5 Ways That Concrete Is Shaping Our Future

future of concrete technology, concrete services in Arkansas

The future of concrete technology is shaping America’s future with innovation across a surprising range of industries.

””Concrete is used for construction across hundreds of industries. A versatile and durable material, concrete is used to build everything from parking lots and interstates to flooring and pre-fabricated housing. The future of concrete technology means advancement in important fields such as medicine, sustainability, and construction.

1. Concrete Keeps Hospital Floors Sterile

Hospital flooring is susceptible to chemicals, germs, and other contaminants. Hospitals and medical facilities are legally required to comply with strict hygienic regulations, which can make it difficult to find flooring that fosters a clean and sterile environment.

Polished concrete flooring can alleviate both of these concerns. Not only is polished concrete flooring aesthetically pleasing, a 100% solid epoxy-coated concrete flooring is also highly resistant to chemicals and exceptionally easy to clean.

The chemical composition of the epoxy repels damaging chemicals and bio-hazardous contamination by forming a protective, slippery barrier. A urethane topcoat can be added for an extra layer of protection, and the concrete can then be polished for a safe, attractive flooring solution that requires minimal maintenance.

2. Pervious Concrete Keeps Roads Safe and Sustainable

Traditional paved concrete surfaces are convenient and cost-effective, but cities must pair concrete with storm-water management systems and drainage solutions in the future to prevent flooding and erosion. Pervious concrete allows itself to serve as a porous water retention system.

Pervious concrete is composed of a paste made of water and cementitious materials. Since it contains little to no sand, there are tiny voids in the concrete particles, resulting in a porous pavement that drains quickly. This natural drainage lowers erosion rates and, consequently, the need for costly repairs.

Pervious concrete also filters oil and other harmful contaminates produced by vehicles out of the water passing through it. This reduces pollution of groundwater, which later becomes drinking water. Pervious concrete also lowers overall project costs for cities by reducing the need for storm-water management systems and their upkeep.

3. Concrete Lowers Energy Bills

Concrete homes offer a wide range of sustainable improvements not available in traditional housing. Homeowners will enjoy increased insulation and quiet in their home as well as lower energy bills and a healthier indoor environment.

On average, concrete homes require about 44% less energy to heat and 32% less energy to cool than comparable wood-frame housing. Higher energy efficiency means lower energy bills and a smaller carbon footprint.

The high density of concrete walls acts as an insulator, which also results in a quieter home. Because concrete contains no organic material, it also does not support mold or mildew growth, which makes your home safer for those with respiratory concerns.

4. Self-Repairing Concrete Reduces Maintenance Costs

Self-repairing concrete is the next evolution in concrete design and architecture. Self-repairing concrete works by utilizing highly absorbent polymers that absorb water when a crack appears in the concrete, allowing the polymers to swell and block the crack from any further water intake.

This revolutionary technology drastically reduces the need for repairs to roads, sidewalks, and parking lots, which saves money that can be put towards education, sustainability, and health initiatives. Self-repairing concrete also increases the longevity of structures, which can increase property values and reduce the strain of maintenance on homeowners, which stimulates the economy.

5. 3D Printing Concrete Homes – The Future of Concrete Technology

Imagine a future where a 2,500 square foot concrete home can be built in under 24 hours with a 3D concrete printer. A team of researchers at the University of California have made this a real possibility by scaling up 3D-printing technology using concrete to build durable and lasting homes in as little as one day.

The implied reductions in construction costs, combined with speed of production, could theoretically make housing much more accessible to people who could not previously afford a home. With the right applications, these pre-fab concrete homes could provide a sustainable solution to homelessness around the world.

For concrete services in Arkansas, contact Razorback Concrete at 870-455-0700 and get a free estimate!

Ask your local concrete supplier at Razorback Concrete about starting a sustainable concrete project today by calling 870-455-0700 for a free estimate.

*Photo by Pushcreativity through Wikimedia Commons

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