The next time you find yourself in nature, away from the hustle and bustle of the city, take a deep breath of fresh, pure air. This refreshing breath is made imaginable through the trees that surround it. According to the USDA, when trees go through photosynthesis, they convert polluting carbon dioxide into the pure, important oxygen we want to live in.
Today, our cars and machines fill the air with carbon emissions from cars. But scientists foresee a long term in which cars purify the air with the same success as trees. Euro News reports that Dutch academics have invented an electric car made with recycled fabrics that automobilebon from the air.
The car, designed by academics at Eindhoven University of Technology, has a top-down design that is environmentally friendly and reduces emissions. -life phase,” Jens Lahaijie, a member of the team that produced the car, told Euro News.
To this end, the car’s sports frame is made almost entirely from recycled plastics passed through a 3D printer and the engine is powered by a lithium-ion electric battery. Clean Technica explains that through 3D printing, the team was able to produce portions in the precise way required, with very little waste. Since approximately 2 billion tires end up in the trash each year, the academics also partnered with Black Bear Carbon to source recycled black carbon for tires.
Even beyond its driving function, this car contributes to the environment. The entire chassis is designed to be easily recyclable. In addition, solar panels installed on the roof of the car allow it to act as an external solar energy source for a house. . It’s like having a solar battery parked in the driveway.
Zero-emission mobility According to Reuters, electric cars produce near-zero CO2 emissions when driven. However, the downside of those batteries is that the procedure required to create battery cells for electric cars is still very polluting. The Dutch team sought to design a car that also nullifies the effects of emissions manufacturing.
In order to offset the car’s charge by creating the lithium-ion batteries, the team supplied the car with two filters. According to Euro News, those filters can capture two kilograms (about 4 and a half pounds) of car dioxide each and every 18,000. miles or so. That may not sound like much (it’s about 1/12 of the average axis effectiveness), but the team is confident they can scale the filter’s capacity.
The team is now traveling around the U. S. The U. S. government is asking for Zero-Emission Mobility to promote its model, which they call ZEM for Zero-Emission Mobility, and share their vision for the future. Create charging stations for electric cars that also have the ability to empty CO2 filters. “Our ultimate goal is to create a more sustainable future,” Lahaijie told Reuters.
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