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Home›Fossil Energy›M-I SWACO Introduces Ultra-High Temperature Drilling Fluid
Fossil Energy

October 10, 2012 · about 14 years ago

M-I SWACO Introduces Ultra-High Temperature Drilling Fluid

M-I SWACO, a Schlumberger company, yesterday announced the release of the RHADIANT† ultra-high temperature non-aqueous drilling fluid system. This system eliminates drilling fluid product degradation, prevents wellbore control issues such as barite sag and provides a thin filter cake for enhanced lo

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M-I SWACO, a Schlumberger company, yesterday announced the release of the RHADIANT† ultra-high temperature non-aqueous drilling fluid system. This system eliminates drilling fluid product degradation, prevents wellbore control issues such as barite sag and provides a thin filter cake for enhanced logging conditions.

“With wellbores approaching the 500 degF (260 degC) threshold, there is a need for a drilling fluid that can remain stable and deliver consistent performance throughout the processes of well construction and openhole logging,” said Joe Bacho, president, M-I SWACO. “The RHADIANT drilling fluid system has a field-proven record of providing excellent logging conditions to enable efficient operations and quality reservoir characterization.”

The RHADIANT drilling fluid system is specially formulated to maintain a stable rheological profile with little maintenance required. Unlike conventional non-aqueous drilling fluids, the RHADIANT drilling fluid system maintains extreme-temperature stability even during prolonged static conditions. Stable rheologies in tandem with ultra-thin and slick filter cake deposits clear the path for logging, casing and cementing operations. These characteristics of the fluid system enable accurate perforation placement, optimized completions and quality reservoir characterization.

In an ultra-high temperature exploration well in the Gulf of Thailand, the RHADIANT drilling fluid system effectively delivered filtration control and filter cake quality with stable rheological properties while drilling with zero lost circulation. For logging operations, the fluid system enabled the customer to perform seven openhole wireline logging runs, despite the fluid remaining static for more than 90 hours. Typical problems associated with the usage of conventional non-aqueous drilling fluids, such as barite sag and stuck pipe, were eliminated.

[mappress] Press Release, October 10, 2012

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