Sweden sends just 1% of its trash to landfills
reasonstobecheerful.world
reasonstobecheerful.world
Halfway down, some controversy is mentioned:
> “Waste-to-energy prevents proper recycling and makes climate change worse.” Vahk is also skeptical about the plants’ safety. “Our recent report found high levels of persistent organic pollutants like dioxins or furans around waste incinerators in three countries.”
And Sweden imports trash to burn, raking in $100m/year in doing so.
I'm not at all against trash incineration, especially if they are capturing the energy, but there a many incentives (financial and feel-good) to paint it one way or another. It's simply a series of tradeoffs that we should be cognizant of.
I'm also not particularly against landfills, which are in a sense merely a form of carbon and pollutant sequestration. Not mentioned in the article is that many landfills also trap that methane gas and then burn it to do more or less the same energy reclamation process, and that this is potentially less energy intensive and less pollutant intensive, since they are not burning plastics etc. It would be nice if they had a comparison.
Tradeoffs everywhere.
I wish every journalist writing about complex environmental topics would just start every first draft with that sentence, and then evolve it into an article.
We, The Public, need to stop giving credit where credit is not due.
Put another way, if your pet barked would you call it a cat? Of course not, yet we allow hacks to pass themselves off as journalists. Such language abuse is Orwellian, at best.
https://www.epa.gov/landfills/municipal-solid-waste-landfill...
I think a lot of us have this childhood mental image that "burning makes stuff go away". But it doesn't!
What are the things that are easier to handle in the air than on the ground?
I feel either I am having a complete and utter intuitive misunderstanding of conservation of mass and stuff, or everybody else is :-D. I feel we are replacing stuff I can touch and move and cover and isolate and manage, with stuff that I now breathe in forever and lands in the water and on plants and people in a completely uncontrolled fashion. It did not magically go away somewhere, right? :-O
Indeed.
Incinerators can emit 2.5 times more greenhouse gasses than coal-fired plants, according to a 2021 Earthjustice report. They emit up to 18 times more lead and 14 times more mercury, along with elevated levels of other harmful emissions, it said. ref: https://www.tampabay.com/news/environment/2022/04/01/burning...
I'm with you in that I'm not unilaterally condemning one method but it'd be helpful to have some progress-based comparisons. eg: Compared to burying, burning reduces % of methane emissions. Outputs of these toxins increases by %, primarily affecting a region of sq mi. Overall, burning [effects] CO2 by %.
You can have crappy, low-tech, poorly-regulated coal plants / landfills / trash incinerators etc. that do worse than the average of examples of the same tech.
The one plant I am directly familiar with is located in a rural, ~100% white area. The others may well be in minority areas.
It's certainly small as a mass fraction of household waste, let's say 0.01%. According to the article, European waste-to-energy plants burn 96 million tons of trash annually. So that's 9600 tons annually of fluorocarbon pollution, which will build up cumulatively in the environment because it effectively never breaks down.
I think that you are referring to a specific subset, fluoropolymers, also called "forever chemicals", like PTFE/Teflon/Goretex. They do not release in the air the most studied PFAS (like PFOA) under controlled condition, but more studies are needed to see if the same happens in commercially run incinerators.
What is the alternative? Landfill. PFAS are more concentrated in landfills, which accept non-incinerated ashes/waste.
What seems to be a valid general guideline for incineration? The higher the temperature, the better.
I found a nice report if you are interested: "Disposal of products and materials containing per- and polyfluoroalkyl substances (PFAS): A cyclical problem"
So the comparison in that situation is between on the one hand to burn trash, and on the other hand putting thash in a landfill and then burning fossil fuels.
Trouble is proper [Plastic] recycling is expensive and rarely done - in UK governmnet pays by the ton for recycling, which mostly consists of companies that pay another poorer country to take our trash, where it is usually not properly disposed of, and it ends up burnt or in the ocean.
Internatuonal trash trade should really be illegal - it is fundamentally uncontrollable, full of fraud and corruption.
I would rather we manage the trash here imperfectly, wherether that's landfilling or burning. At here we can have a handle on it.
