Scientists have discovered a new technology that can recover up to 80% of old lithium mobile phone batteries

Japanese researchers have developed a new technique to revive degraded lithium-ion batteries that could revolutionize the energy industry. This procedure involves injection Specific chemicals, such as lithium naphthalene, which restores up to 80% of the battery's original capacity. Given the increasing reliance on these batteries in a wide range of electronic devices and vehicles, this technique can significantly reduce environmental impact by reducing the need to produce new batteries and reducing the extraction of natural resources.

The method developed by Toyota not only restores the capacity of batteries Extends its useful life, which represents a double benefit. The performance of this technique has been tested on batteries of different sizes and has shown promising results in maintaining the recovered capacity after several charge and discharge cycles. The discovery is important for addressing future battery demand increases due to the electrification of transportation and could alleviate pressure on lithium resources, for which demand is growing exponentially.


However, this method has its limitations as it is not effective in batteries with severe structural damage. Further research is needed on the compositions of reactors and their compositions Concentrations to maximize recovery potential. Furthermore, the importance of conducting long-term studies to assess the side effects of chemical injections is highlighted, indicating a cautious path toward wider use of this technology.

At a time when society faces significant environmental and resource challenges, this advance reflects hope for the sustainable management of lithium-ion batteries. The ability to recycle and recycle batteries more efficiently will revolutionize e-waste management and reduce environmental impact. The acquisition of the patent and support for funding demonstrate the commercial and environmental potential of this technology, a step forward in the search for more sustainable solutions for the circular battery economy.

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