Today’s Solutions: June 09, 2023

Although plastic can take up to 1,000 years to degrade making it a severe threat to our ecosystems, plastic’s resilient nature makes it perfect for repurposing it into roadways. That’s why the City of Los Angeles and Technisoil are collaborating to recycle plastic into material to pave roads in the city. 

The plastic is turned into pellets, which are then combined with bitumen and used to create a less expense paving material with a lower carbon footprint. The technology will be tested out in Los Angeles at the corner of West First Street and North Grand Avenue for potential use all over the city. Additionally, these roads are more resistant to wear and tear than traditional asphalt, meaning less upkeep costs. 

Finding creative uses for plastic helps reduce the amount of waste that ends up in our oceans, and repurposing pesky plastic into roadways reduces infrastructure costs and carbon emissions. If Los Angeles’ trial goes well, you may find yourself driving on a plastic roadway in the near future.

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

Microparticle therapy shows promise in reversing multiple sclerosis

A pioneering study demonstrated a novel microparticle therapy's ability to reverse nerve cell damage caused by multiple sclerosis (MS) in mice. This ground-breaking medication not only opens ...

Read More

Construction project completes the world’s first 3D printed two-story home

Considered one of the largest sources of environmental pollution in the world, it’s no secret that the construction industry is in need of a ...

Read More

Rotterdam becomes home to the world’s largest floating office

While Rotterdam is typically known for hosting Europe’s biggest port, the second largest Dutch city is also famous as a forerunning innovator in climate ...

Read More

For the first time ever, Greece meets energy demands with 100% renewables

The other week, Greece celebrated an exciting milestone! All of the country’s electricity needs were met by renewable energy for the first time, as ...

Read More