Downhole Logging Wireline Geophysical Well Logging
Some of the most common types of geophysical well logging tools and techniques include:
Electrical resistivity logging: Measures the electrical resistance of the formation, which can indicate the presence of water or hydrocarbons.
Gamma-ray logging: Measures the natural gamma radiation emitted by rocks, which can provide information about the lithology and mineralogy of the formation.
Sonic logging: Measures the velocity of sound waves traveling through the formation, which can provide information about the porosity and permeability of the rocks.
Neutron logging: Measures the thermal neutron population in the formation, which can provide information about the lithology, porosity, and fluid content of the rocks.
Density logging: Measures the density of the formation, which can provide information about the lithology and porosity of the rocks.
These measurements are typically recorded in a well log, which is a continuous record of the physical properties of the formation as a function of depth. The well log can be used to interpret the geology and structure of the subsurface formations, as well as to identify potential hydrocarbon reservoirs and to optimize production operations.
Technical Specification
| Dip (inclination): | 0° -- 50° | Accuracy: | ±0.5° |
| Azimuth: | 0° -- 360° | Accuracy: | ±3°(typical @dip≥4°) |
| Resolution: | Azimuth:1° | Dip:0.1° |
| Endurance: | About 6 hours (Using DC Power) |
| Pressure: | 250 bar |
| Dimensions: | Diameter Ø40 mm, Length 1230 mm, Weight 6 kg |
| Storage: | 10 Projects with 99 shots each |
| Temperature: | -10°C -- +60°C |
| Power Supply: | 220V AC input or use internal DC battery |
Product Display
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Wireline Downhole Geophysical Well Logging For Deep Well Detect Images
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