Phoenix Excavation Co. provides concrete demolition and removal for residential and commercial properties in Phoenix. Crews remove driveways, patios, sidewalks, garage floors, footings, foundations, building pads, and pool shells. The broader excavation scope includes site preparation grading, utility trenching, land clearing, drainage grading, underground utilities, hydro and vacuum excavation, and dirt hauling.
Phoenix slabs may contain rebar or post-tension cable, while caliche hardpan and decomposed granite affect breaking and excavation. We inspect the site, confirm utility and permit requirements, choose the correct saws and breaker equipment, and plan disposal before demolition starts. That sequence helps protect nearby flatwork and leaves the base ready for grading, compaction, or the next construction phase.
Request a free on-site estimate before choosing a demolition date. We measure the slab, check reinforcement and access, and account for cutting, hauling, and disposal in the scope.
Phoenix Excavation Co. provides concrete demolition and removal in Phoenix, Scottsdale, Tempe, Mesa, and communities across the East and West valleys.
Concrete demolition removal sequences the perimeter cuts, controlled breakup, load-out, hauling, and final base work. The goal is to remove the intended concrete without leaving rubble, exposed rebar, or an unprepared surface behind.
Crews use hydraulic hoe rams, walk-behind and ride-on concrete saws, skid steers with breaker attachments, and hydro excavation trucks for utility-adjacent work. Equipment and cutting order change for plain slabs, rebar-reinforced concrete, and post-tension systems.
The scope can include disposal through the appropriate transfer station or recycling yard, followed by grading and compaction for pavers, turf, a replacement pour, landscaping, or new construction.
A planned demolition scope accounts for the concrete, what lies beneath it, and how the debris will leave the property. That preparation supports safer cutting, cleaner load-out, and a base suited to the next use.
Removal scopes range from residential flatwork and pool shells to reinforced commercial pads and structural footings. Each service is planned around reinforcement, access, utility conflicts, disposal weight, and the surface or construction phase that follows.
Driveway removal uses perimeter cuts and breaker equipment selected to avoid cracking adjacent flatwork. A standard residential driveway may be removed and hauled away the same day when weather, access, reinforcement, and disposal conditions allow, including tear-outs in Ahwatukee.
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Patios in areas such as Arcadia are saw-cut, broken into manageable sections, loaded, and graded for pavers, turf, or a new pour. Sidewalks bordering public property require City of Phoenix coordination so replacement work can meet current ADA slope and width standards.
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Garage floors and other slabs may contain wire mesh, rebar, or post-tension cable. Diamond saws score heavily reinforced concrete before breaking to control the fracture pattern and reduce vibration transfer to walls, foundations, and neighboring slab sections.
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Foundation and footing removal may require structural drawings or probing to establish depth and reinforcement before the first cut. When coordinated excavation extends deeper than 5 feet, crews follow OSHA shoring or sloping requirements and sequence new utility trenching before finished grade.
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Phoenix has thousands of aging backyard pools affected by long-term desert heat cycling. Full removal takes out the shell and plumbing, while permitted partial demolition breaks the shell and places approved fill so owners can reclaim yard space or prepare for a future use.
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Commercial slabs carry heavier reinforcement and vehicle loads, so cutting, breaker sizing, haul timing, fencing, and staged debris control require a coordinated plan. Work near Camelback Road or in the Deer Valley corridor can be phased around business hours and loading access while following Maricopa County Air Quality Department dust-control requirements.
Request EstimateThe right removal method depends on slab thickness, reinforcement, access, nearby structures, and what the site must support afterward. Plain concrete, reinforced slabs, post-tension systems, pool shells, and selective cuts each call for a different sequence.
Thin, unreinforced patios and walkways can usually be sectioned and broken with less cutting and breaker force than reinforced slabs. Access and disposal still need to be planned so debris moves directly from the work area to the haul vehicle.
