Can Concrete Be Recycled | How To Recycle Concrete
Usama Ijaz • November 14, 2021
Fort Worth concrete recycling process site

Concrete has been used in buildings of every scale since the Roman era, and it is difficult to imagine a structure that does not have at least one concrete feature. In reality, with high reliability, resilience, ease of handling, accessibility, aesthetics, and other qualities, it is the most commonly used construction material in the world. 


At the same time, its production is a major polluter of the environment, owing to the fact that the cement sector accounts for approximately 8% of all worldwide carbon dioxide emissions (CO2).


In addition to its mass manufacture, concrete is a very strong, heavy substance made of cement, water, stone, and sand. So, would it be possible to use concrete in a sustainable manner after demolition, avoiding its disposal as garbage and overcrowding landfills?


The short answer is yes! Even if it isn't easy, it is possible to use concrete waste to make new structural parts while retaining basic properties of strength and resistance. To begin, it is important to recognize that the extraction of sand and gravel for tiny and big aggregates of concrete has a significant environmental impact, even when done locally.


New Paragraph

How To Recycle Concrete Crushing Screening Cleaning  Separation

Benefits of Concrete Recycling


When recycling something, you’ll definitely get a benefit as a renewed product and the same goes with the concrete. Aside from that, concrete recycling has many more benefits described below:

  1. Recycling concrete reduces building waste, extends landfill life, and saves builders’ disposal or tipping fees. 

  2. It also saves money on transportation because concrete can typically be recycled near the demolition or building site. 

  3. If a builder is pursuing LEED Green Building certification, using recycled concrete might earn them points. 
  4. In certain cases, new job opportunities emerge as a result of a recycling activity that would not have existed otherwise. 

  5. Recycling also reduces disposal costs while lowering the project's environmental impact. 

How to Recycle Concrete?


The particular method of recycling concrete will be dependent on the type and size of your concrete. This is often done by a construction materials business, which will either transport the material to a recycling facility or complete the procedure on-site with a mobile crusher operation.


So. let’s see how to recycle concrete with the help of an infographic below:


Equipment Used to Recycle Concrete


When considering concrete recycling as an option, you should also explore the choices for crushing the concrete. A portable crusher that can be relocated to multiple places or projects may be the most practical solution. It is often ideal to place a portable crusher in a central area, close to where the concrete is being demolished yet far enough away from site traffic. 


Consider the following factors while selecting processing equipment:

  • A strong magnetic, water flotation, or air separator device should be used to remove steel from concrete.

  • The use of separate hydraulic stands will allow for a quicker setup.

  • Automatic, manual, or remote control mechanisms are all possible.

  • Conveyors, jaws, and cones-equipped systems can provide entire concrete processing, from demolition to usable material.


Final Thoughts


When compared to mining, manufacturing, and transporting new aggregates, reusing concrete saves a significant amount of energy. While not regarded as harmful to the environment, the vast quantity of concrete trash generated during deconstruction makes landfills hard to handle.


When it comes to sustainability, the most important thing is to comprehend the majority of the variables and aspects that influence the ultimate result. Many researchers are working to make concrete a more sustainable material. 


New studies on the subject are being published on a daily basis, whether through recycling, sustainable mixtures of aggregates, or even processes that make the production of this material less damaging to the environment.

A sloping lawn directs runoff toward a grassy swale beside a brick home and concrete patio.
By Kurt Manalastas • October 23, 2026
Plan grading on Fort Worth properties around runoff routes, slab elevations, soil support, foundation clearances, swales, drains, and safe discharge.
Rainwater flows through a shallow concrete swale beside a commercial driveway and brick building.
By Kurt Manalastas • October 22, 2026
Learn how concrete swales route Fort Worth runoff, protect against erosion, and require careful grading, safe crossings, and suitable outlets.
A grated channel drain crosses a wet concrete driveway beside a gravel drainage strip.
By Kurt Manalastas • October 15, 2026
Compare French drains and channel drains for Fort Worth concrete areas by water source, collection method, outlet, installation, and upkeep.
Rainwater pools beside an uneven concrete joint outside a brick commercial building.
By Kurt Manalastas • October 13, 2026
Learn when water-related concrete damage in Fort Worth needs repair by checking material loss, slab movement, support, leakage, and structural risk.
Overhead view of rainwater pooling on a concrete walkway panel beside grass and a muddy planting bed
By Kurt Manalastas • October 9, 2026
Learn why concrete may sink after heavy rain in Fort Worth and how erosion, softened soil, poor compaction, drainage, and slab movement shape repairs.
Elevated view of wet concrete panels with uneven joints, a small crack, and muddy sediment trails.
By Kurt Manalastas • October 7, 2026
See what water beneath a concrete slab can do in Fort Worth, from softening support and washing out fines to voids, clay movement, and uneven slabs.
Rainwater pools in a low grassy strip beside a concrete patio at a Fort Worth brick home.
By Kurt Manalastas • October 1, 2026
Learn why water pools around Fort Worth concrete slabs and how grading, blocked drains, runoff sources, slab settlement, and outlets shape the right fix.
Rainwater and sediment collect beside an uneven concrete joint near a commercial building.
By Kurt Manalastas • September 25, 2026
See how poor drainage progresses into concrete damage in Fort Worth, from concentrated runoff and support loss to slab movement, cracking, and failed repairs.
Concrete retaining wall supporting a level lawn above a lower gravel area on a sloping property.
By Kurt Manalastas • September 18, 2026
Plan Fort Worth retaining walls for site development with soil, drainage, loads, utilities, permits, and construction sequencing considered together.
Curved concrete retaining wall bordering a commercial access drive with a surface drain.
By Kurt Manalastas • September 17, 2026
Plan commercial retaining walls in Fort Worth around traffic loads, drainage, inspections, site access, and future property use before work begins.