehole Televiewer

Product Details
Customization: Available
Product Name: Optical Borehole Imager
Depth: 1000m
Manufacturer/Factory & Trading Company
Diamond Member Since 2007

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Year of Establishment
2009-09-11
Plant Area
377 square meters
  • Optical Borehole Imager 3D Borehole Imaging Optical Scanner 3D HD Borehole Lmaging System Borehole Televiewer
  • Optical Borehole Imager 3D Borehole Imaging Optical Scanner 3D HD Borehole Lmaging System Borehole Televiewer
  • Optical Borehole Imager 3D Borehole Imaging Optical Scanner 3D HD Borehole Lmaging System Borehole Televiewer
  • Optical Borehole Imager 3D Borehole Imaging Optical Scanner 3D HD Borehole Lmaging System Borehole Televiewer
  • Optical Borehole Imager 3D Borehole Imaging Optical Scanner 3D HD Borehole Lmaging System Borehole Televiewer
  • Optical Borehole Imager 3D Borehole Imaging Optical Scanner 3D HD Borehole Lmaging System Borehole Televiewer
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Basic Info.

Model NO.
GD-S
Winch
Manual/Automatic
Probe
3D HD Borehole Camera
Transport Package
Wooden Box
Specification
3D Borehole Imaging
Trademark
GOLD
Origin
China
HS Code
8544
Production Capacity
100 Sets Per Monthed

Product Description

Optical Borehole Imager 3D Borehole Imaging Optical Scanner 3D HD Borehole lmaging system Borehole Televiewer
Optical Borehole Imager 3D Borehole Imaging Optical Scanner 3D HD Borehole Lmaging System Borehole TeleviewerOptical Borehole Imager 3D Borehole Imaging Optical Scanner 3D HD Borehole Lmaging System Borehole TeleviewerIn the drilling survey, there is a technique called optical borehole imaging, which examines the internal ground structure and the presence or absence of faults based on the unfolded panorama created by processing the borehole images taken by a camera. 

Optical televiewers (OTV) provide high-resolution, magnetically oriented, color images of the borehole wall.  These images are used to map rock types and orientations of planar features such as fractures, joints, lithologic contacts, and bedding that intersect the borehole.  Most OTV tools use a digital camera directed upward or downward on a conical mirror to collect 360-degree images of the borehole wall. The tools provide continuous images through air- or water-filled boreholes.

The digital, azimuthally oriented image of the borehole wall is split (typically on north), unrolled, flattened, and inspected for structural features. The OTV log represents a map of the borehole wall. The image can be processed and interpreted to identify borehole irregularities and sinusoidally shaped features representing planar features that intersect the borehole  The mid-point depth and orientation (strike and dip) of the planar features can be determined in processing.

The detection and characterization of fractures are important for geologic and fracture network characterization, contaminant investigations, and water-resource evaluations. The location of fractures within a borehole can be used to plan flowmeter, discrete hydraulic tests, and sampling strategies by directing the placement of tools, packers, and or pumps.
Optical Borehole Imager 3D Borehole Imaging Optical Scanner 3D HD Borehole Lmaging System Borehole TeleviewerOptical Borehole Imager 3D Borehole Imaging Optical Scanner 3D HD Borehole Lmaging System Borehole TeleviewerIf interested in Optical Borehole Imager 3D Borehole Imaging Optical Scanner 3D HD Borehole lmaging system Borehole Televiewer, please feel free to contact for mor details

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