Smartphone batteries emit over 100 toxic gases: Study

Batteries found in billions of consumer devices such as smartphones and tablets produce more than 100 potentially deadly gases.
A new study warns that batteries found in billions of consumer devices such as smartphones and tablets produce more than 100 potentially deadly gases.
The study found that more than 100 toxic gases released by lithium batteries, including carbon monoxide, can cause strong irritation to the skin, eyes and nasal passages and damage the wider environment.
Researchers at NBC Defense Research Institute and Tsinghua University in China say many people may not be aware of the danger of overheating, damage or using a reputable charger to charge.
In this new study, they studied a type called \"lithium-
Ion \"batteries are placed in 2 billion consumer devices every year.
Now, lithium.
Many governments around the world are actively promoting ion batteries as a viable energy solution that powers everything from electric vehicles to mobile devices, \"Sun said, leading author and professor of NBC Defense Research Institute. \"The lithium-
Millions of households use ion batteries, so the public must understand the risks behind this energy source, \"Sun said.
Sun and her colleagues found several factors that could lead to an increase in the concentration of toxic gases emitted.
For example, a fully charged battery will release more toxic gas than a battery that charges 50.
The chemicals contained in the battery and their ability to release the charge also affect the concentration and type of toxic gases released.
Identify the resulting gases and the reasons for their emissions, and give manufacturers a better understanding of how to reduce toxic emissions and protect the wider public, such as lithium-
Ion batteries are used in a wide range of environments.
\"This hazardous substance, especially carbon monoxide, if they leak in a small and sealed environment, has the potential to cause serious damage in a short period of time, such as the interior of a car or aircraft compartment, \"said Sun.
Almost 20,000 of lithium
In this study, the ion battery was heated to the burning point, causing most devices to explode and emitting a series of toxic gases.
In the real world, for example, if the battery is overheated or damaged in some way, the battery may be exposed to this extreme temperature.
Researchers now plan to develop a detection technology to improve the safety of lithium.
Therefore, ion batteries can safely power future electric vehicles.
\"We hope this research will enable lithium
\"The Ion battery industry and the electric vehicle industry will continue to expand and develop with a greater understanding of potential hazards and ways to solve these problems,\" Sun concluded . \".
The study was published in the journal Nano-energy.