SqueezeCRETE Remedial Cementing Solution | Schlumberger
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SqueezeCRETE

Remedial cementing solution

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Increased efficiency
Superior channel-filling properties and complete repair isolation
Cost and time savings
Reduced need for remediation activities
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In this 120-um narrow-slot test, microcement bridged off just after entering the formation. The SqueezeCRETE solution penetrated and filled the entire narrow slot, providing a complete, effective seal.

Repair small gaps or fractures in wellbores at the microscale

SqueezeCRETE remedial cementing solution penetrates slurry into narrow gaps without bridging or dehydrating during placement. The solution lets you inject slurry farther into narrow slots compared with what standard microcement allows. The slurries are resistant to acid and corrosive brine, enabling  the cement to seal old perforations even when future acid stimulations are planned.

Superior slurry and set-cement properties
Performance in temperatures ranging from 40 to 320 degF [4 to 160 degC]
Low viscosity, low fluid loss, high compressive strength, and low permeability
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CT-conveyed inflatable packers and chemical barriers isolate water production zones, enabling oil production in two wells after 10-year shut-in, West Africa.
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Tech Paper Coiled Tubing Deployed Gas and Water Shutoffs in Alaska Utilizing a Polymer Gel and Microfine Cement

A common problem in oil and gas wells is excess free gas or water production from only certain portions of the completed interval. Other portions of the lower completion may still have viable oil or gas production potential if a method can be devised to successfully shut off the unwanted fluids.

Tech Paper Qualification of Specialized Cement To Inflate Bridge Plug for Water Shutoff Application in Horizontal Wells

In mature oil and gas fields, excess water production often threatens the economic viability of a well. Excess water production can cause an increase in production cost and a decrease in productivity.

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