Brick fence in Edmond
Steel piers and wall pushers utilized to return fence back to original plumb and stable condition.
Oklahoma City Public Schools
Related Article: Beware of Cheap Foundation Repair Companies!
After much consideration by the Engineers, General Contractor, and School board. PowerLift Foundation was chosen to solve the structural settlement issues of this OKC school. PowerLift advanced STEEL piers were successfully driven over 69 feet to true load-bearing strata and simultaneously lifted to stabilize this building. All good now
Miscellaneous Before and After
PowerLift Foundation Repair specializes in foundation repair services for residential and commercial customers. We utilize steel piers driven to lift and permanently stabilize the perimeter foundation, rotate brick to close cracks, and professional brick repair.
Project: Dine’ College- Tsaile, Arizona
This seven-story university building is located in Northeast Arizona. The large structure was constructed using large belled concrete piers drilled 12 feet below grade. Intersecting grade beams were installed between the columns for added support.
A major leak in the water supply system caused the building to fail at the columns. This created an upheaval in the floor slab system.
Working with a local General Contractor, Power Lift installed 330 steel pilings on existing and newly built structural beams in the lower level. We needed to increase the load-bearing capacity of the original concrete columns. Additionally, support was added for the 8-inch structural slab, which was to be repoured. Several tons of rebar reinforcing were incorporated into the new beams and floor slab.
Soil borings indicated that sufficient bearing was located at 45’. Final depths ranged from 45’-50’.
Read About Another Project – Oilfield Manufacturing Company – Bloomfield, New Mexico
Why Diné College Chose PowerLift
This extensive repair process restored the building’s structural integrity, preventing further issues and ensuring the facility remains safe for use. Power Lift’s expertise in deep foundation systems was critical in addressing the complex challenges of this project and securing the building’s longevity. By adding load-bearing capacity and stabilizing the foundation, the building is now well-supported to withstand future environmental stressors. This project highlights Power Lift’s ability to handle large-scale structural repairs efficiently, ensuring both safety and long-term durability.
As a result of these efforts, the building is now stronger than ever, and Power Lift has once again demonstrated its commitment to precision, quality, and client satisfaction. With the structural improvements in place, the university can continue to serve its students and staff without concern for future foundation issues, ensuring the long-term success of the institution.
Read more about Diné College
Contact PowerLift Today!
For all your Arizona foundation repair needs, contact Power Lift today. Whether you’re dealing with foundation settling, cracked walls, or structural instability, our expert team is ready to provide reliable, long-lasting solutions. We specialize in advanced foundation repair techniques designed to address the unique challenges of Arizona’s soil conditions, ensuring your home or building remains safe and secure. With years of experience and a commitment to quality, Power Lift
Project: Oilfield Manufacturing Company – Bloomfield, New Mexico
The excessive loads handled by the overhead crane system and the relatively weak load bearing soils, added to the already failing foundation system on this structure in Bloomfield New Mexico. There is an obvious deflection in the roof system just above the air compressor.
A massive excavation was completed to expose the load-bearing columns and intersecting grade beams. The overhead crane was loaded to its maximum capacity and set above each pier location during the installation process.
The main structure was raised 1”-2” with select columns in the loading bay area being raised as much as 5.5”. Intersecting grade beams were subsequently piered and lifted to stabilize the entire system. Notice the alignment of the roof system after the lift.
Read About Another Project – City of Lawton, Oklahoma
Do You Need Foundation Services in Bloomfield New Mexico?
The lifting and stabilization process required precision engineering and careful monitoring. Given the weak soil conditions and the strain from the crane system, PowerLift used advanced techniques. These ensured that the foundation could handle the load. The team made sure that the columns and beams would provide long-lasting support for the structure. This helped prevent future issues with deflection or roof misalignment.
This type of foundation failure is not uncommon in industrial structures. Heavy machinery and overhead systems often add significant stress to the building’s support system. Without addressing the root problem, these issues can lead to long-term damage. This damage may include more severe deflection and cracks in the structural components. The successful lift and stabilization by PowerLift shows the importance of proactive foundation repairs in industrial settings.
After the repair, the structure not only regained its stability but also showed improved load-bearing capacity. This ensures that the overhead crane and other heavy equipment can be used safely. It also prevents compromising the integrity of the building. The results highlight the importance of addressing foundation issues early on. Neglecting such problems can lead to costly repairs and extended downtime in industrial operations.
Why Choose PowerLift?
PowerLift’s ability to execute complex repairs in challenging conditions underscores its expertise in foundation repair for industrial buildings. Their commitment to quality and precision guarantees that structures can withstand the demands placed on them, ensuring long-term stability and functionality.
