Key numbers
- Debris tons = length × width × thickness (ft) × 150 lb/ft³ ÷ 2,000
- Per 100 ft²: 2.5 tons at 4 in, 3.1 tons at 5 in, 3.75 tons at 6 in
- Density: WSDOT uses 150 lb/ft³ for plain and 155 lb/ft³ for reinforced concrete (2,403 kg/m³ for 150)
- Fees: enter your local tipping fee per ton and haul price per load; we do not print national prices
- Recycling: EPA notes broken concrete is often recycled into aggregate
On this page
- How to use the Concrete Removal Cost
- How much does concrete removal cost?
- How much does the old concrete weigh?
- How do I turn tons into haul and disposal cost?
- What drives the price of concrete removal?
- Should I recycle the concrete or send it to a landfill?
- Can I remove concrete myself?
- Is resurfacing cheaper than removal?
- Common mistakes when pricing concrete removal
- Frequently asked questions
How to use the Concrete Removal Cost
- 1Enter your numbersFill in length (ft), width (ft), thickness (in) or concrete density.
- 2Check the assumptionsWeight = volume × density. Normal-weight concrete is typically 140–150 lb/ft³; QUIKRETE lists about 140 lb/ft³ for its bagged Concrete Mix.
- 3Read the resultsThe calculator shows weight, us tons, kilograms, volume or weight per ft² of surface, updated as you type.
- 4Use the resultRound up to what your supplier sells, and keep a little extra for waste.
Results update as you type. Back to the calculator ↑

How much does concrete removal cost?
Removal is three lines on a quote: breaking and loading, hauling, and disposal. The first is labor and equipment; the other two depend on how much the old concrete weighs. This page works out that weight so you can check a quote or price a DIY job with your own local fees. We do not print a national price per square foot, because tipping fees, truck rates and labor are set locally and we have found no primary source that publishes an average.
Removal cost = break and load (labor, equipment) + truck loads × price per load + debris tons × tipping fee per ton
Debris tons = length (ft) × width (ft) × thickness (in) ÷ 12 × 150 lb/ft³ ÷ 2,000
The calculator above is preset to a 12 × 40 ft driveway at 5 in and normal-weight concrete at 150 lb/ft³, the value WSDOT uses for plain concrete in its bridge design memo. Change the size and thickness to match your slab.
Worked example: 12 × 40 ft driveway, 5 in thick
- Volume: 12 × 40 × 5 ÷ 12 = 200 ft³ (7.41 yd³, 5.66 m³)
- Weight: 200 × 150 = 30,000 lb = 15 tons (13.61 tonnes)
- Disposal: every $10 per ton of tipping fee adds $150 (about $0.31 per ft²)
- Illustrative only, not a quote: at a placeholder $50/ton and $300 per load with 10-ton loads, disposal is $750 and haul is 2 × $300 = $600, so $1,350 ($2.81/ft²) before labor and equipment
How much does the old concrete weigh?
Multiply the volume by the density. WSDOT uses 150 lb/ft³ for plain normal-weight concrete and 155 lb/ft³ for reinforced concrete; FHWA’s bridge research report gives a range of about 140 to 155 lb/ft³. The table uses 150 lb/ft³ and adds a reinforced column at 155.
| Slab (ft, thickness) | Area (ft²) | Area (m²) | Volume (yd³) | Volume (m³) | Weight (lb) | US tons | Tonnes | Reinforced, 155 lb/ft³ (tons) |
|---|---|---|---|---|---|---|---|---|
| Sidewalk 4 × 50, 4 in | 200 | 18.58 | 2.47 | 1.89 | 10,000 | 5.00 | 4.54 | 5.17 |
| Patio 10 × 10, 4 in | 100 | 9.29 | 1.23 | 0.94 | 5,000 | 2.50 | 2.27 | 2.58 |
| Patio 12 × 12, 4 in | 144 | 13.38 | 1.78 | 1.36 | 7,200 | 3.60 | 3.27 | 3.72 |
| Patio 12 × 16, 4 in | 192 | 17.84 | 2.37 | 1.81 | 9,600 | 4.80 | 4.35 | 4.96 |
| Garage 20 × 20, 4 in | 400 | 37.16 | 4.94 | 3.78 | 20,000 | 10.00 | 9.07 | 10.33 |
| Garage 24 × 24, 4 in | 576 | 53.51 | 7.11 | 5.44 | 28,800 | 14.40 | 13.06 | 14.88 |
| Driveway 12 × 40, 5 in | 480 | 44.59 | 7.41 | 5.66 | 30,000 | 15.00 | 13.61 | 15.50 |
| Driveway 20 × 40, 6 in | 800 | 74.32 | 14.81 | 11.33 | 60,000 | 30.00 | 27.22 | 31.00 |
Figures come from scripts/concrete-removal-cost.ts using concreteWeightLb in the site’s calc library. A quick rule from the same numbers: each 100 ft² of slab weighs 2.5 tons at 4 in, 3.125 tons at 5 in and 3.75 tons at 6 in. In metric, 150 lb/ft³ is 2,403 kg/m³, so a 100 mm slab is about 240 kg per m² and a 4 × 10 m patio at 100 mm is about 9.6 tonnes.
