Quality Carbon Fiber Concrete Reinforcement Company For DOT !
DOT Prefers Smith's Waterproofing Above Others For {:key_phrase!
We have worked on over 1,000 bridges in Michigan and the surrounding states for MDOT, counties, and municipalities. We deploy our fleet of vehicles and equipment to jobs across the US, every day of the week.
Our long list of clients including commercial manufacturers, municipalities, Departments of Transportation, and the Army Corps of Engineers who can attest to the skill and expertise that the Smith's Waterproofing team brings to every job. With a large fleet of vehicles and technicians ready to deploy throughout the week, Smith's Waterproofing is ready to solve your concrete repair issues whenever you need us.
Often our clients come to us believing that new concrete may be the only solution to the problems that they are facing. Based on years of experience, our repair teams are frequently able to perform high-quality restorations to return the client's concrete to its original condition.
Concrete Repair and Restoration Services For DOT
For this service we remove and replace damaged and deteriorated concrete. Check below to see our team in action replacing and storing concrete on one of our largest jobs yet!
Repairing The Concrete M-20 Over The Tittabawassee River:
Smith's Waterproofing utilized 3 crews to perform emergency repairs on M-20 over the Tittabawassee River. This project had an expedited schedule due to the condition of the bridge, which was deteriorating rapidly. Large amounts of concrete were missing, leaving re-bar exposed.
After concrete was patched, a water repellant coating was installed. Finally, the failing downspouts on the bridge were removed and replaced with Fiber Reinforced Polymer (FRP) downspouts. This was another project completed by Smith's Waterproofing on time, under budget, and without injury.
- Concrete patching of 333 cubic feet of latex concrete on concrete beams, columns, and abutments
- 795 square feet of column wrap with fiber reinforced polymer sheets
- 677 galvanic anodes installed
- Removed and replaced structural steel beams
Structural Crack Repair & Epoxy Crack Injection Services
Injecting epoxy resin into a crack in concrete for restoring structural strength and/ or waterproofing purposes.
Berlin Township Waste Water Treatment Plant:
Smith's Waterproofing was chosen for extensive concrete repair at the Berlin Township Waste Water Treatment plant. The project included concrete structure repair and structural upgrades to the four aeration tanks, aerobic digester tank, distribution tank, and the three clarifier tanks.
Engineers had designed and upgraded the wall design to prevent waste water spills from occurring in emergency flood scenarios. This new design also changed the input of the influent pipe. All four aeration tanks had significant damage from the acidic and harsh nature of waste water. Each aeration tank was drained, and the failing concrete was saw cut and removed around the perimeter. New rebar was installed, forms were built, and the new concrete walls were poured and finished by Smith's crews. The aerobic digesters received similar repairs around the perimeter of each tank. Each tank also received structural epoxy injection to repair all structural cracks. Over 1,000 lineal feet of crack injection was performed.
New FRP grating was also installed to safeguard the area. The original catwalks were modified and reinstalled around the aeration tanks and aerobic digester tanks. Modifying and reinstalling the cat walks was done to reduce the overall cost of the project.
The clarifying tanks at the plant had similar damage to their concrete walls, however part of the tank was able to be saved. Smith's crews carefully saw cut and removed the damaged areas in the tank. New re-bar was installed and secured in the remaining walls of the tank, with high strength epoxy. Forms were set in place by Smith's crews and concrete was poured & finished.
Carbon Fiber Concrete Reinforcement Services For DOT
Stabilizing and repairing damaged concrete and other structures, by installing carbon fiber cloth with an epoxy binder. The process restores the structural and load bearing capacity of the object being reinforced. Can be applied to metal, wood, concrete, or plastic. Has a high strength to weight ratio and quick repair time. Commonly installed on concrete beams bridges, columns, poured in place and precast concrete for maximizing crack control and restoring structural integrity.
Using Carbon Fiber Concrete Reinforcement At The Food Processing Plant:
This project was part of a high efficiency production line upgrade at a food manufacturing plant in South East Michigan. The production line upgrade required the basement foundation walls and bearing walls to be strengthened with carbon fiber reinforced Kevlar.
Engineers determined that the high humidity created by the factory's operating conditions caused large amounts of water to build under the slab of the building. The water created hydrostatic pressure which caused the block walls throughout the building to bow and sheer slide off the foundation.
The solution was three-fold: To eliminate the water below the slab, Smith's added interior drain systems which included industrial sump pumps. Water was diverted to an exterior drain system, which eliminated hydrostatic pressure that was causing walls to bow. Two crews were dedicated to applying waterproof coatings on interior walls and epoxy coatings on the floors. These coating systems were installed to protect the concrete floor and masonry walls from further damage and diverted accumulated water to drain systems.
Masonry and tuck pointing repairs were made to various portions of block walls and concrete walls throughout the factory. After all repairs were made the walls were covered with a concrete texture coating to add a final layer of protection.
The factory remained in operation for the duration of the project. Maintaining strict food safety parameters was a crucial part of this project. Smith's installed a waterproof and dustproof barrier to protect the production line in service.
Highlights:
- Factory remained open while all work was performed
- Interior drain systems and industrial sump pumps installed
- Carbon fiber structural reinforcement
Polyurethane Crack Injection Services
This process involves sealing or repairing cracks by injecting a polymer or other material for structural repair and/ or waterproofing. Check out our team in action below!
This project began small with Smith's installing coatings for the primary and secondary containment for sodium hypochlorite at Dearborn CSO#8 (Combined Sewer Overflow). This required a protective coating of vinyl ester to be installed to resist the corrosion and acidity of the sodium hypochlorite, which has the ability to dissolve stainless steel. To prepare the surface, Smith's crews sandblasted and cleaned both tanks before applying the chemical resistant vinyl ester coating.
The roof of the caisson received a living roof which allows grass, bushes, and small plants to grow on top of the concrete roof. This particular living roof required a two-part membrane system, with soil layered between each membrane. Smith's was chosen to install the Firestone membrane system, which also included engineered soil and vegetation.
- Vinyl Ester coating protective coating of primary and secondary containment tanks
- Crack injection and waterproofing of caisson and influent lines
- Green/ living roof membrane installation
(810) 798-2371