Northern Basement Systems Before & After Photos

A homeowner in Hinesburg, Vermont, called the waterproofing experts at Matt Clark's Northern Basement Systems looking to replace an old, inefficient sump pump.  They explained that the pump does work, but can never keep up with the amount of water entering the basement.  After a free estimate, a team of certified, highly trained, professional installation specialists installed a Triple Safe Sump Pump, Water Guard Drainage System, and an Ice Guard Discharge System.  The homeowner's new sump pump will have no problems keeping up with any water entering the basement.  The Triple Safe sump pump is capable of pumping out up to 3,900 gallons per hour and had a battery back-up pump, capable of pumping out 11,500 gallons on a single charge.

When a homeowner in Hinesburg, Vermont, wanted a new concrete slab for their garage, they hired Matt Clark's Northern Basement Systems.

After purchasing a new home in Reading, Vermont, the homeowner hired Matt Clark's Northern Basement Systems to waterproof the home's basement. 

The owners of a very large building in South Burlington, VT were in serious trouble.  Their building had started to sink and knew they needed help.  They did their research and came to the conclusion that Matt Clark's Northern Basement Systems was far and beyond the most reputable and reliable company for the job.  Northern Basement Systems did an inspection and found that the foundation had in fact sunk 3 1/4    In the before picture you can see where there is a massive crack in the floor.  The team dug up the floor and installed a State of the Art Push Pier.  This will allow help support the column of the building.

Push Piers are made of steel and are driven very far into the ground until it hits stable soil or bedrock.  The push piers on this job were used in both the interior and exterior of the building to lift it back to the original position.  The team removed soil from around the exterior walls then used a heavy-duty steel bracket that is installed below and against the building foundation's footing.  Next, steel piers are driven hydraulically through the bracket into the stable soil.  The weight of the building is transferred through the piers to competent soil.  Then our team lifted the building back to a level state, backfilled the soil, and now the building is permanently stabilized.