E-Waste Is Growing 5x Faster Than It Can Be Recycled, Says UN (theregister.com) 74
According to a United Nations report, humans are producing electronic waste almost five times faster than we're recycling it. "While e-waste recycling has benefits estimated to include $23 billion of monetized value from avoided greenhouse gas emissions and $28 billion of recovered materials like gold, copper, and iron, it also comes at a cost -- $10 billion associated with e-waste treatment and $78 billion of externalized costs to people and the environment," reports The Register. "Overall, this puts the net annual economic monetary cost of e-waste at $37 billion. And this is expected to reach $40 billion by 2030 if improvements in e-waste management and policies aren't made." From the report: The 2024 Global E-waste Monitor (GEM) [PDF] was prepared by the UN's International Telecommunication Union (ITU) and the UN Institute for Training and Research (UNITAR). The report reveals that annual generation of e-waste -- discarded devices with a plug or battery -- is growing at a rate of 2.6 million metric tons per year (a metric ton is equivalent to roughly 2,204.62 pounds -- all units in this story are metric) and is expected to reach 82 million tons by 2030, from 62 million tons in 2022. Those 62 million tons, the report suggests, would fill 1.55 million 40-ton trucks, which would roughly encircle the equator -- if you parked them end-to-end and paved the relevant oceans. And that's to say nothing of the economic consequences of taking so many trucks out of service and disrupting global shipping routes with an equatorial parking structure, so let's not.
Of the 62 million tons of e-waste generated globally in 2022, an estimated 13.8 million tons was documented, collected, and properly recycled. Another 16 million tons is said to have been recycled through undocumented channels in high and middle-income countries with developed waste management infrastructure. A further 18 million tons, it is estimated, was processed in low and middle-low income countries without developed e-waste management systems -- through which toxic chemicals get released. And the final 14 million tons are said to have been thrown away to end up mainly in landfills -- also not ideal.
The rate of e-waste creation and recycling varies by region. In Europe, per capita e-waste generation is 17.6 kg and recycling is 7.5 kg. In Oceania, it's 16.1 kg and 6.7 kg respectively. In the Americas, it's 14.1 kg and 4.2 kg. The annual average formal collection and recycling rate in Europe is 42.8 percent, compared to 41.4 percent in Oceania, 30 percent in the Americas, 11.8 percent in Asia, and 0.7 percent in Africa. The report calls for stronger formal e-waste management and for policy makers to make sure that initiatives to promote renewable energy don't end up undermining environmental concerns. It notes, for example, that e-waste from photovoltaic panels -- to generate solar power -- is expected to quadruple from 0.6 million tons in 2022 to 2.4 million tons in 2030.
Of the 62 million tons of e-waste generated globally in 2022, an estimated 13.8 million tons was documented, collected, and properly recycled. Another 16 million tons is said to have been recycled through undocumented channels in high and middle-income countries with developed waste management infrastructure. A further 18 million tons, it is estimated, was processed in low and middle-low income countries without developed e-waste management systems -- through which toxic chemicals get released. And the final 14 million tons are said to have been thrown away to end up mainly in landfills -- also not ideal.
The rate of e-waste creation and recycling varies by region. In Europe, per capita e-waste generation is 17.6 kg and recycling is 7.5 kg. In Oceania, it's 16.1 kg and 6.7 kg respectively. In the Americas, it's 14.1 kg and 4.2 kg. The annual average formal collection and recycling rate in Europe is 42.8 percent, compared to 41.4 percent in Oceania, 30 percent in the Americas, 11.8 percent in Asia, and 0.7 percent in Africa. The report calls for stronger formal e-waste management and for policy makers to make sure that initiatives to promote renewable energy don't end up undermining environmental concerns. It notes, for example, that e-waste from photovoltaic panels -- to generate solar power -- is expected to quadruple from 0.6 million tons in 2022 to 2.4 million tons in 2030.
Windows 11 is to blame (Score:2)
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Indeed. This is a problem that is driven by greed and carelessness.
