Basement Moisture Creating Risk for Foundation Problems
This basement showed clear signs of water intrusion, including moisture staining along the foundation walls and damp areas near the floor. When water is allowed to enter the basement repeatedly, it doesn't just create an uncomfortable environment it can also weaken foundation materials over time. Excess moisture increases hydrostatic pressure on foundation walls, which can lead to cracking, bowing, and structural movement if left untreated. These conditions made it essential to address the water problem early with a basement waterproofing solution to help protect the home's foundation and prevent more serious structural issues down the road.
CarbonArmor Reinforcement to Stabilize Foundation Walls
This photo shows CarbonArmor wall reinforcement installed along the basement foundation walls to address early signs of structural movement. Excess moisture around the foundation increases soil pressure, which can cause block walls to crack, bow, or shift inward over time. CarbonArmor is a high-strength, low-profile solution designed to permanently stabilize foundation walls and prevent further movement without taking up usable basement space. By reinforcing the walls from the inside, this system helps protect the foundation while working alongside basement waterproofing solutions to reduce ongoing pressure and moisture-related damage.
Steel I-Beam Installation to Permanently Stabilize Foundation Walls
In addition to wall reinforcement, steel I-beams were installed along the foundation walls to provide added structural support against ongoing soil pressure. These beams are anchored to the floor and framing above to prevent further wall movement and help restore the wall's stability. A waterproof wall barrier system was then installed to manage moisture and protect the foundation from future water intrusion. Together, the steel I-beams and waterproofing system work to reduce pressure on the foundation, improve structural integrity, and create a drier, more secure basement environment.
Active Basement Waterproofing with Sump Pump Installation
To fully address ongoing water intrusion, a sump pump system was installed to actively collect and remove groundwater before it could spread across the basement floor. As water enters the perimeter drainage system, it is directed to the sump basin and safely pumped away from the home's foundation. This system plays a critical role in relieving hydrostatic pressure on the foundation walls, helping prevent future moisture damage and supporting the long-term stability of the structure. With this waterproofing solution in place, the basement is protected even during heavy rainfall or high groundwater conditions.
Exterior Foundation Settlement Requiring Structural Stabilization
This exterior view of the home highlights the area where foundation settlement was impacting the structure. Over time, unstable or shifting soil beneath the foundation can cause sections of the home to sink, leading to interior wall movement, cracking, and moisture intrusion inside the basement. To address these underlying structural issues, this area was identified for helical pier installation. Helical piers are designed to transfer the weight of the home from unstable surface soils to deeper, load-bearing soil, providing permanent stabilization and helping prevent further foundation settlement.
Helical Pier Installation to Permanently Stabilize the Foundation
With the foundation exposed, helical piers were installed along the exterior of the home to address settlement caused by unstable soil conditions. These steel piers are mechanically driven deep into load-bearing soil, allowing the weight of the home to be transferred away from weak surface soils. This process helps stop further foundation movement and provides long-term structural stability. By combining helical pier installation with interior basement waterproofing and wall reinforcement, this home now has a comprehensive solution that protects both the foundation and basement from future damage.