Commercial Projects

Project Overview
Location: Residential Land-Lease Community Scope: Emergency Main Repairs and System-Wide Riser Upgrades
Our team was contracted to perform a series of critical infrastructure repairs and system upgrades across a multi-unit residential community. The project focused on restoring system pressure, eliminating significant water loss from main-line failures, and modernizing individual lot shut-off capabilities.
Key Implementation Features:
Emergency Main-Line Interventions:
Performed several high-priority excavations to address catastrophic pipe failures, including the repair of "blown-apart" sections and longitudinal slits in the 1 1/2” poly-pipe main distribution lines.
System-Wide Riser Modernization:
Executed a comprehensive riser replacement program across multiple residential lots. This included deep excavation to the mains to install new vertical risers and high-quality 3/4" ball valves for improved tenant isolation and system control.
Complex Infrastructure Repairs:
Resolved high-difficulty mechanical failures, including the replacement of damaged taps, 90-degree nipples, and the correction of previous substandard "quick-fix" repairs with industrial-grade compression fittings.
Testing & Restoration:
Following all mechanical repairs, the system underwent pressure testing to ensure integrity before backfilling and site restoration were completed.
Project Overview
Comprehensive Stormwater Management System This project involved the engineering and installation of a high-capacity drainage network designed to manage runoff and protect property integrity. Our team implemented a custom-engineered solution to mitigate water accumulation near a sensitive senior living community boundary and effectively transition flow to protected wetlands.
Key Implementation Features:
Infrastructure:
Installation of 770 linear feet of SDR 35 perforated piping, strategically graded to a custom pre-cast storm basin with precision-cored elevations.
Advanced Filtration:
To ensure long-term system viability, the network was encased in a 1" stone bed and wrapped in high-grade filter fabric, preventing silt infiltration while maximizing drainage.
Environmental Protection:
The system terminates with an SDR-35 solid pipe run leading to a reinforced rip-rap outfall to ensure controlled discharge.
Backflow Prevention:
A specialized check valve was integrated at the wetland discharge point, preventing external water surge from entering the system during high-water events.
Site Logistics:
Managed selective site clearing and preparation to facilitate the new infrastructure within the existing topography.

























