A Calgary startup has figured out a way to capture carbon dioxide gas inside concrete, asphalt and plastic.
By doing so, Carbon Upcycling Technologies says it's also making those materials stronger.
"The concrete, for example … we're seeing in our results up to 20 per cent increase in strength," Luke Carson, the company's director of research and business development, told the Calgary Eyeopener on Monday.
"So the application there is companies would be able to achieve better load-bearing requirements with the same material or meet those standards with less [material]."
Carson said the technology could also increase the lifetime of asphalt roads in Canadian cities that experience a lot of freezing and thawing throughout the winter.
CO2 'locked' in
However, Carson said the results are already very encouraging — especially when it comes to keeping the CO2 gas locked inside solid materials.
To do that, the company invented a nanomaterial that captures the gas and locks it away, like a safe. The nanomaterial is then mixed into concrete, asphalt and plastics during the manufacturing process.
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"We've done tests where you basically just put the material in an oven and you bake it and you see what happens with the mass that gets released. And we've seen that up to 150 C the carbon stays locked inside."
Carbon Upcycling Technologies is looking to partner with companies that produce concrete, asphalt and plastics so that it can test its technology on their products.
With files from the Calgary Eyeopener