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Concrete Removal

What Are the Benefits of Concrete Removal for New Orleans Properties?

Construction workers breaking asphalt with jackhammer during road work.
July 9, 2026 Big Easy Demolition Concrete Removal



Quick Summary

Concrete removal on New Orleans-area properties addresses problems that are far more common here than in most U.S. cities: flood-saturated slabs from Hurricane Katrina (2005) and Hurricane Ida (2021), soil subsidence caused by South Louisiana’s alluvial clay base, and impermeable surfaces that trap standing water on flat terrain in Orleans, Jefferson, and St. John the Baptist parishes. Big Easy Demolition provides licensed concrete removal across the metro, handling everything from cracked residential driveways and post-storm foundation slabs to commercial parking lots and pool shells. Removing concrete that is beyond repair clears the way for proper site drainage, new construction, or compliant rebuilding in FEMA Special Flood Hazard Areas (SFHA).

Last Updated: June 2026

Concrete removal in New Orleans, Louisiana solves a specific set of problems rooted in the city’s geology, storm history, and development pattern. Big Easy Demolition removes residential and commercial concrete across five parishes, from flood-heaved slabs in Lakeview to deteriorated carport pads on pier-and-beam shotgun houses in the Tremé and post-storm foundation pours in LaPlace. Where a slab has cracked beyond repair, absorbed storm floodwater, or begun to sink with the underlying clay soil, removing it is more cost-effective than patching, and required before any federally compliant rebuild in a FEMA-designated flood zone can proceed.

When Does Concrete Need to Be Removed Rather Than Repaired?

Broken concrete slab with bent rebar exposed along the cracked edgeConcrete that has heaved, cracked through its full depth, or absorbed prolonged floodwater cannot be patched back to structural soundness. Removal is the correct answer when cracks run wider than a quarter inch through the full slab thickness, when sections have dropped or risen more than an inch relative to each other, or when post-storm water saturation has caused spalling and rebar corrosion through