Large Amenity Center

TX ProChem delivered soil stabilization solutions that ensured a strong foundation and on-time
opening for this neighborhood Amenity Center, including pool and decking, clubhouse, and pickleball
court.

PROJECT OVERVIEW

For this development in, TX ProChem was contracted to stabilize the existing
expansive clay soils prior to foundation construction of all the areas in the large Amenity Center for a
large residential complex.
The project required meeting strict engineering specifications (12’ injection and 1% swell) and
maintaining the overall construction schedule.

Amenity Center

Property Type

27,000 Sq. Ft.

Sq. Ft. Published

Expansive Clay

Soil Type

Chemical Stabilization

Stabilization Method

10 Days

Completion Time

Passed All Swell & PVR Tests

Quality Assurance

August 2026

Project Completion

PROJECT SERVICES

Soil Stabilization
Documentation
QA Testing (by GeoTechnical Engineer)

PROJECT CHALLENGES

Soil Stabilization
Documentation
QA Testing (by GeoTechnical Engineer)

OUR SOLUTION

TX ProChem implemented a comprehensive soil stabilization program using ionic chemical
stabilization technology.

Our team executed the work efficiently with strict quality control and testing at every stage.

Work Included:

Ionic chemical injected into existing soils to improve structural integrity and reduce heave
and shrink
Swell testing by GeoTechnical engineer to ensure all GeoTechnical requirements were met,
including but not limited to Potential Vertical Rise (PVR) measures.

CONSTRUCTION IMAGES

How Ionic Chemical Stabilization Reduced Soil Heave

TX ProChem treated 27,000 square feet of expansive clay beneath the Fort Worth amenity center using ionic chemical injection. The treatment was designed to improve soil stability and reduce the risk of heave and shrink affecting the pool deck, clubhouse, and pickleball court.

The project was completed in ten days and evaluated through swell and Potential Vertical Rise testing by a geotechnical engineer. The results passed the project’s stated swell and PVR requirements, supporting the engineering specifications for the development.