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USMPR

Ultraslim MPR™

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Pricing applicable only for USA locations

The Baker Hughes Ultraslim MPR™ resistivity service delivers real-time formation evaluation services and geosteering capabilities to optimize wellbore placement in slimhole applications. The service provides accurate, reliable data for a variety of drilling environments, including vertical resolution for defining thin beds and deeper formation evaluation for precise reservoir navigation. The two Ultraslim MPR sizes can be integrated with the Baker Hughes CoilTrak™ coiled-tubing re-entry drilling system, the NaviTrak™ MWD system, or the Advanced Slim MWD system.

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Pricing applicable only for USA locations

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Determining productive zones and evaluating formation properties can be challenging in slimhole applications. The Ultraslim MPR™ resistivity service from Baker Hughes provides real-time formation evaluation services and geosteering capabilities to optimize wellbore placement in your slimhole wells.

The Ultraslim MPR tool gives you accurate, high-resolution data in diverse drilling environments—from vertical resolution for defining thin beds to deeper formation evaluation for precise reservoir navigation.

• A slim design with 2-3/8-in. or 3-1/8-in. outer diameter, which helps ensure increased hydrocarbon recovery in slimhole re-entry and/or through-tubing well construction applications
• Transmitted frequencies of 2 MHz and 400 kHz to collect resistivity measurements in all mud types and sharpen hydrocarbon measurements in target zones
• Rugged antenna, all-digital electronics on board, and real-time data transmission to surface for enhanced reservoir navigation and more precise wellbore placement
• Capable of integration with Baker Hughes's CoilTrak™ coiled-tubing re-entry drilling system, the NaviTrak™ MWD system, or the Advanced Slim MWD system

Features and Benefits
• Slim design with 2 3⁄8-in. or 3 1⁄8-in. tool outsde diameter (OD)
- Increases hydrocarbon recovery in slimhole re-entry and/or throughtubing well construction applications
• 2-MHz and 400-kHz transmitted frequencies collect resistivity measurements in all mud types
- Improves recovery by measuring hydrocarbon volumes in target zones
• Rugged antenna design and fully digital electronics on board
- Enhances reservoir navigation services for precise wellbore placement
- Provides reliable formation evaluation (FE) measurements in higherbuildup-rate environments
• Real-time data transmitted to surface through e-line or mud-pulse telemetry system
- Optimizes wellbore placement through geosteering service
Application
• Coiled-tubing drilling
• Through-tubing rotary drilling
• Conventional oil and gas
• Deep water
• Onshore and offshore
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