Biomineralization platform

Engineering the
Subsurface

BioSqueeze is a biomineralization platform company changing how engineers solve difficult subsurface problems.

400+ field deployments

StrengthenSoils and unconsolidated materials
SealFluid pathways and permeability
HealFractures and critical infrastructure

One platform. Three engineering functions.

Defined by the problems we solve—not a single market.

The same difficult conditions appear across energy, defense, mining, infrastructure and environmental systems: complex geology, groundwater movement, fractures, unstable soils and aging infrastructure.

01

Strengthen

Increase bearing capacity, stabilize soils and reinforce unconsolidated materials.

02

Seal

Control permeability, eliminate leakage pathways and contain unwanted fluid movement.

03

Heal

Repair fractures and reinforce aging concrete and cementitious infrastructure.

Industries & applications

Different industries. The same engineering problems.

BioSqueeze expands the engineer's toolbox wherever conventional materials are difficult to place, access is constrained or permanent control of the subsurface is required.

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How it works

A liquid delivery system that mineralizes in place.

  1. 01
    Deliver

    Low-viscosity fluids enter pores, fractures and void spaces.

  2. 02
    Reach

    The system accesses pathways bulk materials often cannot.

  3. 03
    Mineralize

    A controlled process forms structural limestone where needed.

400+Field deployments
40+Customer MSAs
$10M+DoD development funding
5Major infrastructure markets

Technical resources

Field evidence for difficult subsurface problems.

Review BioSqueeze case studies and published technical papers documenting well-integrity challenges, treatment design and field outcomes.

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About BioSqueeze

Engineering discipline. Field experience. Shared values.

A multidisciplinary team spanning engineering, field operations, biological systems, manufacturing, defense programs and commercial development.

Meet the team and explore our values →

Bring us the difficult problem

Where conventional methods reach their limits, biomineralization opens another path.