Today's day one cannot stay away from their smartphones, dare or think of hammering our beloved phones are next to impossible. Surely! But to conduct an experience scientists at a British University put a smartphone into a blender. Well, this was done to find out what materials are used to make a phone.
Scientists at the University of Plymouth put a phone into a high-tech gadget-- blender machine and blended a mobile phone to dust. They then conducted a chemical analysis of the dissolved remains in order to figure out what quantities of rare or conflict elements go into making a phone.
"Project aims to show the quantities of rare or so-called 'conflict' elements in each phone and encourage greater recycling rates," The University of Plymouth wrote on Twitter handle, sharing a video of the phone being blended.
"To conduct the experiment, the researchers took the blended phone and mixed it at almost 500 degrees Celsius with a powerful oxidizer, sodium peroxide. They were then able to do a detailed analysis of the resulting solution in acid to determine its precise chemical contents," they added.
To conduct the experiment, the researchers took the blended phone and mixed it at almost 500°C with a powerful oxidizer, sodium peroxide. They were then able to do a detailed analysis of the resulting solution in acid to determine its precise chemical contents. #BSW19 pic.twitter.com/Fv3Kbfg8Tf— University of Plymouth (@PlymUni) March 14, 2019
What Scientists find out in the research?
According to Geek, the experiment result showed that the phone used in the tests contained 33g of iron, 13g of silicon, and 7g of chromium, along with 90mg of silver and 36mg of gold. According to researchers, they also found a number of "critical elements" including 900mg of tungsten and 70mg of cobalt and molybdenum, as well as 160mg of neodymium and 30mg of praseodymium.
"We rely increasingly on our mobile phones but how many of us actually think what is behind the screen? When you look the answer is often tungsten and cobalt from conflict zones in Africa," said Dr Arjan Dijkstra, a geologist from the University of Plymouth's School of Geography, Earth and Environmental Sciences.
"There are also rare elements such as neodymium, praseodymium, gadolinium and dysprosium, not to mention quantities of gold, silver and other high-value elements. All of these need to be mined by extracting high-value ores, which is putting a significant strain on the planet."