These are the weights of the concrete only. Thickened edges, footings, a gravel base dug out with the slab, or soil stuck to the pieces all add tons. Measure the thickness at a broken edge or a core hole rather than assuming 4 in.
How do I turn tons into haul and disposal cost?
Get two numbers from local businesses: the tipping fee per ton at the landfill, transfer station or concrete recycler, and the hauler’s price per load with the payload each truck can legally carry. Then:
Truck loads = debris tons ÷ payload per load (round up) · Disposal = debris tons × fee per ton
| Your input | Where to get it | Example in this page (placeholder) |
|---|---|---|
| Tipping fee ($/ton) | Landfill, transfer station or recycler price list | $50 per ton |
| Payload per truck (tons) | Hauler or dumpster company | 10 tons |
| Price per load ($) | Hauler or dumpster rental quote | $300 per load |
| Break and load ($) | Contractor quote or equipment rental | not estimated |
The placeholders exist only to show the arithmetic; replace them with your quotes. Some sites charge by the cubic yard or by the load instead of the ton. If so, ask how they convert, because broken concrete takes more space in a truck than the solid slab did, and nobody has published a single standard for that swell.
Ask for weight tickets
Scale houses print the gross, tare and net weight of each load. Adding the net tons on the tickets and comparing them with the table above is the fastest way to check that you are being charged for your slab and not someone else’s dirt.
What drives the price of concrete removal?
Weight sets disposal; access and reinforcement set labor. Ask for each line separately so quotes can be compared.
- Thickness and area. Tons scale directly with both. A 6 in drive weighs 50% more per square foot than a 4 in patio (75 vs 50 lb/ft²).
- Reinforcement. Rebar and wire mesh hold broken pieces together, so they must be cut. WSDOT’s 155 lb/ft³ for reinforced concrete adds about 3% to the weight.
- Access. A skid steer and breaker can reach a driveway from the street; a backyard patio behind a gate may be broken and wheeled out by hand.
- Disposal route. Clean concrete, free of soil, wood and trash, is accepted by many recyclers. Mixed debris usually goes to a landfill or transfer station at its own rate.
- Base and grade work. If you are replacing the slab, the old base may need to be dug out, compacted or topped up. Price that with the new slab: see cost to pour a concrete slab.
- Utilities and permits. Call 811 before cutting or digging below grade. Some cities need a permit for curb cuts or driveway work in the right of way; check local rules.
Should I recycle the concrete or send it to a landfill?
Recycle it if a recycler is near and the concrete is clean. EPA’s construction and demolition page says asphalt, concrete and rubble are often recycled into aggregate or new asphalt and concrete products, and that brick, concrete and masonry can be reused on site as fill, subbase or driveway bedding. In its 2018 estimate, the US generated 600 million tons of C&D debris; just over 455 million tons went to a next use and aggregate was the main one.
For a homeowner, that means three options to price: a concrete recycler (ask whether clean loads get a different fee), a landfill or transfer station, or reuse on site as fill. Pieces reused as fill should be broken small enough to compact, kept away from where you will dig later, and kept out of drainage paths.
Can I remove concrete myself?
Small, thin, unreinforced slabs are a realistic DIY job; driveways usually are not. The limit is less the breaking than the weight. A 12 × 16 ft patio at 4 in is 4.8 tons, which means a lot of wheelbarrow trips and either a rented dumpster rated for heavy debris or several trailer loads.
- Rent the right tool: a sledge for 4 in unreinforced slabs, an electric breaker for thicker or reinforced ones.
- Wear eye, hearing and hand protection. Breaking and cutting concrete makes silica dust; use water to keep dust down and a respirator if you cut.