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Re:Windows 11 is to blame (Score:5, Insightful)
Re:Windows 11 is to blame (Score:4, Interesting)
entire economy depends on you throwing shit away
That makes it sound like it is deliberate instead of a side effect of making everything actually affordable. Adjusting for inflation, a decent TV was equivalent to $8,000, so it's definitely going to be considered for repair. Also, easier to repair because the process of making it cheap also made fewer circuit boards and more consolidated components into little parts.
I remember when my family just couldn't have these things because they were impossibly out of reach.
We certainly have a problem with ewaste, but pining for the days when only the rich had any access at all isn't exactly a great solution either.
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The $8k equivalent TV listed above used vacuum tubes. TVs have been more or less unrepairable since they stopped using tubes. No one is desoldering ICs to fix a problem. And that range...come on dude, I grew up in the appliance business, used to do service calls as a kid. Today's refrigerators are better, today's washing machines would be except for EPA-like crap like not letting the tubs fill, today's electric ranges have better elements, most of them have the glass top crap so they are easier to clean
Re: Windows 11 is to blame (Score:3)
I wasn't exaggerating when I said growing up we couldn't afford this stuff. I corrected for inflation, appliances and electronic everything are relatively dirt cheap now. Stagnate wages with inflation for food and housing has been a struggle, but access to cheap technology is more available than it ever has been.
As to your example, it is true that every 75 year old appliance that still works has outlasted every new appliance that has failed. It's called survivorship bias. For so long as I can recall peop
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Windows 11 is not to blame (Score:2)
Total e-waste: 62 million tonnes
Small IT and telecommunication equipment category (e.g. laptops, mobile phones, GPS devices, routers): 4.6 million tonnes
So laptops are less than 7.4% of all e-waste. And most people who do have a computer have a laptop instead of a desktop.
https://www.unitar.org/about/n... [unitar.org]
But yes, switching to Linux instead of buying a new computer is the way to go. Though most people can't install an OS, so the year of the Linux desktop is waiting for a major company to ship computers with
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actually, people being too lazy to take an hour out of their day to recycle their waste is about the same as people being too lazy to take 10 minutes to look into the most basic facts of an issue before they voice an opinion is to blame
people are lazy and problems shared among all people means nobody or anything specific is "at fault"
Mandatory... (Score:5, Insightful)
How about we require manufacturers to make everything more durable & repairable. Require parts designs to be openly available to open up competition from 3rd party manufacturers & repairers. Create new jobs in support, servicing, & repair. Those are the kinds of jobs that are skilled & difficult to offshore. This should make local economies stronger.
Also ban most single use items such as fast food packaging, plastic bags, fresh produce packaging, etc.. These create mountains of waste that's unnecessary & close to impossible to dispose of sustainably & as a result pollute our water, air, & food. I you want to eat out, go to a restaurant or café where they use plates, glasses, & cutlery that they re-use. When there's enough routine demand, eating out becomes much more affordable. It can also be a lot healthier rather than making ourselves sick on ultra-processed fast foods from places like McDonald's, Burger King, KFC, etc..
We've tried "leaving it to the markets" & deregulation & offshoring & look where it's taken us. Obviously, corporations aren't going to look out for our interests until we require them to. It no even that radical an idea; it's only extending existing laws & regulatory frameworks already in place & manufacturers will have to adjust their practices accordingly. It's that simple.
You know, when our civilisations are facing existential threats.
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Sure, this would be fixable. But the will to do so is not there. Just look, for example, at the minimal outrage so far at Win11 making a massive amount of perfectly good PCs obsolete.
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...deposit schemes (i.e. bring your defective/broken items back to any electronics retailer for return on the deposit you paid when you bought it), & lifetime support guarantees for all electronic items (i.e. software support & parts for a minimum number of years, e.g. 20 years for a PC) would be a start. Stop treating electronics as if they were disposable. They're not.
