Precision Hq Core Orientation Tool for Accurate Rock Samples Direction Mark

• Customization: Available
• After-sales Service: Provide
• Warranty: 1 Year
• Model NO.: Georient
• Inclination: -90°/ +90°
• Gravity Toolface: 0-360°
• Instruments Weight: 2.5kg
• Inclination Accuracy: 0.1°
• Directional Accuracy: 0.5°
• Protection Level: IP68
• Pressure Resistance: 20MPa
• Size: Hq
• Application: Core Orientation Tooling
• Measuring Depth: 2000m
• Used Filed: Drilling
• Azimuth Range: -85°~ +85°
• Software: Provide
• Working Temperature: -30°/ 70°
• Data Collector: Android System
• Transport Package: Strong Case
• Specification: HQ
• Trademark: GOLD
• Origin: Chongqing, China
• HS Code: 9015800090
• Production Capacity: 100 Per Months

Product Description

Digital Core Orientation System Core Orientation Tool for Drilling Samples

 

Product Description

The Core Orientation Tool (COT) is a specialized instrument used in the drilling industry to determine the orientation of rock core samples collected during drilling operations. It provides crucial information about the angle and direction of the core relative to the Earth's magnetic field or a specified reference point. This tool is essential for geologists, engineers, and drillers to accurately interpret subsurface geology, which directly influences decision-making in exploration and resource extraction projects.

. Rugged and reliable
. Accurate digital data collection

Purpose:
1. Accurate Core Orientation: The primary purpose of the Core Orientation Tool is to accurately measure the orientation of the core samples, which is critical for understanding the spatial positioning of geological layers. Knowing the precise orientation allows for the correct interpretation of rock structures and stratigraphy.

2. Geological Interpretation: By providing data on the orientation of core samples, the COT helps geologists identify key features such as faults, fractures, bedding planes, and other geological formations. This information is vital for assessing reservoir properties, planning further drilling, and determining the economic potential of the site.

3. Improving Borehole and Drilling Planning: The data gathered using the Core Orientation Tool enables more accurate planning for future drilling phases. It helps engineers design wells that are aligned with optimal geological formations, minimizing risk and maximizing resource recovery.

4.Enhanced Data for Reservoir Modeling: Accurate core orientation contributes to the creation of more reliable geological models and reservoir simulations. These models are critical for forecasting production and determining the best methods for resource extraction.
Technical Details:
 

Measuring unit diameter	43mm Length: 183mm
Pressure resistance	20MPa  Can measure 2000m hole depth
Inclination range	-90°~ +90°
Inclination accuracy	-/+ 0.1°
Azimuth range	: -85°~ +85°
Directional accuracy	-/+ 0.5°
Tool face error	+/- 0.5°
Working Temperature	-30°/ 70°

Handheld Devices:
Type: Android smartphone
Software: Core Orienter dedicated APP
Battery capacity, continuous use: 48 hours
Battery type: Lithium
Protection level: IP68

Use Cases:
1. Exploration Drilling: In the early stages of exploration, the Core Orientation Tool is used to determine the orientation of rock cores taken from potential drilling sites. This information helps geologists assess the geological conditions and make decisions about whether to proceed with further exploration or drilling activities.

2. Geotechnical Investigations: When drilling for geotechnical purposes (e.g., assessing the stability of the ground for construction or mining), the COT helps engineers gather data on the subsurface structure. This ensures that structures are built with proper knowledge of the terrain's strength and stability.

3. Oil and Gas Drilling: In the oil and gas industry, the Core Orientation Tool is commonly used during exploration and production drilling. Accurate core orientation is essential for evaluating reservoir quality, fracture systems, and the effectiveness of hydraulic fracturing techniques. It helps in optimizing drilling strategies to increase efficiency and safety.

4. Mining Operations: The COT is used in mining operations to better understand the structure of ore bodies and to design mining plans that maximize resource extraction while ensuring safety. Correct core orientation allows miners to navigate complex geological structures more effectively.

5. Hydrogeology and Environmental Studies: In environmental drilling, the COT can be used to analyze aquifers and groundwater flow. By understanding the orientation of rock layers, researchers can assess the movement of water through the subsurface and predict potential contamination pathways.