Mt. Carmel Stabilization Group at Advancing Data Center Construction Midwest 2026
Data center construction is moving at a pace few sectors have ever seen. Across the nation owners, developers, general contractors, designers, and trade partners are being asked to deliver larger, more complex, AI-ready facilities on increasingly compressed schedules.
That urgency was front and center at Advancing Data Center Construction Midwest 2026, held June 1–3 in Chicago, Illinois. The conference brought together leading voices from across the data center construction ecosystem to discuss the challenges shaping project delivery throughout Illinois, Ohio, Wisconsin, Indiana, Missouri, Michigan, Iowa, and beyond.
Much of the conversation focused on speed, scale, power readiness, labor capacity, procurement, prefabrication, and commissioning certainty. But before a project can go vertical, before electrical and mechanical systems can be installed, and before the first slab can be poured, the site itself must be ready to build on.
That is where Mt. Carmel Stabilization Group enters the conversation.
The First Challenge Is Often Getting Out of the Mud
Mt. Carmel Stabilization Group attended the conference to help data center decision makers better understand the value of addressing soil problems early in the planning and construction process.
For data center projects, schedule pressure often begins on day one. These sites can involve millions of cubic yards of earthwork, aggressive milestone dates, limited geotechnical information, seasonal weather constraints, and challenging native soils. When those issues are handled reactively, they can create delays that ripple through every trade that follows.
As Neil Ryan, President of Mt. Carmel Stabilization Group, explained during his presentation, site work is often one of the earliest and most consequential limitations on a fast-moving data center project. Losing time at the sitework stage does not simply affect dirt work. It can compound into delayed power substations, building pads, delayed concrete, delayed vertical construction, and delayed turnover to the trades responsible for the mission-critical systems inside the facility.
The point was simple: data center projects cannot move at full speed until the ground is ready to support that speed.
Chemical Stabilization as a Schedule Compression Tool
Neil’s presentation, “Eliminating Earthwork Limitations Through Chemical Stabilization to Accelerate Delivery at Scale,” focused on how chemical stabilization can help project teams overcome poor soil conditions and keep earthwork moving.
For many owners and contractors, soil stabilization may be understood in broad terms. But on large-scale data center sites, the range of available applications can be much more strategic. High-moisture soils, weak subgrades, clay-heavy materials, expansive soils, variable fills, compressive settlement concerns, and seasonal weather challenges can often be addressed through engineered stabilization methods.
Rather than removing and replacing unsuitable material, stabilization can chemically improve poor native soils, so they perform more like reliable construction material. This can reduce hauling, improve site access, support compaction, create buildable subgrades, and help keep critical path activities moving.
For data center construction, this matters because speed is not only about what happens once a building starts going vertical. Speed begins with building a stable platform for everything that follows.
A Midwest Example of What Is Possible
During the presentation, Neil shared an example from a data center project north of Milwaukee that began in late December 2025. Working through extreme winter conditions, the project team was able to treat more than 50,000 cubic yards of soil per day within the first week.
The process allowed soil to be dried, warmed, compacted, and placed in lifts so the site contractor could continue building through conditions that would typically place major limitations on earthwork. The quality standards remained in place, the work was signed off by engineers, and the building pads continued to progress.
That example illustrated a broader point: data center construction is pushing the industry to rethink what is possible when experienced teams, site contractors, engineers, and owners align early around the right plan.
The Midwest presents unique challenges for mission-critical construction. Sites may face extremely saturated native soil conditions, freezing temperatures, and changing weather patterns that can interfere with already aggressive schedules. But those conditions do not have to automatically become project delays. With the right stabilization partner and strategy, many of those risks can be addressed directly and efficiently.
Why Early Soil Strategy Matters for Data Centers
The conference highlighted many of the issues shaping the next generation of data center delivery, including power availability, utility timelines, workforce capacity, permitting, prefabrication, and owner-contractor alignment. Each of those factors are critical.
But soil conditions deserve a place in that same early planning conversation.
When subgrade issues are discovered late or handled one problem at a time, the project team can lose valuable time. Crews may be forced to wait for solutions and spending approval, undercutting, hauling, replacement material, drying windows, redesigns, or repeated testing. On a typical project, that is frustrating. On a data center project, it can be extremely costly.
By bringing experienced stabilization partners into the conversation early, project teams can better understand potential spending exposure, and they can evaluate what is possible before delays begin to stack up. That creates opportunities to:
Improve poor native soils instead of replacing them
Accelerate earthwork packages despite seasonal constraints
Build more reliable access and working platforms
Reduce the impact of high-moisture conditions on site soils
Keep sitework aligned with aggressive construction milestones
Develop spending and schedule contingency plans to avoid unwanted surprises
Support better coordination between owners, contractors, engineers, and testing teams
For hyperscalers, colocators, developers, and general contractors, the value is not just better soil. The value is schedule resiliency.
Built for Scale
Mt. Carmel Stabilization Group’s message at the conference was backed by decades of experience. The company has been involved in soil stabilization since 1949 and has worked across a wide range of infrastructure, industrial, commercial, airport, roadway, warehouse, and data center applications.
That experience matters because data center sites are not small or simple. They often require large-scale production, fast mobilization, coordinated logistics, technical flexibility, and the ability to adapt as site conditions change.
Neil noted that Mt. Carmel’s data center experience reaches back to the early 2010s and includes more than 100 data center projects. Today, the company is applying lessons learned from decades of stabilization work to help mission-critical construction teams solve one of the earliest challenges on their sites: creating stable, buildable ground at the pace modern data center construction demands.
Helping the Industry Build Faster from the Ground Up
Advancing Data Center Construction Midwest 2026 made one thing clear: the data center market is not slowing down, and the Midwest will continue to play a major role in the next wave of AI-ready infrastructure.
As owners and contractors look for ways to deliver faster, safer, and more predictability, site readiness must remain a priority. Power, procurement, labor, prefabrication, and commissioning are all essential pieces of the puzzle. But none of those later stages can reach their full potential if the site is still fighting mud, moisture, weak soils, or unstable working conditions.
Mt. Carmel Stabilization Group was proud to be part of the conversation in Chicago, helping data center leaders better understand how early soil stabilization planning can reduce risk, protect schedules, and create a stronger foundation for everything that follows. Keep an eye out for us at future Data Center-focused conferences and events near you.
Contact one of our Regional Project Manager/Estimators today and let’s begin forming a plan to set your Data Center project on stable ground.