Given the discounts we often see pushed from greedy smartphone vendors playing the narcissistic game of perpetually pressuring consumers into the latest and greatest every year, I’d say a society full of narcissists that responds well to that is pretty well-versed on the fact that their $1000 smartphone is still worth hundreds when the trade-in offer comes 12 months deep into a 36-month contract.
I agree there should be costs to bear, but perhaps not on the part of the consumer. Tax and fine the livi
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How about we require manufacturers to make everything more durable & repairable.
We need to first require consumers to give a shit. I just spent an hour on the weekend talking someone out of upgrading a perfectly fine and performant computer simply because the person said "it's 4 years old now!" and assumed that meant it was time to throw it out.
Repairability is not relevant if consumers don't fix things. You can see this most prominent in the mobile phone battery debates. There is not a phone on the market which doesn't have a replaceable battery. Not a single one. You personally may n
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Re:Just wait for EV batteries ..... (Score:5, Informative)
Just wait for EV batteries from current and future Ev's need changing out and disposing of !! And their batteries are huge compared to phone, computers etc batteries !!! And Biden is pushing for more EV's !
FUD.
By volume EV batteries are massively easier to recycle than almost any other e-waste. They're relatively uniform in construction and - as you say - huge. Reclaiming some copper from a cell phone SoC involves a bunch of caustic chemicals to get at it. Reclaiming some lithium from a battery pack is comparatively easy. That's disregarding as-is cell reuse, where a car battery pack is disassembled and viable cells are repurposed for things like power grid storage, where it doesn't matter if the cell is down to 60% of its original holding capacity.
EVs may not be perfect, but the worry about what to do with battery packs isn't justified.
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We know what you said. Repeating it doesn't make it any less stupid.
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EV batteries are massively easier to recycle than almost any other e-waste.
Depends, are they a typical pack made with a relatively small number of prismatic cells? Or are they one of these bullshit packs made by Tesla with 403875342087 connections because they are made out of a shitload of little cells? Even in fucking R/C cars we don't use cylindrical cells any more and haven't for decades, packs are all made out of pouches (usually 2-4 of them) instead of cylinders (which required 6-12 cells.) People lauded Tesla for their use of existing technology but those packs are a big par
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EV batteries are massively easier to recycle than almost any other e-waste.
Depends, are they a typical pack made with a relatively small number of prismatic cells?
Why the heck would you try to build a car battery that way? You'll never be able to get adequate cooling with that sort of design, and the battery life expectancy will suck. Don't believe me? Look at the original Nissan Leaf to see just how well a battery pack without active cooling holds up in the real world.
Or are they one of these bullshit packs made by Tesla with 403875342087 connections because they are made out of a shitload of little cells? Even in fucking R/C cars we don't use cylindrical cells any more and haven't for decades, packs are all made out of pouches (usually 2-4 of them) instead of cylinders (which required 6-12 cells.)
You can get away with not having active cooling when you have a small number of pouch cells. You can't get away with that when you're talking about a 300V to 400V pack that gets charged at up to a
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The Chevy Volt has the type of packs that you describe, but the total # of EVs sold with that style packs is small compared to how many Tesla has sold.
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I talked about the Tesla packs too but around 50% of their vehicles sold in the USA have prismatic LFP cells in them, or did last I checked anyway. So they actually make both batteries which are expensive to recycle, and batteries which are cheap to recycle.
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Extracting a but of lithum isn't the entire story though is it. There is all the plastics in substrate and casing materials that its almost a safe bet just like is largely being decided about soda bottles and everything else today will be declared 'not worth the trouble' and go to landfill. While the ecologic costs of havesting the Li in the first place are ignored.
EVs are going to be worst ecological things to happen since well ICE-Vs. Its trading one sat of problems for a different one largely.
Oh and le
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Not FUD.
