The Next Generation of
Well Integrity Solutions

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BioSqueeze®
MicroSeal™

In applications where leakage pathways are too tight for remedial cementing alternative sealants like resins and micro-fine cements can be ineffective due to their inability to access all leakage pathways and shrinkage that occurs during setup allowing gas to circumvent the new barrier, with the status quo being repeated remediations and subsequent drillout.

MicroSeal™ is a low-viscosity fluid system that self-diverts into leakage pathways to repair existing barriers. MicroSeal™ can be injected into channels, micro-annuli, and pinholes where it forms a gas-tight seal while leaving the wellbore full drift, thus reducing risk and making it the most effective and economic solution on the market.

Gap Size : 1 mm – 1 µm
Injection Rate : 1 gpm – 0.1 gpm

3X More Successful than Resins

Key Benefits of MicroSeal™

01

Viscosity similar to water, enabling access to smaller leakage pathways

02

Heals existing cement/resin, enabling repair of prior remediations without drillout

03

Limestone seal formed in leakage pathways, preventing flash set and eliminating drillout

04

Fluids spotted downhole via tubing or coil and squeezed to restore integrity at targeted zone.

Deployment Methods

Downhole
BioSqueeze®

Fluids spotted downhole via tubing or coil and squeezed to restore integrity at targeted zone.

Deep Penetrating Annular Surface (DPAS™) BioSqueeze

Fluids injected riglessly from surface to restore integrity +1,000 ft downhole.

In various applications, MicroSeal BioSqueeze® solves

  • Annular
    Leaks

    BioSqueeze delivers a fit for purpose solution that penetrates into leakage pathways to form a permanent, gas-tight seal.

  • Leaking
    Plugs

    BioSqueeze offers a better solution, healing the existing plug to eliminate leaks without additional rework.

  • Mechanical
    Integrity

    BioSqueeze utilizes a low-viscosity fluid system capable of mitigating difficult to seal leaks while ensuring the wellbore remains full drift without any additional work.