Borehole Deep Water Inspection Camera

Borehole cameras have emerged as a crucial tool in the exploration and monitoring of various underground structures. These cameras offer exceptional visual access to boreholes and can offer invaluable insights into the geological, hydrological, and environmental condition of various subsurface formations.

Why We Choose Borehole Cameras?

Borehole cameras are an important tool in the field of geology and environmental science. They are used to look inside the boreholes, which are drilled into the earth for various purposes like oil exploration, mineral exploration, groundwater monitoring or geotechnical investigations. Borehole cameras offer several advantages over traditional methods of downhole inspection such as the ability to capture detailed visual data about the rock strata, water levels and other geological formations.
There are mainly the following points：
1. Accuracy
Borehole cameras offer a much higher accuracy compared to traditional borehole inspection methods. Unlike other methods, borehole cameras provide detailed visual data of the subsurface formations. The camera sends the live footage back to the surface in real-time, allowing the operator to see exactly what is going on downhole. This feature makes it easier to identify geological formations, water levels and other features of the borehole with precision.

2. Cost-Effective
Borehole cameras offer a cost-effective solution for downhole inspection. Traditional methods of inspection typically require drilling multiple boreholes and taking several samples to determine the characteristics of the subsurface formations. This process can be expensive and time-consuming. Borehole cameras, on the other hand, allow operators to see inside the borehole without damaging the formation, thus minimizing costs and the potential for complications.

3. Increased Safety
Borehole cameras offer a safer way of downhole inspection. Traditional methods of inspection can be quite dangerous as they require people to physically go down the borehole or use heavy equipment. Borehole cameras ensure the safety of the operator by providing visual data of the borehole from the surface.

4. Time-Saving
Borehole cameras also save time compared to traditional inspection methods. Traditional methods require drilling multiple boreholes, taking samples and analyzing the data. This process could take weeks or even months. Borehole cameras provide live footage of the subsurface formations, which can be analyzed on the spot. This saves time and allows for quick decision-making.

5. Environmental Impact
Borehole cameras have a minimal environmental impact compared to traditional methods of downhole inspection. Traditional methods require drilling multiple boreholes, which can damage the surrounding environment. Borehole cameras, on the other hand, allow for minimal disturbance to the formation and can be easily removed from the borehole without causing any damage.
In short, borehole cameras are a superior tool for downhole inspection in geology and environmental science. They offer accuracy, cost-effectiveness, increased safety, time-saving and minimal environmental impact. These advantages make them the preferred method of downhole inspection for many applications.

Camera Head

• Φ63mm L570mm Stainless steel casing

• Waterproof IP68 Operating depth 50 bars (725 PSI)

• Dual Camera Down & Side viewing

• Pan 360° rotate endless

• View angle 120°

• Sensor resolution PAL 720H×576V NTSC 720H×480V

• Horizontal resolution 700 TVL

• 6 pcs high light LED (down view)
• 6pcs high light LED (side view)

• Camera weight 6KG

 DVR Control Unit

 Monitor:

• 10" industrial color monitor

• Display model 4:3

• Resolution 1024*768

• Menu language 9 languages optional

Control Panel:

• Video input option: Borehole Camera or Pan & Tilt Camera

• Winch operating knob（adjusting speed, cable up and down, brake）

• Camera rotation control button (clockwise and counterclockwise)

• Down and side camera select button and LED brightness control button

• HD DVR Audio/Video recording & playback

• Video storage Medium: Built in 128GB SSD or USB device

• On-screen depth encoder, temperature and compass

• Built in WIFI transmitter

• Using intelligent terminals as display and recording device

• Transmitter distance 30m

• Through WIFI wireless transmit video to Android, Apply OS or MID terminal

 

Cable Reel

• Winding speed：0~20m/min

• Cable speed adjustable

• Φ10mm twisted pair cable (100m-500m option)

• Power supply AC 110/AC230V, DC12~24V

• On screen depth encoder

• Automatically coiling and uncoiling function（Optional)

 

 

Standard Skid

 

* Adjustable diameter

Borehole Inspection Camera is a tool used to detect the conditions inside the borehole, which can help workers understand the conditions inside the borehole more accurately, and can save labor and reduce risks. When work such as drilling, mining or installing pipelines is required, the Borehole Inspection Camera can provide very accurate and detailed information, thereby reducing the cost and danger of the work. There are mainly the following applications：

1. Geology: Borehole inspection cameras can be used to explore various subsurface formations to understand the geological and lithological distribution of various structures.

2. Civil Engineering: Borehole inspection cameras provide essential data for the evaluation of underground structural conditions.

3. Water conservancy and environmental engineering: used to monitor the internal conditions of water wells, underground water pipes, reservoirs, water pumps and other facilities.

4. Petroleum exploration: used to detect the conditions in oil wells and oil pipes.

5. Municipal construction: used to detect the internal conditions of sewers, drainage pipes, cable pipes, etc.

6. Coal mine and coalbed methane exploration: Borehole inspection cameras can be used to explore the physical properties of various geothermal systems, can offer crucial insights into the rock mass quality and other structural features of mines, used to detect the distribution of underground coalbed methane and the condition of underground facilities.

Borehole Inspection Camera still has many aspects that can be improved, and the future development direction will mainly be in the following aspects:

1. Full automation: Through further development and improvement of technology, the Borehole Inspection Camera can be more automated, reducing the requirements for staff and manual operations.

2. Humanoid robot: Through robotics technology, a robot that can move freely in the hole is manufactured, avoiding artificial narrow space operations.

3. More open Borehole Inspection Camera: It can adapt to more different environments, conduct corresponding inspections for different conditions, and provide more accurate image records.

4. Centralization & information intelligence: Realize informatization within the scope of measurement, more comprehensive, visualized, and scalable data storage, management, and analysis, and information sharing more conveniently.

In conclusion, borehole Inspection cameras offer unique capabilities to explore and monitor various subsurface structures. The benefits offered by these cameras have proven to be a game-changer for various fields like Geology, Civil Engineering, Water conservancy and environmental engineering, Petroleum exploration, Municipal construction and Coal mine and coalbed methane exploration. The versatile, real-time, accurate, cost-effective, and time-saving features of borehole inspection cameras have propelled their demand in recent years. It is essential to emphasize that limitations and disadvantages can impact their effectiveness. However, the benefits far outweigh these limitations, and the field of borehole inspection cameras is continuously evolving, providing more robust and efficient monitoring solutions.

 

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    Shaanxi Granfoo Intelligent Technology is a High-tech intelligent enterprise, specialized in designing, R&D, manufacturing and exporting of underwater cameras, pipe inspection cameras, underwater inspection robot ROV, underwater connectors, underwater cables, water quality monitor muti-parameter sensor, etc. Granfoo has already been recognized as a strategic partner of many OEM businesses for about 16 years. We have the highly experienced team to work on your OEM projects. Our experience and splendid service have won us good business relationships with many international buyers and suppliers. Our products are sold to many countries across the world including Europe, North America, Japan, Korea, Australia, etc.

    We welcome you to become our next reseller or agent in your country. Our underwater camera systems are also apply to aquaculture, underwater exploration, reservoirs, dams, canals and other water conservancy facilities, construction and monitoring, wells, repair of oil wells, urban water supply network and the pipeline monitoring and maintenance, underwater sports research, the entertainment industry for underwater sightseeing, underwater weapons test monitoring and measurement, military facilities, underwater surveillance, recording and exploration of scientific research results, deep-sea salvage and oilfield operations and so on.

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