Tuned® Spacer Cement Spacer

Easy control of mixing, pumping and ECDs

Tuned Spacer cement spacer relies on rheology to efficiently displace drilling fluid. Because its rheology remains relatively flat across a broad range of shear rates, Tuned Spacer cement spacer promotes a more uniform flow velocity. These superior fluid mechanics help ensure better cleaning of the wellbore and enable recovery and reuse of expensive synthetic-based drilling muds.

The Tuned Spacer cement spacer can be customized to satisfy the requirements of any wellbore geometry, and operators can adjust the concentration of the base mix to fine-tune the spacer viscosity to meet specific demands of the drilling muds.

The consistent rheology of Tuned Spacer cement spacer can provide operators with complete control over mixing, pumping, and equivalent circulating densities (ECDs).

Tuned System
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Tuned® Spacer Cement Spacer

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  TitleНазвание  DateДата
Summary Summary Tuned® Spacer III Ultra HT spacer fluid
Tuned® Spacer III Ultra HT spacer fluid is designed especially for high temperature applications between 300°F (149°C) and 450°F (232°C). The spacer’s rheological properties (viscosity and yield point) can be designed for specific application in individual well conditions.
Summary Summary Tuned Spacer E+ - A4
Tuned Spacer E+(TM) cement spacer for optimum drilling fluid removal helps meet the industry's need for more environmentally acceptable products. Tuned Spacer E+ was developed around the erodibility concept.
Summary Summary Tuned Spacer E+
Tuned Spacer E+(TM) cement spacer for optimum drilling fluid removal helps meet the industry's need for more environmentally acceptable products. Tuned Spacer E+ was developed around the erodibility concept.
Summary Summary Tuned® Spacer V
Tuned® Spacer V was developed for use at temperatures to 485-degrees Fahrenheit (251.7-degrees Celsius). It is an optimized rheology spacer that meets the challenge of high bottomhole temperatures.
Summary Summary Tuned Spacer™ Material
Tuned Spacer™ Material is a cost-effective, water-based spacer that can provide variable viscosity and optimized rheology. For material #'s 12219 (blend) and 100009902 (dispersant). Used in Congo April 2018
Summary Summary Tuned® Spacer III Cement Spacer
A water-based spacer that is not limited to drilling fluid type, rheological properties can be designed for specific applications, can displace leading drilling fluid while eroding the filter cake.
Summary Summary Tuned® Spacer E+ Cement Spacer
Environmentally acceptable cement spacer that can be formulated using fresh water, seawater or saltwater for optimum drilling fluid removal by effective control of the spacers yield point
Summary Summary Tuned™ Spacer Cement Spacer
Uses optimized rheology control to more thoroughly displace the drilling fluid.
Summary Summary Tuned® Spacer V Cement Spacer
Spacer system developed for use at temperatures to 450°F (232.2°C), thermal stability of the extreme-temperature synthetic polymer allows modification of both the rheological properties and density at specific service temperatures.
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