Failing Sump Pump
The previously installed sump pump system lacked the capacity and efficiency required to adequately discharge groundwater and control wall seepage. As a result, the basement remained susceptible to moisture intrusion, leaks, and potential flooding. The excessive moisture conditions created an environment conducive to mold growth, wood deterioration, and damage to stored belongings.
Leaking Basement Windows
The basement windows served as points of water intrusion, contributing to moisture penetration along the foundation walls. During rainfall events, inadequate window sealing and drainage allowed water to infiltrate through the window assemblies, resulting in active leakage into the basement.
New Basement Windows
The deteriorated basement windows were removed and replaced with new, properly fitted frames and window units. Using a detail‑oriented installation process that incorporated proper sealing and integration with the surrounding foundation, we eliminated active water intrusion and mitigated the risk of future window‑related leaks.
Window Well and Cover
A window well and protective cover were installed at one of the newly replaced basement windows. The SunHouse® window well system features a transparent, curved design engineered to maximize the penetration of natural light while shielding the window opening from surface water, debris, and weather exposure, enhancing both moisture protection and basement illumination.
CleanSpace and WaterGuard
The CleanSpace® vapor barrier was professionally installed along the foundation walls to encapsulate the surface and isolate moisture that migrates through the concrete or masonry. This sealed system directs wall seepage downward into the WaterGuard® perimeter drainage system, which is strategically installed at the wall‑to‑floor cold joint-the most common point of water entry. By intercepting groundwater and wall seepage before it can enter the usable basement space, the system efficiently channels collected water to the sump pump for reliable removal from the home.
TrenchDrain
TrenchDrain® was installed around fixed basement utilities to effectively manage water infiltration in areas where traditional perimeter drainage cannot be continuous. This surface‑capture drainage system redirects water around obstructions and seamlessly ties into the WaterGuard® perimeter drainage network, creating a unified pathway that efficiently conveys collected water to the sump pump for removal from the home.
TripleSafe Sump Pump
The TripleSafe® sump pump system features a three‑pump configuration designed to respond effectively to varying volumes of water entering the sump liner. The system includes a primary pump for normal conditions, a secondary high‑capacity pump for peak inflow events, and a battery‑powered backup pump that automatically engages during power outages or primary pump failure. This multi‑layered design provides continuous, around‑the‑clock protection to ensure water is reliably discharged from the basement under all conditions.
IceGuard
IceGuard® was installed on the exterior discharge line to prevent sump pump discharge blockage caused by freezing conditions. In the event that the buried discharge line freezes, IceGuard® provides an alternative exit point for water closer to the foundation, allowing the sump system to continue operating without interruption. This added safeguard ensures reliable year‑round drainage performance and protects the basement from water backup during cold New England winters.
Bubbler Pot
A buried discharge outlet with a bubbler pot was installed at the termination of the sump pump discharge line to promote controlled groundwater dispersion away from the foundation. The bubbler system allows water to dissipate gradually into the surrounding soil, reducing surface runoff and preventing erosion or discharge blockage. The discharge line was then buried to protect it from freezing, physical damage, and visual impact.
