GEO 6 Comprehensive Logging Tool
A multifunctional measurement system for operational monitoring of well parameters directly during the drilling process. The tool integrates five key diagnostic methods into a unified system:
Measurement Capabilities
1. Intelligent Data Acquisition System

• Multi-layer resistivity measurement with adaptive formation scanning
• Spectral acoustic monitoring with fluid type identification
• High-precision inclinometry with gyroscopic correction and temperature compensation
• Dynamic pressure-temperature logging with AI predictive modeling

2. Next-Generation Telemetry Platform

• Data transmission rate: Up to 10 bit/s
• Measurement accuracy:
• Azimuth measurement error ≤ 1.5°
• Zenith angle measurement error ≤ 0.1°
• "Dead zone" minimization: Complete borehole coverage with distance between sensors up to 3 meters
• Battery life: Up to 340 hours of operation at conditions up to 150°C and 120 MPa*

3. Unique Technological Solutions
✓ Adaptive noise-protected channel coding
✓ Digital signal filtering with AI pattern recognition
✓ Distributed sensor network with energy-autonomous modules
✓ Communication channel duplication with automatic switching
4. Additional Technological Advantages
Housing Solutions:

• Anti-corrosion alloys with increased resistance to acid solutions
• Multi-layer thermal insulation for operation in high-temperature wells
• Modular architecture for quick maintenance

Software Technologies:

• Predictive analytics for equipment condition forecasting
• Real-time digital twin of the well
• Automatic calibration and system self-diagnostics

Energy Efficiency:

• Generators with efficiency >40% for autonomous power supply
• Adaptive power consumption with intelligent management

Operational Advantages:

• 15-30% reduction in drilling duration
• Increase in accuracy of reaching target formations up to 95.8%
• 90% reduction in "blind" zones
• 40% increase in equipment mean time between repairs

Due to its compact design and simultaneous operation of all methods, the module provides comprehensive geological and technological monitoring, reduces research time and increases data reliability for real-time decision making.

Multi-Antenna Measurement System
The tool is equipped with transverse and longitudinal antennas combined into compensated boundary mapper probes. This scheme provides high-precision determination of distance to upper and lower formation boundaries relative to the wellbore.
Multi-Channel Resistivity Measurement Complex
▸ Compensated probes with triple-frequency excitation
▸ Simultaneous recording of 12 resistivity curves
▸ Deep error correction due to symmetrical measurement pair design
Hydrodynamic Monitoring
• Precision annular pressure sensor with temperature compensation
• Automatic calculation of equivalent circulating density
• Real-time monitoring of drilling fluid rheological parameters
Duplex Radiometric System
▸ Two independent azimuthal gamma logging units
▸ Synchronous measurements for statistical noise suppression
▸ Enhanced reliability of natural formation radioactivity data
▸ Azimuthal referencing of radioactive anomalies with 22.5° angular resolution
The integrated architecture of the measurement system provides cross-verification of data and improves reliability of geological and technological parameter interpretation.
Design and Reliability
Specifications and Versatility
• Two standard diameters: 121 mm and 172 mm
• Adaptation to various drill string configurations
• Preservation of performance characteristics across the entire size range
Materials and Protection
▸ High-strength compound for antenna systems
▸ 2.5x increase in service intervals
▸ Multi-level vibration and shock protection for critical components
▸ Special damping systems for inclinometry and gamma logging
Testing and Quality Assurance
• Testing at extreme pressures up to 175 MPa
• Performance validation at temperatures up to 200°C
• Vibration testing in the 10-500 Hz range
• Certification according to API RP 67 and ISO 10405 standards
Operational Advantages
• Resistance to mechanical loads during tripping operations
• Preservation of measurement accuracy under high vibration conditions
• Reduction of total cost of ownership due to increased service life
• Guaranteed operational capability in extreme well conditions
The module design ensures stable operation in the most demanding drilling conditions, confirming compliance with stated characteristics through comprehensive extreme load testing.

ТЕХНИЧЕСКИЕ ХАРАКТЕРИСТИКИ ПРИБОРА

Hydraulic High-Speed Modulator-Pulsator
Technical Characteristics:

• Data transmission rate: up to 15 bit/s
• Operating pressure: up to 100 MPa
• Communication range: up to 5500 m
• Temperature range: -40...+175°C

Key Advantages:

• Digital signal modulation with noise immunity
• Adaptive wavefront correction
• Minimal influence of drilling fluid properties
• Compatibility with standard telemetry systems

Application Area:
Telemetry systems for directional drilling with data transmission via drilling fluid.
Design Features:

• Multi-level protection against water hammer
• Automatic calibration for fluid parameters
• Modular architecture for quick maintenance

The device ensures stable real-time data transmission for geosteering systems and drilling process monitoring.