Driveways are typically 4 to 6 inches thick and may contain wire mesh or rebar, while garage floors, footings, and commercial pads can be heavier. Reinforcement slows cutting and increases haul weight, so saw blades, breaker force, and disposal tonnage must reflect the actual slab.
Post-tension systems are common in Phoenix homes built from the 1980s onward. Because stressed cable can release with force, crews identify the system and establish a safe cutting sequence before concrete breaking begins.
Full pool removal takes out the entire shell and plumbing, while partial demolition leaves the permitted broken shell beneath approved fill. The intended future use helps determine the appropriate option because construction over the area may require full removal.
Selective demolition isolates the concrete that must come out while controlling the break line beside slabs, walls, or foundations that remain. It is especially useful for garage floors, industrial pads, utility access, and coordinated foundation work.
A useful estimate starts with the actual slab rather than a phone-only assumption. Site conditions, reinforcement, utilities, permits, equipment access, debris tonnage, and the desired finished grade determine the right demolition approach.
The on-site review measures square footage and checks slab thickness, reinforcement clues, irrigation, buried utilities, access, and permit needs. That information turns a general request into a cutting, breaking, hauling, and cleanup plan.
Walk-behind and ride-on saws, diamond blades, hydraulic hoe rams, handheld breakers, and skid-steer breaker attachments each fit different site conditions. Hydro excavation trucks support utility-adjacent work where conventional digging is not practical.
Disposal routing is set before demolition so broken concrete can move to a licensed transfer station or recycling yard without sitting on the property. After load-out, the exposed base can be cleaned, graded, and compacted for the next surface or construction phase.
Concrete removal often goes off track when hidden lines, reinforcement, access, disposal weight, or permit requirements are discovered after breaking starts. A pre-demolition review identifies these conditions early and helps keep the work sequence aligned with the property and the next phase.
Request Free EstimateA patio or slab can conceal electrical conduit, irrigation, or an older septic line, including conditions associated with a 1960s-era home. Locating and planning around buried lines before demolition avoids a mid-job strike and shutdown.
Post-tension cable stores force inside the slab and can release dangerously if cut in the wrong order. Visual inspection alone may not confirm the slab system, so identification and a controlled cable-cutting sequence are essential before breakup.
Heavy rebar grids and thick concrete need slower cutting, larger breaker capacity, and more hauling than thin flatwork. Underestimating reinforcement density can change equipment needs, disposal tonnage, and the demolition schedule.
Backyards, occupied commercial sites, and slabs beside walls or retained flatwork limit equipment movement. Saw-cut boundaries, smaller breaking sections, and coordinated haul timing help control vibration and keep access routes usable.
Surface area alone does not show how much material must be hauled because thickness and reinforcement change the load. Planning container or truck capacity and the receiving facility before breaking prevents rubble from becoming a bottleneck.
Structural demolition, foundation work, and sidewalk work at public property can involve City of Phoenix permits or coordination. Skipping required approvals can lead to a stop-work order, while regulated commercial disturbance also calls for the appropriate Maricopa County dust controls.
The process moves from site assessment and utility checks to permits, controlled cutting, breakup, hauling, and final grade. Sequencing those steps before equipment arrives keeps the demolition scope tied to actual site conditions.
We inspect the work area, measure square footage, review access, and identify the concrete that must remain. Slab use and visible conditions help guide the reinforcement and equipment assessment.
The pre-demolition check covers buried utilities, irrigation, rebar, and possible post-tension cable. Foundation work may also require structural drawings or probing to confirm depth and reinforcement.
Required permits are coordinated through the City of Phoenix Planning and Development Department, and the debris route is selected before demolition. Commercial planning can also address dust control, fencing, haul timing, and customer access.
Crews establish clean boundaries and divide the slab into sections suited to its thickness and reinforcement. Controlled cuts are especially important beside surfaces or structures that must remain.
Breaker equipment reduces the cut sections to manageable pieces for direct load-out. Concrete and exposed reinforcement are hauled to the planned transfer station or recycling yard instead of being left in a debris pile.