While battery cells are MUCH easier to recycle than other e-waste, the process is either extremely wasteful or extremely costly depending on the recovery method. The most popular method (because it's less labor intensive and thus cheaper) is to shred the batteries, melt the shreds into a black mass, and then use toxic chemicals to separate/recover the more valuable materials. Of course, there's nothing inherently bad about using toxic chemicals when they're used under strict regulation and enforceme
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Are you stupid or just an asshole? Well, you can be both...
tesla battery cooling fix 16K and you don't get (Score:2)
tesla battery cooling fix 16K and you don't get to keep the old one to sell on your own or 3rd party shop repair less then $1000
My guess (Score:2)
Right to repair (Score:5, Insightful)
This is why things like right to repair laws are required. It should be entirely up to end users when they want to stop using the devices they'd paid for. I had to take some rubble to the local tip recently and was dismayed to see the amount of computer towers in the recycling skips. Some of which looked relatively new ! My local tip is really good at recycling computer hardware but still...
It's also why, when a manufacturer stops supporting a particular version of software, they should be legally obliged to open source the code and file formats. That way people who are using the software can decide whether to keep it running on the hardware they already have. Either by themselves or by paying a third party. It would also stop vendor lock in via the use of deliberately obscure binary file formats.
The entire IT industry needs a good hard slap round the head with regard to their "forced obsolescence, buy more shit" business model - especially when this is done via completely arbitrary O/S version requirements.. Totally environmentally irresponsible.
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You can see it in the materials choices and deployment and assembly strategy everywhere. A simple example everyone can see is home construction. I had a house built in the 50s. Its evidence materials were the cost driver. All the doors are framed by hand, out of pine, the jointing was done on individuals boards and than they got paint.
Now days the entire door would be delivered pre-hung. The quality of the materials that end up in the building it terms of mill-work might be about the same, but there is
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> When the labor and parts of a handyman exceeds the cost to buy a replacement
That's because neither the consumer, nor the manufacturer pays the cost true cost of waste handling/recycling. If you had to pay for the recycling, you might reconsider your choices. Our whole society is built on the fact that you can just bury our trash for future generations at little-to-no cost (notable exception to Japan).
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This is why things like right to repair laws are required. It should be entirely up to end users when they want to stop using the devices they'd paid for.
That's not the answer. You pointed that out in the following sentence when you saw perfectly fine looking computer towers in the tip. The reality is most consumers don't care. They update computers because it's trendy and throw the old ones out. They upgrade their phones because they want a new one, not because their flat battery can't be pulled out (it can, every shopping centre has a small electronics repair shop which will do that for you).
Rampant consumerism is a far larger problem than a right to repai
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I am not sure I agree about going as far as requiring all abandonware to become open source. In many cases, there are complex licensing issues with components, especially with video games.
I think that publishers of commercial software should be required to have any DRM keys to into escrow ahead of publication.. When the software becomes abandonware (f
WHAT?? (Score:2)
Sounds like we have reached a sigularity (Score:3)
WALL-E will have to mostly shovel e-waste, it seems.
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The robots will build themselves from our trash.
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Wall-e literally repaired himself from other dead wall-es
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Yeah, but the robots will go all Inspector Gadget by themselves, beyond repair and into augmentation. We are leaving them endless options.
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The funny (sad?) part about this comment is the reason Wall-E survived for so long is that he pillaged parts from all the other dead Wall-Es laying around in the tip. Remember kids, in the wasteland cannibalism is okay.
Right to repair (Score:3)
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Maybe because "green" is a giant fraud, which has nothing to do with saving the environment? If they actually cared, they'd try to roll back their contributions to making nuclear outrageously expensive; it was 3 cents/kWh at one time, and well on its way to replacing coal. If we had pursued a more sensible technology path with MSRs, electricity would likely be a fraction of a cent/kWh today. Instead, their preferred "renewable" technologies have rapacious mining requirements, obscenely short lifetimes, and
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They are. Environmental concerns are one of the reasons people push for the right to repair.
Sounds Like A Job For The Prison System (Score:3)
Or maybe the unemployed. Too bad our publicly elected official system sucks balls. You expect the general population which requires tens of thousands of laws to govern can make a wise choice as to who will govern them?
