Electric Vehicles: What Can We Do With The Growing Number Of Dead Batteries?
BBC Focus - Science & Technology|July 2021
What will happen to the batteries when the first generation of electric vehicles reach the end of their lifespans in around a decade? Are they bound for the scrapheap, or can they be salvaged?
Rob Banino
Electric Vehicles: What Can We Do With The Growing Number Of Dead Batteries?

Combustion-engine vehicles are viewed as enemies of the environment and it’s easy to see why. By burning fossil fuels, every motorcycle, car, van and lorry adds to air pollution and contributes to climate change. It’s why governments are encouraging drivers to switch to more environmentally friendly electric vehicles (EVs). But while combustion-engine vehicles are an enemy in terms of emissions, they’re currently more of an ally when it comes to recycling.

The lead-acid batteries found in combustion-engine cars are easily and widely recycled, says Dr Daniel Reed, a lecturer in materials chemistry at the University of Birmingham. “Lead-acid batteries are the most recycled consumer product globally. [The technology is] mature and standardised so it doesn’t matter who makes your battery or which car you own because the battery conforms to certain regulatory specifications.”

The simplicity of lead-acid batteries also helps. They contain relatively few materials (lead for the electrodes, sulphuric acid for the electrolyte, and polypropylene to encase everything), each of which can be easily separated and sold.

The lithium-ion batteries used in EVs are almost the exact opposite.

“In a lithium-ion battery, you’ve got about 10 different components that are interspersed as tiny composite materials, as well as fluorinated polymers, fluorinated electrolytes and fluorinated solvents, all which are a complete nightmare to separate,” says Prof Andrew Abbott, a physical chemist at the University of Leicester.

هذه القصة مأخوذة من طبعة July 2021 من BBC Focus - Science & Technology.

ابدأ النسخة التجريبية المجانية من Magzter GOLD لمدة 7 أيام للوصول إلى آلاف القصص المتميزة المنسقة وأكثر من 9,000 مجلة وصحيفة.

هذه القصة مأخوذة من طبعة July 2021 من BBC Focus - Science & Technology.

ابدأ النسخة التجريبية المجانية من Magzter GOLD لمدة 7 أيام للوصول إلى آلاف القصص المتميزة المنسقة وأكثر من 9,000 مجلة وصحيفة.

المزيد من القصص من BBC FOCUS - SCIENCE & TECHNOLOGY مشاهدة الكل
Do We Finally Know How the Egyptian Pyramids Were Built? - A number of breakthrough studies are beginning to paint a picture of how these wonders of the world were built, but much of the story still remains a mystery...
BBC Science Focus

Do We Finally Know How the Egyptian Pyramids Were Built? - A number of breakthrough studies are beginning to paint a picture of how these wonders of the world were built, but much of the story still remains a mystery...

A number of breakthrough studies are beginning to paint a picture of how these wonders of the world were built, but much of the story still remains a mystery...How the Egyptian pyramids were built has long been a mystery. Constructed as tombs for the pharaohs over 4,000 years ago, more than 100 of them remain. The largest one, the Great Pyramid of Giza, was originally 147m tall (482ft). It's made up of about 2.3 million stone blocks, each weighing between 2.5 and 15 tonnes, and would have had to be transported to the building site and lifted into place with techniques available at the time. To put this into context, it's akin to lifting a double-decker London bus to the top of St Pauls Cathedral a few million times.

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An Artificial Heart Inspired by Plumbing - Mechanical circulation could revolutionise transplant design and reduce waiting lists
BBC Science Focus

An Artificial Heart Inspired by Plumbing - Mechanical circulation could revolutionise transplant design and reduce waiting lists

Mechanical circulation could revolutionise transplant design and reduce waiting lists. In July, this artificial heart was successfully implanted, for the first time, into a patient with end-stage heart failure. Built by The Texas Heart Institute (THI) and BiVACOR, the replacement organ has been dubbed the Total Artificial Heart (TAH). Although, being an implant rather than transplant, it's designed to temporarily support patients while they wait for a real heart transplant.

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BBC Science Focus

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BBC Science Focus

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BBC Science Focus

Major Stonehenge discovery deepens mystery around ancient monument

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BBC Science Focus

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BBC Science Focus

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