After debris removal, the base is cleaned and graded for drainage and the planned replacement surface. Pool and building-pad work can use engineered lifts and compaction to the density specification required by the engineer or city.
Tell us what concrete needs to come out, the property type, and what you plan to build or install next. We will review the slab, access, reinforcement, hauling, and disposal needs for a free on-site estimate.
These answers cover Phoenix concrete removal pricing, disposal, permits, slab types, equipment, timing, and site preparation. Final scope depends on the slab, reinforcement, access, and intended next use.
Call About DemolitionProfessional removal generally runs $2 to $8 per square foot depending on thickness and reinforcement, while plain saw-cut demolition is closer to $3.51 to $5.23 per square foot before hauling. Disposal commonly adds $51 to $100 per ton, and average whole-project costs across concrete types range from $585 to $2,790. An on-site estimate is needed to account for reinforcement, access, and disposal distance.
Phoenix operates two transfer stations that accept building materials Monday through Saturday: North Gateway and the 27th Avenue facility. Contractor loads can also go to licensed transfer stations or recycling partners. Phoenix Excavation Co. plans the receiving facility and handles hauling as part of the demolition scope.
Phoenix residents can drop off up to 1 ton of building material per month at no charge at a city transfer station with proof of a current city services account. Standard tipping fees apply beyond that allowance. This option fits small self-hauled loads, while larger demolition jobs still require equipment, load-out, and hauling.
Using the broad $2 to $8 per-square-foot range, 100 square feet may run $200 to $800 depending on slab thickness, reinforcement, and disposal distance. A standard 10x10 slab is often quoted at $300 to $800 all-in. Thin unreinforced concrete trends lower than a reinforced garage floor of the same area.
Demolition and cutting labor is often priced by square footage, with disposal tonnage shown separately because thickness changes weight. Rebar, post-tension cable, limited access, and longer disposal routes can raise the scope. A transparent estimate should distinguish cutting, breaking, hauling, and disposal.
Thin, plain concrete is easier to break than reinforced or post-tension slabs, but all demolition creates heavy debris that must be loaded and hauled. Post-tension cable can release with force if cut incorrectly, and visual inspection may not show what is inside the slab. A professional assessment is recommended before attempting demolition on a slab poured after 1980.
Permit requirements depend on the scope and property conditions. Structural and foundation demolition requires permit review, and sidewalk work beside public property can require City of Phoenix coordination. Phoenix Excavation Co. pulls required permits through the Planning and Development Department before applicable work begins.
A standard residential driveway or patio can often be removed and hauled away in a single day when weather and access permit. Reinforcement, tight equipment access, utility conflicts, and disposal routing can extend the schedule. Weekend demolition scheduling is available for customers who cannot have equipment on site during the workweek.
Yes. Phoenix Excavation Co. removes slabs reinforced with wire mesh or rebar and post-tension systems common in local homes. The saw blade, breaker force, section size, and cable-cutting sequence are selected for the concrete rather than treating every slab alike.
Full removal takes out the pool shell and plumbing. Partial demolition breaks the shell and leaves it beneath fill according to city permit requirements. Future construction over the former pool area may require full removal, so the intended use should be decided before choosing the method.
Equipment can include hydraulic hoe rams, handheld breakers, skid steers with breaker attachments, and walk-behind or ride-on concrete saws. Diamond blades help section reinforced slabs, while hydro excavation trucks support utility-adjacent work where conventional digging is not practical. The mix depends on thickness, reinforcement, access, and nearby surfaces.
After load-out, the exposed base is cleaned and graded for the next use. Patio and driveway areas can be prepared for pavers, turf, or a replacement pour, while pool and building-pad work may need engineered lifts and density-based compaction. Drainage grading can also direct water away from foundations and toward the street.
Yes. Residential work includes patios, driveways, sidewalks, garage floors, foundations, and pool shells. Commercial scopes can include thicker reinforced slabs, industrial pads, structural elements, phased access, dust controls, fencing, and coordinated haul timing.