Flooded Basement
Water infiltration was occurring at multiple points throughout the basement, including through structural foundation wall cracks and cold joints. These vulnerabilities allowed a consistent flow of moisture into the space, resulting in recurring flooding events and raising significant concerns for the homeowner regarding the long‑term integrity and safety of the structure.
Failing Sump Pump
The previously installed sump pump system lacked the capacity and design necessary to effectively capture and discharge incoming groundwater. Due to its limited performance, it was unable to manage the volume and pathways of water infiltration. A more advanced, fully integrated waterproofing system was required to provide reliable, long‑term protection and ensure the basement remains permanently dry.
Foundation Wall Crack
Cracking within the cinderblock foundation wall indicated increasing structural stress and a progressive reduction in the wall's overall load‑bearing capacity.
Interior Drainage Concrete Removal
Concrete along the interior perimeter of the basement is carefully removed to create a dedicated channel for the installation of our WaterGuard® sub‑floor drainage system, ensuring proper placement and optimal water collection efficiency.
Surface Drainage Concrete Removal
Concrete surrounding the fixed utilities was precisely removed to create the necessary trench required for the installation of our TrenchDrain™ surface drainage system.
Foundation Wall Water Channeling
CleanSpace® vapor barrier was applied to portions of the foundation wall identified as vulnerable to moisture intrusion. This system effectively captures any seepage and channels it directly into the WaterGuard® drainage system, helping to control humidity levels and prevent excess moisture within the basement environment.
Interior Drainage System
WaterGuard® was installed along the interior perimeter of the basement to intercept groundwater before it could enter the living space. Once collected, the water is efficiently channeled through the system and directed to the sump pump for controlled discharge.
Surface Drainage System
TrenchDrain was installed along the immovable basement utilities to ensure effective water capture in an area where WaterGuard could not be placed. This system collects water directly from the surface of the concrete before it can enter the basement space. It is also fully integrated with the WaterGuard system, allowing all captured water to flow through a single, continuous drainage path.
Drainage System Tied to Sump Pump
WaterGuard is engineered to discharge collected groundwater directly into the sump pump liner, ensuring a controlled and efficient transfer of water to the sump pump for removal.
Drainage System Concreted into Foundation Floor
After the system successfully passes a flood test-confirming proper water collection and discharge-the drainage components are permanently encapsulated within the foundation floor using concrete. This step ensures the system functions at peak performance while also restoring the floor to a clean, level, and finished appearance.
Finished Waterproofing Installation
The UltraSump® sump pump system includes a high‑capacity, battery‑powered backup pump designed to maintain reliable water removal even during power outages or primary pump failures. To further enhance moisture control, the SaniDry™ XP dehumidification system was integrated with the sump configuration. This ensures the basement remains at a consistently low humidity level, helping prevent conditions that lead to mold growth, wood rot, and musty odors.
Discharge Line Freeze Prevention
IceGuard® was installed on the discharge line to provide an additional fail‑safe in the event of a frozen or blocked discharge pipe. Its engineered overflow ports allow water to escape safely outside the home if the line becomes obstructed, preventing backup pressure on the sump pump system. This ensures continuous operation and reduces the risk of basement flooding during winter conditions.
Discharge Line
Soil was carefully excavated to accommodate the extended discharge line, ensuring proper placement without compromising the system's performance. Our crew takes great care to minimize disturbance to the lawn and surrounding living space, preserving the property's appearance throughout the installation process.
Bubbler Pot
A bubbler pot was installed at the end of the discharge line to promote controlled dispersion of water into the surrounding soil. This setup enhances drainage efficiency and helps prevent surface pooling or overly saturated areas on the lawn.
PowerBrace Wall Stabilization
To correct the inward displacement of the foundation wall, a PowerBrace™ system was installed. These galvanized steel I‑beams are engineered to immediately halt further inward movement while providing long‑term structural stabilization for the affected wall.
GeoLock Rods
GeoLock® earth anchor rods were installed by drilling through the interior side of the bowing foundation wall and extending them into a carefully excavated trench outside the home.
GeoLock Anchors
Once the rods extended into the excavated trench, GeoLock® earth anchors were installed and secured to them. These anchors are tightened against dense, load‑bearing soil, creating a stable counterforce that helps straighten and permanently reinforce the foundation wall.
GeoLock Plates
GeoLock® interior wall plates were installed on the inside face of the foundation wall. Once in place, the plates are systematically tightened, transferring tension to the exterior anchors and locking the system together. This process effectively stabilizes the bowing wall and, with periodic adjustments, can help gradually restore the wall toward its original position over time.
GeoLock Backfill
After the GeoLock® system is fully installed and tensioned, the exterior trench is carefully backfilled with the excavated soil. This restores the ground to its original grade while ensuring the anchors remain properly supported by stable, compacted earth.
