Today’s Solutions: August 06, 2026

The production of concrete is one of the biggest sources of emissions in the world, so anything done to reduce the production of it is a win for the environment. In Germany, architects have come up with a clever way to use less concrete in buildings by incorporating air pockets made of recycled plastic within its concrete slabs.

The slabs have up to 35 percent less material than solid reinforced concrete, thanks to the presence of the hollow spheres of plastic. These spherical void formers fill parts of the slab not required for load-bearing. Not only does this bring a reduction in concrete, but it also reduces the energy expenditure required for transport as the slabs are much lighter.

As a result, the German construction project has saved an estimated 136 tonnes of carbon dioxide from entering the atmosphere. And since it’s rather simple to implement, this way of producing concrete slabs could easily be replicated across the construction industry, which could help slash emissions within the industry,

Solutions News Source Print this article
More of Today's Solutions

The robots kids build to preserve Native American languages

BY THE OPTIMIST DAILY EDITORIAL TEAM The U.S. Indian boarding school system spent decades trying to remove Native American languages from Native children. Kids ...

Read More

How to build perspective as a daily practice for resilience

BY THE OPTIMIST DAILY EDITORIAL TEAM Picture yourself running late to a dreaded appointment. Your shoulders climb toward your ears, your jaw tightens, and ...

Read More

Switzerland built a huge water battery to store surplus energy

Switzerland is famous for hosting a number of scientific and engineering marvels, such as the Large Hadron Collider. Now, engineers in Switzerland have achieved ...

Read More

Are holiday tunes good for your health? Here’s what science says

BY THE OPTIMIST DAILY EDITORIAL TEAM Love it or hate it, Christmas music is an inescapable part of the holiday season. For some, it’s ...

Read More