Project Use Type: Storage: Climate Controlled
Client: Personal Mini Storage
Location: St. Cloud, FL
Property Size: ~2.2 to 2.5 Acres
Building Scale: Multi-Building 3-Story facility

Services Provided:
– Infrastructure Planning Management
– Environmental Permitting Coordination

Unique Solution:
Engineered a custom stormwater detention system that avoided Florida’s shallow groundwater table, eliminating the need for expensive soil imports and multi-month floodplain permitting cycles to save the client several hundred thousand dollars.

Case Study -
A Resilient Foundation: Navigating Environmental and Hydrologic Hurdles in St. Cloud

Context & Services

For the Marble Creek development in St. Cloud, Florida, we served as a specialized partner, providing comprehensive civil engineering and infrastructure planning. Our team managed the full bread-and-butter scope, including utility sketches, geotechnical coordination, and jurisdictional verification to navigate Florida’s specific regulatory environment. Developing a high-capacity storage facility in this region requires more than just technical drawings: It demands a deep understanding of localized soil physics and the escalating carrying costs that can derail a project during lengthy permitting delays.

The Unique Solution

We recognized early on that the site’s unique environmental and hydrologic constraints posed a significant risk to the client’s timeline and capital. To protect the investment, we proactively managed the study, permitting, and safe removal of several protected species found on-site. Simultaneously, our engineers tackled the challenge of Florida’s shallow groundwater table and floodplain elevations.

Rather than defaulting to the expensive industry standard of hauling in massive amounts of fill dirt, which would have triggered exhaustive floodplain studies, we engineered a custom stormwater detention system. This value-focused design avoided the water table while maintaining the necessary site elevations. By anticipating these hurdles before they became bottlenecks, we acted as a true advocate for the developer’s vision.

Success & Impact

This strategic approach delivered a win-win for the environment and the balance sheet. By eliminating the need for extensive soil imports and avoiding multi-month floodplain permitting cycles, we saved the client several hundred thousand dollars in direct construction costs. Most importantly, we kept the project on its original schedule, ensuring the facility could reach stabilization without the burden of interest accrual from regulatory delays.