Ah, teenagers these days. With their love for fast cars and power-hungry gadgets, it shouldn't be too surprising that being environmentally responsible is probably the last thing on their mind. But every once in a while you'll get a youngster who goes way above and beyond the call of duty.
Meet Azza Abdel Hamid Faiad. The 16-year-old Egyptian high schooler has just come up with a way to turn non-biodegradable plastic waste into clean-burning biofuel. Considering that in Egypt about 1 million tons of discarded plastic pile up in landfills each year, her discovery would allow the country convert all that trash into $78 million worth of ethanol annually.
This is all made possible by an catalyst called aluminosilicate. Comprised of aluminium, silicon, and oxygen, aluminosilicate minerals have been used in the past to produce the strong, impact-resistant glass found in helicopters and smartphones. But what Faiad discovered was that, as a catalyst, it can also be harnessed to break down plastic polymers to produce methane, propane and ethane -- all of which can be used as raw stock for producing ethanol. This type of conversion has, though Fiad's idea would generate higher overall yields of ethanol.
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Such a breakthrough “can provide an economically efficient method for production of hydrocarbon fuel namely: cracked naphtha of about 40,000 tons per year and hydrocarbon gases of about 138,000 tons per year equivalent to $78 million,” Faiad explains.
The good news is discoveries like this don't go unnoticed. The 23rd European Union Contest for Young Scientists recently honored her achievements with the European Fusion Development Agreement award and she's also reportedly garnered interest from the Egyptian Petroleum Research Institute.
For now, Faiad is working through the Egyptian Patent Office to copyright and eventually scale up the idea.
This post was originally published on Smartplanet.com