Infrastructure

Strengthen the ground.
Extend the infrastructure.

BioSqueeze is adapting biomineralization for infrastructure systems where weak soil, water movement and difficult access drive recurring maintenance and reconstruction.

Strengthensoils and roadbase
Sealwater pathways and fractures
Healcementitious infrastructure
In placewith less excavation

The access problem

Infrastructure failures often begin below the visible surface.

Roads, bridges, tunnels, dams and embankments depend on ground conditions that are difficult to inspect and disruptive to replace. Weak subgrade, uncontrolled water and connected fractures can repeatedly damage the structure above.

Biomineralization gives engineers another way to treat those conditions: deliver low-viscosity fluids into the soil, aggregate or fracture network and form structural mineral where the problem exists.

Priority applications

Treat the material supporting the asset.

Roadbeds & subgrades

Strengthen native and marginal soils beneath roads, working surfaces and pavement systems to improve bearing capacity and reduce removal and replacement.

  • Weak subgrade
  • Remote road construction
  • Settlement-prone areas
  • Pavement rehabilitation

Embankments & slopes

Cement soil and aggregate in place to reduce erosion, improve surface stability and reinforce vulnerable transportation earthworks.

  • Embankment stabilization
  • Erosion control
  • Shoulder reinforcement
  • Slope protection

Tunnels & below-grade structures

Use low-viscosity fluids to reach connected fractures, voids and water pathways around tunnels, portals and buried transportation infrastructure.

  • Water ingress
  • Fracture sealing
  • Void treatment
  • Portal stabilization

Concrete infrastructure

Form mineral within cracks and connected defects to support repair of bridge, culvert, tunnel and pavement infrastructure where access is constrained.

  • Crack and joint pathways
  • Culverts
  • Bridge elements
  • Concrete reinforcement

Deployment path

Start with a bounded, measurable field problem.

Infrastructure is an application-development market for BioSqueeze. Early projects should establish the substrate, treatment depth, access geometry and required performance before scaling.

01

Characterize

Define soil, geology, water conditions and failure mechanism.

02

Validate

Confirm mineralization response and engineering performance in laboratory testing.

03

Demonstrate

Treat a controlled field area with baseline and post-treatment measurement.

04

Scale

Translate verified design parameters into a broader deployment plan.

Relevant foundation

Large-scale soil strengthening has already moved beyond the laboratory.

Department of Defense programs have demonstrated the platform’s ability to strengthen native material at field scale. Infrastructure development applies the same core mechanism to civil operating requirements, site conditions and verification standards.

Review the Defense programs →

Discuss an infrastructure project

Bring us the failure mechanism, site conditions and performance target.

Discuss a projectReview the platform