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How eBay is Encouraging Refurbished Tech to Reduce E-waste

How eBay is Encouraging Refurbished Tech to Reduce E-waste

Here’s a weird fact. There are currently a little over 8 billion people on the planet, yet there are about 16 billion mobile phones. Convenient maths shows us that means every single person on the planet has on average two phones.

Even more startling is the fact that, according to the international Waste from Electrical and Electronic Equipment (WEEE) Forum, more than 5 billion of those will be thrown away this year and head to e-waste.

That is despite the fact that these devices contain valuable resources including gold, silver, copper, and palladium. Estimates put the value of these precious metals dumped each year at more than US$10 billion.

It’s not just mobile phones that are the issue, all electronic waste – from laptops to smart TVs – is a pressing issue that needs addressing.

In the UK alone, two million tonnes of e-waste is discarded each year. That’s according to Mark Monte-Colombo, Head of Refurbished Technology for eBay UK, who says refurbished technology can support a circular economy and enhance accessibility.

“Globally, a significant surge in electronic waste is expected to reach 74.7 million tonnes by the end of the decade,” Monte-Colombo tells Sustainability.

“However, the good news is that increased interest in refurbished technology can help to drastically reduce waste. For example, on eBay UK, through the sale of refurbished products, we avoided over 2.8 million kg of waste in 2022, which is equivalent to over 23.5 million phones being spared from landfills.”

 

Growing Demand for Refurbished to Reduce Costs and Waste

Refurbished technology refers to any tech product that has been used and returned, either to the original business or an approved reseller, for repairs or vetting before being resold.

People return technology for various reasons: perhaps the item is pristine but the customer had a change of mind within the returns window, sometimes items are returned due to marks or wear, many returns fall under what eBay calls ‘open box’ – meaning the item is pristine but not in its original packaging. On top of that, retailers offer trade-in schemes to help people upgrade their tech.

Monte-Colombo says momentum is growing for refurbished technology. More and more brands are seeing the value in refurbished products, and eBay now features over 150 leading brands in its refurbished category, such as Dyson, Samsung, and Apple.

“We understand how crucial it is to partner with major companies to extend the lifespan of electronic devices, reduce waste, and promote a circular economy,” he says.

“Looking ahead to 2024, I’m anticipating continued momentum for refurbished products.
Despite challenging times, consumers still genuinely care about the environment. Nearly a third (32%) of UK consumers we surveyed confirmed they’d purchase pre-loved or refurbished items because it’s better for the environment.”

 

 

Switching to Refurbished Drives Circular Economy

Refurbished technology is clearly resonating with consumers, with price being an important factor. Any stigma associated with ‘refurbished’, ‘second hand’, or ‘used’ is also being dispelled, largely thanks to mobile phones providing a “gateway” into the market.

Monte-Colombo says the frequent turnover of devices with contract upgrades has seen a constant influx of relatively new mobile devices becoming available as refurbished.

The resale of pre-loved and refurbished goods on our global platform conserves resources and reduces waste,” says Monte-Colombo. “In 2022, we avoided 73,000 metric tons of waste globally through buying and reselling on the platform.

“Refurbishing requires significantly less energy compared to manufacturing new products. Our Refurbished category extends the lifecycle of electronic products and diverts them from landfills, helping shoppers reduce their environmental impact.

“With these environmental benefits, more consumers and businesses switching to refurbished vs new will enable a circular economy model.”

 

How Businesses can Benefit From Choosing Refurbished

There is still work to do to shift consumer attitudes from considering refurbished products as an afterthought to a first thought. To shift this perception, promoting the value and quality of refurbished tech products and their reduced environmental impact is essential.

Monte-Colombo says another significant challenge is educating consumers about electronic recycling and reducing barriers to recycling electronics that no longer function and cannot be repurposed.

“There’s also a real opportunity for businesses to invest in refurbished technology vs new, a trend we’ve already observed gaining traction,” he says.

“Nearly 60% of UK businesses actively opt for refurbished hardware over a new device. With many businesses setting sustainability goals, transitioning to refurbished technology can effectively help achieve these objectives.

For me, the future is refurbished. In 2024, we’ll see sustained consumer demand for refurbished tech. I’m excited to see the continued shift to a more sustainable future.”

 

 


 

 

Source  Sustainability

Green IT for a Greener Future

Green IT for a Greener Future
Exploring a Green IT strategy isn’t solely about cost and carbon reduction – it’s a pledge to stakeholders

Tell us about Doji?

Doji offers innovative Green IT solutions that empower businesses and individuals to cut emissions and costs through a circular approach. Our unique marketplace, with operations in the U.K. and Brazil, connects enterprises and individuals, enabling them to secure certified refurbished devices and explore options like selling, trading, donating, or recycling existing tech, all with an eco-friendly process while tracking emissions.

We advocate for verified refurbished devices, helping users lower expenses and emissions while advancing Net Zero goals. This showcases our commitment to sustainable consumption and positions Doji as a leader in driving an environmentally conscious future.

How Serious is the Electronic-Waste Challenge?

E-waste, dubbed a ‘tsunami’ by the UN, is the world’s fastest-growing waste stream. In 2021, it hit 57.4 million tonnes, exceeding the Great Wall of China’s weight. Alarmingly, user devices, including smartphones and tablets, emit 1.5 to 2.0 times more carbon than data centers (1). These emissions are projected to increase by 12.8% annually (2), with around 75% arising from manufacturing, transportation, and disposal. Doji tackles this by enabling longer tech device lifecycles.

How Does Doji Aid Organizations in Lowering IT Carbon Footprint and Gaining Benefits?

A rapid and effective way to slash IT Carbon emissions is through a Green IT strategy for tech procurement, where Doji excels.