No - right to return not right to repair (Score:3)
There needs to be a duty on retailers or manufacturers to accept back ancient electronic stuff. This is to impose the cost where it should be - the firms creating the pollution by selling stuff that will end up dumped. Right to repair doesn't target the polluters so effectively. Yes, of course this will add to the cost of our toys, but we need to accept that we are the polluters to some extent.
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Brilliant (Score:2)
Beer, Pate, and two amazing fictional detectives and now this discovery. Who said the Belgians were uninteresting? ;)
Yet another failure of the one child law. (Score:1)
U What?
Replaceable batteries (Score:2)
I suspect mobile devices are a big part of the problem. IMO, it should be illegal to sell any device that has a non-user-replaceable battery, since dead batteries are a leading reason for tossing a phone. Obviously there could be some exceptions such as medical devices that are implanted in your body, etc. but for run-of-the-mill consumer devices, non-user-replaceable batteries are just evil.
Yes, yes, phones will get thicker and it'll be harder to make them waterproof. Tough luck! That's the price of do
"But that's not cheap!" (Score:3)
I agree with another poster, find a way to put an at-time-of-purchase deposit on most everything. That worked well to keep glass soda bottles from being littered everywhere prior to the 1980s (when they switched to the 2-liter plastic bottle). In fact, I pondered the "return" value being even slightly higher than the deposit (bank interest?)--that would get the plebes even excited to participate.
It's another reason I'm not a fan of all the tech in cars today; no one pays attention to the unintended consequences. My 1960s car is almost completely biodegradable. (I've often wondered what is worse, tailpipe emissions or the e-waste.)
Recyclers that don't recycle (Score:1)
So with many many phone calls I found a private recycler in our area. They had some excuse or anoth
Color me skeptical (Score:2)
If I'm reading the summary correctly, spending $10 billion would recover $28 billion in metals.
I'm skeptical of both numbers. We have 8 billion humans. Surely some greedy industrial tycoon would be interested in doubling his or her money. It's almost as if the people who's money would be on the line have looked at it and decided it's just not that easy.
There have been a flurry of articles recently, some shared here on /., revealing that plastics recycling is not nearly as easy and effective as we were led t
Verizon (Score:4, Insightful)
Locked bootloaders == ewaste.
Same here... I imagine (Score:1)
Store it for future processing and recycling. (Score:2)
The actual volume of scrap is physically modest and of course microscopic compared to space available. Crudely sort where useful then leave it in heaps to process later.
The point of recycling is resource recovery which need not be immediate. As recycling and automation improve it will become cheaper and easier to recycle electronics. Meantime the items can wait and they waste no energy sitting.
Scrapping operations have stored resources for many years in the metals industry, for example auto scrap and salvag
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The actual volume of scrap is physically modest and of course microscopic compared to space available.
Yes. The fine summary had scare quotes about dump trucks circling the globe with no context to how this compares to say, waste from building construction or demolition. In the 80s we were concerned we'd run out of landfills but that problem also turned out to be wildly overstated. If we're going to discuss a problem, let's make sure we all use the same facts and understand the context.
Crudely sort where useful then leave it in heaps to process later.
That's a pretty good suggestion. I often wonder about this. It seems digging up an old landfill ought to be a richer source
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Old landfills have a massive amount of toxic waste.
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Old landfills have a massive amount of toxic waste.
Interesting point. In the vein of my previous comment, define "massive". Is it more or less massive than the toxic waste encountered when mining metals from ore.
I don't know much about iron mining but in that case. From what I understand, you just heat the iron ore in a furnace and out comes pig iron so probably not a lot of toxins (in relative terms). Gold mining, on the other hand, creates pools of toxic waste in its wake.
And for completeness, I'd be interested in knowing how much toxic waste is created w
But lets mandate Electric Vehicles for everyone :| (Score:2)
See title
Windows 11 (Score:1)