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Aerial view of mass grading and soil stabilization operations at the Richland Parish Data Center construction site.

Richland Parish Data Center

Size of Project

2,500 Acres

Location

Richland Parish, LA

Industry

Mission Critical

Type

Sitework & Infrastructure

Status

Completed

Overview

Preparing the Ground for What Comes Next

Before construction could move vertically, the ground had to be ready to support the scale of what was coming.

At the Richland Parish Data Center, RNGD helped transform a massive stretch of North Louisiana land into a construction-ready campus. The team’s work centered on the earliest and most critical stage of development: reshaping the site, strengthening the soil, managing water, and creating the access needed for construction to advance.

The finished work now sits beneath the campus, but it established the foundation for everything built above it.


Transforming the Site at Scale

North Louisiana’s native soil required significant improvement before it could support mission critical facilities and their surrounding infrastructure. The team regraded the site, processed and treated the soil, transported material across the campus, and strengthened the ground with cement.

In total, RNGD completed more than 1.28 million square yards of fine grading and soil stabilization. The operation required more than 10,885 tons of soil cement, 34 pieces of equipment, and a field team of more than 40 people working across multiple areas of the development.

The result was stable, precisely graded ground prepared to carry the buildings, mechanical systems, roads, and supporting infrastructure that followed.

RNGD soil mixing equipment strengthens native soil at the Richland Parish Data Center site in Louisiana.
Specialized equipment treated and strengthened the native soil, preparing the site to support future data center construction.
RNGD bulldozer performs mass grading at the Richland Parish Data Center construction site in Louisiana.
RNGD crews reshaped and prepared the site through large-scale earthwork and grading operations.
Concrete drainage crossing under construction at the Richland Parish Data Center site in Louisiana.
The team installed a major drainage crossing to move water beneath a new access route and support long-term site performance.

Keeping a Massive Campus Moving

As construction progressed, the needs of the campus extended beyond the original earthwork and stabilization scope. RNGD responded by building access roads, improving drainage, creating staging and material storage areas, preparing crane work zones, and completing additional site infrastructure needed by other teams.

Because the majority of the work was self-performed, the team maintained direct control over equipment, sequencing, quality, and production. That flexibility allowed crews to move where they were needed and respond quickly as conditions changed across the site.

Every piece of work supported the same objective: keep the larger project moving without allowing site conditions to become the bottleneck.

Building From the Ground Up

The scale of Richland Parish was visible in the equipment, acreage, and pace of construction. RNGD’s impact was measured by what the team made possible.

Through mass grading, soil stabilization, drainage, road construction, and site preparation, the team turned undeveloped land into a foundation capable of supporting one of Louisiana’s most significant technology developments.

The work ultimately disappeared beneath the completed construction. That was the point. The campus could move forward because the ground beneath it was built to carry what came next.

Aerial view of a completed access road and drainage crossing at the Richland Parish Data Center.
A new access road and drainage crossing improved movement across the site while maintaining the existing waterway beneath it.