Call us today for any foundation issues in Bloomfield New Mexico!
Commercial Warehouse- Streetsboro, Ohio
The inspection and elevation study performed on the building revealed settlement of the east exterior wall and failure of the interior columns designed to support the roof loads. Elevation losses of up to 12” were found associated with the interior columns. The east exterior wall was piered, raised back into place, and stabilized.
Related Article: What Regulations to Consider When Installing a Foundation for a Business
Our focus then turned to the interior roof columns. Piers were driven on each side of the support pad on the affected columns. Five interior columns were raised simultaneously from 4” to 10.75”.
The roof had to be monitored during the lift process to re-establish the proper grade to the roof drains.
The columns were raised independently of the floor slab. The interior floor slab was pressure grouted to fill the voids and raise it more than 12”. More than 50 cubic yards of grout was pumped under the floor slab to accomplish this step in repairs.
Project: City of Lawton, Oklahoma
Foundation Cracks Signal Major Problems
Lawton, OK City Hall recently required urgent foundation repair due to significant cracks in its brick walls. These cracks indicated severe foundation issues that posed a threat to the building’s structural integrity. Addressing these problems promptly was essential to ensure public safety and keep city operations running smoothly.
Soil Shifting Causes Structural Damage
The foundation issues were primarily caused by shifting soil beneath the building. Lawton’s expansive clay soil is notorious for its movement. When it becomes wet, the soil expands, and when it dries, it contracts. This ongoing movement places excessive pressure on the foundation. Over time, this pressure caused visible cracks in the walls, uneven floors, and doors and windows that would no longer open or close properly.
Quick Action to Stabilize the Foundation
A foundation repair team swiftly assessed the situation and determined that stabilization was necessary to prevent further damage. They installed steel piers deep into stable soil under City Hall. This process involved lifting the building and stabilizing the foundation to stop any additional settlement. As the foundation was stabilized, the cracks in the brick walls gradually began to close, restoring the building’s appearance and structural integrity.
Long-Term Protection for Lawton City Hall
The repair work not only addressed the existing damage but also tackled the root cause of the problem to prevent future issues. By stabilizing the foundation, the team ensured that Lawton City Hall would remain structurally sound for years to come. The repairs enhanced the building’s ability to withstand environmental stresses, ensuring that it could continue to serve as a critical part of the city’s infrastructure without further concerns about foundation instability.
Read About Another Project – Blakes
Foundation Repairs Preserve Public Buildings
Repairing the foundation of public buildings like City Hall is crucial for maintaining their safety and functionality. These repairs safeguard the structure and protect the community’s investment in these essential facilities. With the foundation issues resolved, Lawton can have confidence in the continued safety and durability of its government center. The successful completion of these repairs highlights the importance of addressing foundation problems promptly to avoid costly future repairs and ensure the longevity of important public buildings.
Project: Blakes
PowerLift Foundation Repair Project in Blakes: Resolving Severe Structural Issues
PowerLift recently completed a foundation repair project in Blakes, where a large commercial building was experiencing significant structural problems. The building had developed substantial foundation issues, which led to the walls leaning and separating. Left unchecked, these issues threatened the overall stability and safety of the structure, making immediate repair essential.
Diagnosing the Foundation Problems
Upon inspection, the PowerLift team determined that the building’s foundation had been compromised due to shifting soil and poor initial construction. Over time, the unstable soil caused the foundation to sink unevenly. This lead to walls leaning outward and creating noticeable gaps where the walls had begun to separate. These issues also resulted in cracks in the brickwork and misaligned doors and windows, making the building unsafe for use.
Read About Another Project – Arkansas Housing Authority
Implementing the Repair Solution
To stabilize the foundation and prevent further damage, PowerLift installed heavy-duty steel piers deep into the ground until they reached stable, load-bearing soil. These piers were strategically placed around the perimeter of the building and along key interior support points. By gradually lifting the building’s foundation, the team was able to correct the lean and realign the walls to their original position. Additionally, the cracks were closed, and the building’s structural integrity was restored.
Long-Term Stability for the Blakes Building
The foundation repairs PowerLift conducted not only addressed the immediate problems but also provided long-term stability for the building. By reinforcing the foundation with steel piers, the structure is now protected from future settlement and soil movement. The successful completion of this project allowed the building’s owners to avoid a costly demolition and rebuild. PowerLift made sure that the building remains safe and functional for years to come.
This project demonstrates PowerLift’s expertise in handling severe foundation issues and delivering solutions that restore both safety and peace of mind to property owners.
