Basement Waterproofing Photo Album: Finished Basement Repair in Wilmington, MA

In Wilmington, MA, a homeowner faced significant damage in a finished basement due to a failed sump pump. As you can see, the problem was resolved using our advanced solutions: WaterGuard, TripleSafe Sump Pump, IceGuard, SmartJack, ThermalDry, and EverLast Half Wall. Our expertise transformed the previously wet and unusable basement into a dry, safe area. Notice in the photo how our integrated systems efficiently manage water, ensuring a reliable, long-term waterproofing solution.

Failing Sump Pump

The previously installed sump pump was insufficient to keep the basement dry, as it could not manage the high water table surrounding the home. This inadequacy resulted in water intrusion through cold joints, damaging the finished walls and flooring. To ensure a secure and dry finished basement, a comprehensive waterproofing system was imperative.

Drywall Removal

Our crew started work on the project by removing the lower portion of drywall in the basement to be able to access the foundation walls.

Basement Perimeter Concrete Chipping

Concrete along the basement perimeter was excavated to accommodate the WaterGuard system. WaterGuard, a subfloor drainage solution, intercepts water before it enters the basement space and channels it to the sump pump for removal. Simultaneously, the sump pump basin was excavated to ensure proper downward water flow.

Setting Systems in Crushed Stone

WaterGuard and the TripleSafe Sump Pump were then set in crushed stone, ensuring the system is level for optimal water flow.

Cementing Systems into Foundation

After flood testing to ensure proper operation, the system is cemented in place. As the WaterGuard system channels water into the sump pump liner, a sequence of three pumps, including a battery-powered backup, activates as needed. This configuration represents the pinnacle of reliability, capable of handling high water influx and maintaining functionality during power outages.

TrenchDrain Surface Drainage

TrenchDrain was employed to redirect water around immovable utilities in the basement. This surface drainage system integrates seamlessly with WaterGuard, forming a unified pathway to channel water to the sump pump.

IceGuard

Water is expelled from the home via a discharge line. As the discharge line exits the home, IceGuard is installed to ensure water flows freely in the event of a clog caused by snow or ice. This failsafe system mitigates the risk of backups and basement flooding.

Bubbler Pot

A bubbler pot was installed at the terminus of the discharge line to enhance soil drainage, preventing water from pooling on the lawn or causing sogginess. After installation, the discharge line is buried to maintain the home's aesthetic appeal.

Rusting Lally Columns

The existing lally columns in the home began to rust, compromising the structural integrity and causing the floors above the basement to sag. To rectify these issues, we replaced the deteriorating supports with our durable SmartJack system.

SmartJack Footing Excavation

We initiated the SmartJack installation by excavating concrete and soil to create footings at the designated installation sites.

SmartJack Footing with Rebar

Rebar was embedded in the footings to enhance long-term structural strength.

SmartJack Footings

Additional concrete was poured over the rebar and leveled. Once the footings had cured, the SmartJack bases were positioned on top.

SmartJacks Installed to Main Beam

The SmartJack system is fully adjustable, enabling precise modifications to maximize support, stabilization, and lift. It is installed on the main beam, restoring it to its intended position and providing permanent stabilization.

SmartJacks Cemented into Foundation

To further enhance the strength of our SmartJack system, the bases were cemented into the foundation. Sloping and sagging floors are now permanently restored.

EverLast Half Wall and ThermalDry Flooring

We refinished the basement with EverLast Half Wall and ThermalDry carpet flooring. These products create an aesthetically pleasing finished space while offering mold and water resistance, thanks to their inorganic composition.