- Check the trailer or dumpster weight limit in tons before loading. Concrete fills the weight limit long before the box looks full.
- Keep concrete separate from dirt and wood if you want the recycler rate.
Is resurfacing cheaper than removal?
When the slab is sound, usually yes: resurfacing skips the tons of debris entirely. A 12 × 40 ft driveway at 1/8 in takes about 17 bags of resurfacer, according to our concrete resurfacing cost page, versus 15 tons of concrete to break, haul and dispose of before anything new is poured. Cracked, heaved, sunken or crumbling slabs are not candidates for resurfacing, so removal and a new pour may be the only fix. For the new slab, use the concrete driveway cost or concrete patio cost calculators.
Common mistakes when pricing concrete removal
- Assuming 4 in. Many driveways are 5 or 6 in, and edges are often thicker. Measure at a broken edge.
- Pricing by area only. A per-ft² quote hides the tons. Ask for estimated tons and the fee per ton.
- Ignoring the payload. Dumpsters and trailers have weight limits; overweight loads cost extra or are refused.
- Mixing debris. Soil, wood or trash in the load can move it from the recycler rate to the landfill rate.
- Forgetting the base. Removal often uncovers base that needs work before a new pour.
For new-pour quantities, start with the concrete calculator home page or the concrete weight calculator.
FAQ
Frequently asked questions
How much does it cost to remove a 12 × 40 concrete driveway?
Start from the weight: at 5 in thick it is 200 ft³ of concrete, about 15 tons. Every $10 per ton of disposal fee adds $150. Add haul per load and labor from your quote; with illustrative $50/ton and $300 per 10-ton load it would be $1,350 before labor.
How much does a 10 × 10 concrete slab weigh to haul away?
About 5,000 lb, or 2.5 tons, at 4 in thick and 150 lb/ft³. That is 33.3 ft³ (0.94 m³) of concrete, or 2.27 tonnes. At 6 in it is 3.75 tons. Rebar adds a little: WSDOT uses 155 lb/ft³ for reinforced concrete.
How do you calculate concrete disposal cost per ton?
Multiply the slab volume in ft³ by 150 lb/ft³, divide by 2,000 for tons, then multiply by the landfill or recycler's tipping fee per ton. A 12 × 12 ft patio at 4 in is 3.6 tons, so a fee of $40 per ton (example only) is $144.
How many truck loads is a concrete driveway?
Divide the debris tons by the legal payload your hauler quotes for each truck. A 12 × 40 ft driveway at 5 in is 15 tons, so a truck rated for 10 tons (example) takes 2 loads. Ask the hauler, because payload limits vary by truck and state.
How much does concrete weigh per square foot?
50 lb per ft² at 4 in, 62.5 lb at 5 in and 75 lb at 6 in, using 150 lb/ft³. In metric, a 100 mm slab is about 240 kg per m², from 2,403 kg/m³ (150 lb/ft³ converted with NIST factors).
Is it cheaper to recycle concrete than landfill it?
Often, but check locally. EPA says broken concrete is commonly recycled into aggregate and can be reused on site as fill or subbase. Recyclers and landfills set their own fees, and clean concrete may be priced differently from mixed debris, so compare their posted fees per ton.
Can I remove a concrete patio myself?
Small, thin slabs can be broken with a rented breaker or sledge, but the weight adds up: a 12 × 16 ft patio at 4 in is 4.8 tons. Plan how you will load and haul it, wear eye, hearing and dust protection, and call 811 before cutting below grade.
Does rebar or wire mesh change the removal cost?
It adds a little weight and a lot of labor. WSDOT uses 155 lb/ft³ for reinforced concrete versus 150 for plain, so a 15-ton driveway becomes about 15.5 tons. Steel must be cut, and some recyclers price reinforced concrete differently.
4 Sources
- WSDOT Bridge Design Memo 05-2010: unit weight of normal-weight concrete 150 lb/ft³ (plain) and 155 lb/ft³ (reinforced)
- FHWA-HRT-05-057 Appendix C: concrete unit weights range from about 140 to 155 lb/ft³
- US EPA, Sustainable Management of Construction and Demolition Materials (2018 data): 600 million tons of C&D debris; concrete recycled into aggregate or reused as fill, subbase or driveway bedding
- NIST SP 811, Appendix B.9: conversion factors for volume and mass
Last reviewed October 10, 2026 by M Bilal. Found an error? Tell us.