Doji offers top-quality certified refurbished business devices, negating the need for new ones that generate 70-80% more CO2, primarily in manufacturing. Refurbished IT offsets ‘CO2 costs’ during production over extended use, reducing waste and enhancing environmental balance.

Companies can also recycle old tech through Doji—selling, trading in, recycling, or donating through Doji’s charity partners. Doji also provides carbon accounting, offset projects, and tools for sustainable workplace consumption through its partners.

Overall, the Green IT strategy enhances company reputation, furnishes budget-friendly top-notch hardware, and frequently yields significant savings while also driving positive environmental and social impact.

Besides sustainability, quality, and cost, what should IT decision-makers consider when exploring refurbished IT, especially with Doji

IT leaders should focus on certified data deletion, strong customer service, transparent practices, and supplier commitment to sustainability when opting for refurbished IT. At Doji, sustainability is our driving force for business success, championing a profound shift toward a more environmentally conscious future.

And finally, what does Doji mean, and why did you choose it?

Originating from Japanese candlestick charting, my co-founders and I, who met while studying at the University of Oxford, chose ‘Doji as it symbolizes price equilibrium between buyers and sellers, reflecting our commitment to fairness for all parties, including the environment.

How Does Doji Aid Organizations in Lowering IT Carbon Footprint and Gaining Benefits?

A rapid and effective way to slash IT Carbon emissions is through a Green IT strategy for tech procurement, where Doji excels.

Doji offers top-quality certified refurbished business devices, negating the need for new ones that generate 70-80% more CO2, primarily in manufacturing. Refurbished IT offsets ‘CO2 costs’ during production over extended use, reducing waste and enhancing environmental balance.

Companies can also recycle old tech through Doji—selling, trading in, recycling, or donating through Doji’s charity partners. Doji also provides carbon accounting, offset projects, and tools for sustainable workplace consumption through its partners.

Overall, the Green IT strategy enhances company reputation, furnishes budget-friendly top-notch hardware, and frequently yields significant savings while also driving positive environmental and social impact.

Besides sustainability, quality, and cost, what should IT decision-makers consider when exploring refurbished IT, especially with Doji

IT leaders should focus on certified data deletion, strong customer service, transparent practices, and supplier’s commitment to sustainability when opting for refurbished IT. At Doji, sustainability is our driving force for business success, championing a profound shift toward a more environmentally conscious future.

And finally, what does Doji mean, and why did you choose it?

Originating from Japanese candlestick charting, my co-founders and I, who met while studying at the University of Oxford, chose ‘Doji as it symbolizes price equilibrium between buyers and sellers, reflecting our commitment to fairness for all parties, including the environment.

 

 


 

 

Source  Sustainability

Singapore startup claims breakthrough in Lithium-ion battery recycling

Singapore startup claims breakthrough in Lithium-ion battery recycling

A Singapore-based startup claims to have found a solution to the world’s electronic waste problem—a new way to recycle the rechargeable batteries that power portable electronics and electric vehicles.

The company, called Green Li-ion, says its technology can recycle Lithium-ion (Li-ion) batteries much faster than conventional processes, using less energy and producing less waste. It is touted as the only technology in the world capable of fully recovering the precious metals in the cathode component of batteries.

Green Li-ion says its GLMC-1 system could be a game-changer for electronics manufacturers and the energy storage industry, which faces a looming waste crisis and increasing scrutiny from regulators.

Some two million metric tonnes of Li-ion battery waste is projected to be generated annually by 2030 as demand for portable gadgets and electric cars balloons.

The lifespan of Li-ion batteries is typically one to three years, and 95 per cent of portable power packs end up in landfill as flammable toxic waste that can contaminate soil and groundwater.

Though recyclable, Li-ion batteries are difficult and expensive to recycle, and the electronics industry has focused on extending battery life and charge capacity rather than recyclability.

Green Li-ion’s technology can recover precious metals two to three times faster than conventional recycling methods and produce recycled content that is freer of impurities.

Typically, electronics recyclers need to ship battery waste to Japan, the global hub for the battery industry, where the precious metals are separated and recovered. Green Li-ion’s technology uses a chemical process that does not separate out the metals, so the raw material can be re-used in a fraction of the time.

The chemical process used is a special form of co-precipitation, a method for refining chemicals.

The technology is also unique in that it can handle various types of Li-ion batteries, so no sorting is required.

The GLMC-1 system increases the efficiency of battery recycling by more than 200 per cent with a carbon footprint that is eight times lower than if the raw materials were mined, its developers say.

An individual machine can process two tonnes of spent batteries a day, costs in the region of US$2 million and takes around six months to install.

The technology was developed by Dr Reza Katal, who graduated from the National University of Singapore with a doctorate in environmental engineering in 2016, and co-founded Green Li-ion in February this year.

It is backed by NUS Professor Seeram Ramakrishna, who chairs the university’s Circular Economy Taskforce. He said the system is noteable for driving recycling efficiency and lowering the carbon footprint of recycling technologies.

Green Li-ion raised US$400,000 in pre-seed funding from investors including incubator Entrepreneur First, and says it is in talks with a number of e-recyclers in Singapore to get its machines up and running.

“We’re modest but ambitious,” Green Li-ion co-founder Leon Farrant told Eco-Business. “We want to have three machines deployed in 2021. And we want to sell 93 machines by 2025, which would cover all of the world’s major recycling locations globally.”

Farrant said that he hopes to have a machine operational in Singapore ahead of the introduction of a planned extended producer responsibility (EPR) scheme next year, which makes electronics manufacturers responsible for the collection and recycling of their products after they’ve been used.

 


 

By Robin Hicks

Source: Eco-business