New ‘Cooling Paper’ Is A 100% Recyclable, Electricity-Free AC Replacement - International Burch University
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New ‘Cooling Paper’ Is A 100% Recyclable, Electricity-Free AC Replacement

Yi Zheng, associate professor of mechanical and industrial engineering, created a new recyclable material that can be used to cool down buildings without relying on conventional cooling systems. Photo by Ruby Wallau/Northeastern University

When the summer heat takes over, air conditioning becomes more of a necessity than a luxury. That’s why 87% of homes in the US use air conditioners, according to statistics by the US Energy Information Administration, with homeowners willing to cough up the extra US$265 per year, on average, to cool down.

Alas, AC units aren’t the most economical or eco-friendly devices for everyday life—so what are people to do besides turn on the AC or place an icebox in their homes, just like the days of yore?

A new material invented by Yi Zheng, a nanomaterials expert and associate professor of mechanical and industrial engineering at Northeastern University, might be the solution. As implied by its name, ‘Cooling Paper’ is indeed constructed from paper, ensuring an electricity-free alternative for fossil fuel-heavy air conditioning. Made from recyclable paper, it’s even 100% recyclable without losing effectiveness.

Zheng recommends lining Cooling Paper on rooftops, as the porous microstructure of its fibers is able to bounce the sun’s rays away while absorbing warmth from the interior and rechanneling it elsewhere. The material can lower a room’s temperature by up to 10 degrees Fahrenheit, he said.

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As reported by Good News Network, the idea came to the scientist when he chanced upon a bucket of used printing paper, which made him wonder, “How could we simply transform that waste material into some functional energy material, composite materials?”

To create Cooling Paper, Zheng placed leftover paper into a high-speed blender from his own kitchen and turned it into a pulp. He then combined it with the material that predominantly makes up Teflon. The end result is a water-repellant paper that can be used to cover homes.

To his surprise, the Cooling Paper performed just as well as the first time around after recycling. “I was surprised when I obtained the same result,” the scientist said. “We thought there would be maybe 10%, 20% of loss, but no.”

Image via Ruby Wallau/Northeastern University

Source: https://designtaxi.com

Department of Graphic Design and Multimedia