THE NATION'S LEADER IN CONCRETE SOLUTIONS
SINCE 1957
Concrete Cutting, Coring, Demolition, Grinding & Grooving,
GPR Scanning, and Digital X-Ray
SERVICES
CONCRETE CUTTING & CORING
We can cut and core concrete in the most challenging environments imaginable, including industrial operations, nuclear power plants and dams.
TECHNOLOGY SERVICES
With state-of-the-art X-ray and GPR technology, we identify rebar, pipes and other hazards before cutting or coring commences.
DEMOLITION
Penhall has safely demolished thousands of industrial, commercial, and public buildings, as well as harbors, bridges, highways and nuclear power plants.
GRINDING & GROOVING
Penhall is North America’s largest provider of concrete grinding services, including corrective grinding of finished surfaces, highways and pavement.
BRIDGE SERVICES
We have repaired, widened, and removed bridges in North America’s most traffic-congested regions, ensuring the safety of millions of drivers.
SAFETY
OUR PROGRAMS
At Penhall, safety isn't just a practice. It's our culture. Ensuring the safety of our team and industry partners is deeply ingrained into our identity. Through comprehensive and recurring training, mentorship, and a Behavior Based Safety (BBS) program, Penhall has maintained one of the best safety records in the industry.
Penhall is the country's largest provider of concrete cutting, scanning, and removal services. We employ over 1,300 professionals, and are always looking for skilled and passionate people to grow our company and our success.
We recognize that our track record is the best possible testament to our capacity and commitment to safety. We invite you to learn more about some of our most challenging projects in recent years.
FEATURED PROJECTS
TITLE GOES HERE
FINDING EMILY GEIGER
GASTON, SC | FEBRUARY 2020
The purpose of this survey is to determine the probable burial locations of unmarked graves, using ground-penetrating radar (GPR). Reflected radio waves from differences in dielectric permittivity build a map of the subsurface. Mapping these changes in relative dielectric permittivity and looking at depth slices of data in a cross-section (X-Y Plane) show differences in conductivity. This conductivity can be used to determine relative differences in densities and materials in the subsurface, thus potentially identifying burial locations.
TITLE GOES HERE
FINDING EMILY GEIGER
GASTON, SC | FEBRUARY 2020
The purpose of this survey is to determine the probable burial locations of unmarked graves, using ground-penetrating radar (GPR). Reflected radio waves from differences in dielectric permittivity build a map of the subsurface. Mapping these changes in relative dielectric permittivity and looking at depth slices of data in a cross-section (X-Y Plane) show differences in conductivity. This conductivity can be used to determine relative differences in densities and materials in the subsurface, thus potentially identifying burial locations.
TITLE GOES HERE
FINDING EMILY GEIGER
GASTON, SC | FEBRUARY 2020
The purpose of this survey is to determine the probable burial locations of unmarked graves, using ground-penetrating radar (GPR). Reflected radio waves from differences in dielectric permittivity build a map of the subsurface. Mapping these changes in relative dielectric permittivity and looking at depth slices of data in a cross-section (X-Y Plane) show differences in conductivity. This conductivity can be used to determine relative differences in densities and materials in the subsurface, thus potentially identifying burial locations.
TITLE GOES HERE
FINDING EMILY GEIGER
GASTON, SC | FEBRUARY 2020
The purpose of this survey is to determine the probable burial locations of unmarked graves, using ground-penetrating radar (GPR). Reflected radio waves from differences in dielectric permittivity build a map of the subsurface. Mapping these changes in relative dielectric permittivity and looking at depth slices of data in a cross-section (X-Y Plane) show differences in conductivity. This conductivity can be used to determine relative differences in densities and materials in the subsurface, thus potentially identifying burial locations.
TITLE GOES HERE
FINDING EMILY GEIGER
GASTON, SC | FEBRUARY 2020
The purpose of this survey is to determine the probable burial locations of unmarked graves, using ground-penetrating radar (GPR). Reflected radio waves from differences in dielectric permittivity build a map of the subsurface. Mapping these changes in relative dielectric permittivity and looking at depth slices of data in a cross-section (X-Y Plane) show differences in conductivity. This conductivity can be used to determine relative differences in densities and materials in the subsurface, thus potentially identifying burial locations.