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PowerDrive ICE

UltraHT RSS

Expand the limits of what's possible

The PowerDrive ICE ultraHT RSS makes advanced drilling a reality—even at 200 degC—bringing the benefits of a fully rotating system to ultraHT wells. Its ultraHT-rated proprietary electronics are ruggedized for extreme conditions to ensure reliable, uninterrupted performance. While nonHT-rated electronics can fail after just 6 hours at temperatures exceeding 200 degC, the PowerDrive ICE system has been verified to

2,000 hours at temperatures exceeding 200 degC
35,000 hours at 200 degC
2 million shocks at 200 degC.

Proprietary ultraHT-rated electronics

To bring the advantages of the PowerDrive rotary steerable systems and TeleScope MWD services to ultrahigh-temperature reservoirs, Schlumberger revolutionized the process for manufacturing the ceramic components used in modern electronics. The result: multichip modules mounted on a ceramic substrate and hermetically sealed in inert gas, ready for the rigors of downhole use.

Two RSS circuit boards before-and-after exposure to high heat. The PowerDrive ICE circuit board is undamaged.

A simplified side-view rendering of a shortened BHA incorporating a PowerDrive ICE RSS and a PDC bit

Advantages

Reduces cost by eliminating trips
Saves time by eliminating staging procedure
Optimizes drilling performance and enhances hole quality
Can be rerun even after being exposed to high temperatures
Innovative pad actuation design with metal-to-metal seals
Automatic hold inclination and azimuth capability
UltraHPHT BHA when run with TeleScope ICE ultraHT MWD service

Target applications: Drilling of complex 3D ultraHPHT wells

Maximum pressure: 20,000 psi [138 MPa]

Maximum rotational speed: 220 rpm

Maximum temperature: 392 degF [200 degC]

The bit-end of a PowerDrive ICE RSS as it is reviewed by a Schlumberger field technician

Optimal trajectory without compromise

By increasing performance in extreme environments, the PowerDrive ICE RSS eliminates the need for special operating procedures. Drillers can unlock the production potential of ultraHT reservoirs with improved well trajectory while saving rig time and operating cost.

High-density data for precision drilling

The PowerDrive ICE ultraHT RSS steers automatically and provides precise directional control. It combines with the TeleScope ICE ultraHT measurements-while-drilling service to form the first BHA specifically designed to operate at 200 degC. High-density data enables real-time drilling optimization and well placement and effective targeting of productive zones, leading to maximized ROP.

ICE UltraHT Drilling Services

Accurately and efficiently reach targets in ultrahigh-temperature reservoirs.

TeleScope ICE

UltraHT measurements-while-drilling service

Receive critical downhole data from ultraHT wells with a high-speed telemetry service built to operate at ultrahigh temperatures.

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Product Sheet PowerDrive ICE UltraHT RSS

Improve performance in ultraHT wells with a fully rotating RSS that operates normally at 200 degC [392 degF].

Industry Article Drilling Exploration Well That Targets High-Temperature Reservoir

Exploring for hydrocarbons offshore Mexico, Pemex planned to drill an exploratory well targeting a high-pressure, high-temperature (HPHT) reservoir in the shallow waters of the Sureste Basin.

Brochure ICE UltraHT Drilling Services

Engineered with proprietary ultraHT-rated ceramic electronics that are ruggedized for extreme downhole conditions, the PowerDrive ICE ultraHT RSS and the TeleScope ICE* ultraHT MWD service, together, form the first complete BHA specifically designed to operate at 200 degC.

Article Engineering Excellence

Upstream innovations honored for outstanding technological advancement.

Case Study PEMEX Outperforms Directional Plan in High- Temperature Reservoir with High Mud Weight

PowerDrive ICE RSS achieves directional objective by building required curve in high-temperature environment of up to 358 degF [181 degC].

Brochure Operaciones de Perforacion en Ambientes de Altas Temperaturas

Schlumberger drilling services have successful track records for HT applications, and our field engineers and maintenance personnel are fully HT certified.