High-Speed Hydraulic Telemetry System Modulator "GEO 2"
Operating Principle
A continuous rotation rotary valve creates a sinusoidal pressure wave in the drilling fluid. Data transmission is achieved through precise phase shifting of the wave, ensuring stable communication even under conditions of vibration and variable loads.
Key Advantages
▸ High Data Density

• Real-time transmission of azimuthal logging images
• Maintained data quality at drilling rates up to 50 m/h
• ▸ Adaptive Communication
• Programmable carrier frequency with remote adjustment capability
• Automatic noise suppression within the operating frequency range
• ▸ Reliable Design
• Continuous-action rotary system
• Stable signal generation under variable pressure conditions

Technical Features

• Dynamic adaptation to changes in drilling fluid parameters
• Minimal sensitivity to mechanical interference
• Compatibility with real-time data processing systems

The modulator provides an uninterrupted communication channel for transmitting geosteering information and monitoring data, guaranteeing decision-making accuracy during the drilling process.

Key Features and Advantages
Application Versatility
▸ Compatibility with all BHA sizes
▸ Quick adaptation to the required diameter via replaceable valve blocks
▸ Consistent performance when switching between sizes
Intelligent Protection System
▸ Automatic detection of foreign objects in the working area
▸ Special self-cleaning algorithm without interrupting the operating cycle
▸ Minimized downtime due to autonomous clog removal
Adaptive Operating Modes
▸ Standard Mode - data transmission via phase modulation of a sinusoidal signal
▸ Backup Mode - operation as a pulsator with pulse modulation
▸ Automatic switching during critical changes in drilling conditions
▸ Maintained communication channel in extreme conditions
Operational Advantages

• Reduced equipment reconfiguration time when changing drilling diameter
• Increased reliability due to the built-in anti-jamming protection system
• Guaranteed communication maintenance even in non-standard situations
• Standardization of spare parts and maintenance procedures

DESIGN AND RELIABILITY
Materials and Construction

• Rotary system made of hard-faced composites — resistant to abrasive wear and extreme loads.
• Special brushless drive — eliminates sparking and designed for operation in drilling conditions.
• Precision valve balancing — ensures stable operation at high speeds.
• ▸ Built-in pressure compensator — maintains performance characteristics at depths exceeding 5000 m.
• ▸ Sealed modular architecture — protects electronic components from high formation pressure.
• ▸ Signal parameter stability — communication quality independent of well depth.

Engineering Advantages

• Valve assembly service life increased by 40% through the use of special alloys.
• Compatible with high-density drilling fluids and fluids with high LCM content.
• The modulator design ensures stable operation in the widest range of conditions — from vertical wells to complex, extended multilateral horizontal wells.
• Symmetrical module architecture allows it to be rotated 180° in the BHA.
• Flexible positioning of sensors relative to the bit and magnetic masses.
• Optimal placement of measurement probes without design changes.

COMPACT INTEGRATION
▸ Five measurement methods in a single housing.
▸ Minimum distance from measurement points to the bottom hole.
▸ Improved data accuracy due to proximity to the drilling zone.
TECHNOLOGICAL CAPABILITIES

• Bed boundary detection range: up to 5 meters.
• Adaptive measurement range depending on rock conductivity.
• High accuracy in determining contacts even in complex geological conditions.

RESOURCE EFFICIENCY

• Hard-faced valve components available from Russian suppliers.
• Quick replacement of consumable components.
• Reduced logistics costs and downtime.
• Innovative materials.

TECHNICAL SPECIFICATIONS OF THE TOOL

Generator
Generator Module: Stable Power for Telemetry
The generator module serves as a power source for the downhole telemetry system, providing up to 100 W of power. Its key function is to maintain stable, programmable voltage (from 20 to 38 V) for the equipment, regardless of fluctuations in mud flow rate.
Key Features and Advantages

• Versatility and Autonomy: The module operates independently of communication with the telemetry system, allowing for easy integration into other complexes.
• Intelligent Power Priority: Our solution automatically ensures current is drawn from the generator in priority over the battery via optimal voltage, extending battery life.
• Self-Diagnostics: The built-in memory automatically saves operational parameters and service data, requiring no manual maintenance or clearing.
• Easy Installation: The module design does not require special mounting, simplifying and accelerating its installation in the bottom-hole assembly.

(Photo of generators)