Wet Finished Basement
In this photo, you can see the homeowner's temporary attempts to control active water intrusion using fans, dehumidifiers, and towels. Despite these efforts, moisture infiltration had already caused damage to the finished basement-impacting both the drywall and tile flooring. The drywall ultimately required removal due to water exposure. Without proper structural and moisture management intervention, the basement would have remained vulnerable to ongoing water intrusion, continued material deterioration, elevated mold risk, and long‑term loss of usable living space.
WaterGuard
Our WaterGuard® interior drainage system was installed along the perimeter of the basement at the wall‑to‑floor cold joint, the most common entry point for groundwater infiltration. This system is designed to capture and channel water before it can enter the finished basement space. To accommodate proper installation, the tile flooring and the lower sections of the wall framing were carefully removed, allowing the drainage system to be placed at the correct depth and position for long‑term water management.
WaterGuard Concreted
Once the WaterGuard® system was installed, the trench was temporarily left open to perform a controlled flood test. This verified proper drainage and confirmed unobstructed flow to the sump pump. After system performance was validated, the WaterGuard® was permanently encased in concrete, restoring the integrity of the foundation floor while ensuring reliable, long‑term water management.
TrenchDrain
Our TrenchDrain system was strategically installed around existing, immovable basement utilities where a traditional WaterGuard installation was not practical. Designed to manage surface water entry, TrenchDrain captures water directly from the basement floor and seamlessly ties into the WaterGuard system, creating a continuous, unified drainage pathway that efficiently directs water to the sump pump.
TripleSafe Sump Pump
As water enters the TripleSafe™ sump pump liner, an integrated, three-pump system engages in stages to match the volume of incoming water. The primary pump manages normal groundwater levels, while the secondary pump automatically activates during periods of elevated water intrusion, such as heavy rainfall. In the event of extreme water conditions or a power failure, the battery-powered backup pump engages to maintain uninterrupted water removal and protect the basement at all times.
IceGuard
Water is discharged from the basement through a dedicated sump pump discharge line. An IceGuard® attachment is installed on the exterior section of this line to provide a secondary exit point for water if the discharge pipe becomes frozen or obstructed. This design allows water to safely evacuate the system under freezing conditions, preventing pressure buildup, line blockage, and potential backups that could otherwise lead to basement flooding.
LawnScape
A LawnScape® outlet was installed at the termination point of the discharge line to promote efficient dispersion of water into the surrounding soil and direct it safely away from the foundation. The discharge line is then buried to maintain the appearance of the lawn while protecting the line from damage and ensuring long-term functionality of the drainage system.
Wall Framing
Following the installation of the WaterGuard system, the lower portions of the wall studs that were temporarily removed are properly restored. This ensures structural integrity is maintained and provides a solid, secure fastening surface for the installation of the EverLast® Half Wall system.
EverLast Half Wall
The EverLast® Half Wall is constructed from durable, inorganic materials that will not absorb moisture, preventing mold growth, rot, or water staining should moisture penetrate the foundation walls. This system provides a clean, finished appearance along the lower portion of the basement walls while maintaining long-term durability in below-grade environments.
