Resistivity
AWR (Array Wave Resistivity)
The AWR tool is a fully compensated dual frequency (2 MHz and 500 KHz) resistivity tool with 12 diameters of investigation from 3 sensors at spacings of 15”, 25” and 45”. Three spacings provide robust quantitative data for invasion corrections and processing without dielectric assumptions, or single frequency results.
Survivor AWR
The AWRTM tool is a dual frequency (2 MHz and 500 KHz) resistivity tool that provides 12 diameters of investigation from 3 compensated transmitter/receiver spacings at 15” 25” and 45”.
CWR (Compensated Wave Resistivity)
PathFinder’s CWR tools offer the greatest diameter of investigation of any 2 MHz resistivity tool in the industry! It provides 4 resistivity curves (2 phase and 2 attenuation) with symmetrical receiver spacing at 25” and 55” for maximum depth of investigation.
Technical Data Sheets
- Advanced Resitivity Analysis (PDF)
- AWR Technical Specs (PDF)
- CWR Technical Specs (PDF)
- Slim Compensated Wave Resistivity (PDF)
Technical Discussions
- Effect of Mandrel, Borehole and Invasion for Tilted-Coil Antenna Arrays
- New Discovery with Important Implications for LWD Propagation Resistivity and Interpretation
Case Histories
- Success For "Major Oil" In Egypt (PDF)
- HPHT Success Offshore In Gulf Of Mexico (PDF)
- First Time's The Charm In Egypt For PathFinder® AWR™ Services (PDF)
- Case Histories (PDF)
Environmental Correction Charts
Services
- Directional Drilling
- Directional/Gamma MWD
- Gravity MWD
- Passive Ranging
- Gyro MWD
- At-Bit Inclination & Gamma Ray
- Dynamic Pressure Module
- High Pressure/High Temperature
- Resistivity
- Density/Neutron
- Sonic
- Imaging
- Drilling Formation Tester
- Pore Pressure
- PayZone Steering
- Real-time Communications
- Formation Evaluation
- Reliability Assurance
- Computing Center