Edit - spesified plastic
Especially with plastics. There have been plenty of stories in the past year or two showing that it's basically all been a sham and that it just ends up in the trash.
https://www.npr.org/2020/09/11/897692090/how-big-oil-misled-...
The purity of the recyclables has been a problem and there are companies (like AMP Robotics [0]) working on machine learning to better sort and re-sort recycled material to get it up to a purity that it is actually financially worth using and won't get abandoned and thrown in the trash.
[0] https://www.amprobotics.com/
Edit: Not to say that there isn't intentional deception as well. The most blatant example I have seen in some municipalities is a city that has a "recycling program" to make people feel good but the trash truck comes by and dumps both the trash bin and recycling bin in to the same truck.
Here's an example of one in action https://www.youtube.com/watch?v=dd9-j0rHidU
There is, by ourselves to ourselves. Everyone wants to save the planet, but no one wants to give up their detached single family houses, 2 cars, toys, and trips to Tahiti. Which is why there is no political support for the real solution to the problem - drastic increases in fossil fuel taxes to the point that consumption is drastically curbed.
Who has those things? I'd love to own two cars, one would be electric, but my apartment does not have parking available for two. Tahiti? When? I have a job. I have a cellphone. Those things don't go away. Vacations are for the rich and unemployed/retired. We normals spend our "vacation" days catching up on sleep.
(As I type this I realize that I had totally forgotten that is Friday. Weekends are for rich people. I'm going to be at work tomorrow, except for when I duck out to pick up an amazon package before it gets stolen from my apartment lobby. Amazon delivery drivers don't take weekends off either.)
Here's a classic of the genre from 1996:
https://www.nytimes.com/1996/06/30/magazine/recycling-is-gar...
Notice that even in that, he admits recycling of certain things is a sensible idea, but the bleading heart liberals have taken it too far.
As it became more standard globally they had to slowly shift their target as they retreated. Now they're down to complaining really loudly about how some subset of plastic recycling is all a big scam by evil corporations and using that to pivot to how environmentalist are all stupid and evil and communist and we should never listen to them. Regulating these evil corporations that are lying to us apparently isn't an option.
There's a paragraph about how expensive recycling is, which is all sourced from "Keep America Beautiful" the green washing group that are the people cited in the recent "corporate America invented recycling to fool you" stories. That organization was set up originally to stop governments introducing 5 cent returns on bottles in the 1950s, which the corporations didn't want, so instead they said it was all the public's fault. The very next paragraph in the article attacks these return schemes as even worse than recycling.
It is getting truer, as the grid becomes greener, which both a) means less fossil fuels are being burnt and b) any energy used for recycling is less carbon intensive, but anyone telling you it was best to bury plastic for the last couple of decades likely was politically connected to the people who sell the raw input for making current plastics, fossil fuels.
Energy recovery comes one stop above above disposal or incineration without energy recovery in the waste hierarchy.
Also: wax paper, glass, metal
Overall, the article is pretty interesting
Key quote, which nails the key question. Does recycling not work or was it intentionally and turned into a culture war topic in America, while many other nations just got on with it.
And now the same industry, is using their own shady moves in the 70s, to undermine and stall further regulation.
This is like quoting fossil fuel industry internal documents about how renewables can never work, and their ads pretending they were going green, to undermine renewables as a scam.
If they genuinely cared about recycling, containers and bottles would all have standard shapes and sizes. That is not a thing afaik.
Indeed, thsts the absolute sinolest thing to do, takes no real effort. Reuse before you recycle - and
Apparently it has started a couple years ago when China banned importing EU waste.
Which is basically nothing. Sweden's annual expenditure is $100 billion, meaning this covers 0.1% of their expenses. That's the equivalent of a person on 50k getting $50 as some offm
Agreed with all of the rest of your points though!
I personally think that landfills are underrated, but is this true? Landfills produce a lot of methane, which is a more potent greenhouse gas.
A good chunk of this organic waste can instead be composted.
The main benefit of composting, as I see it, isn't to enrich the soil of whatever, but to prevent greenhouse gas emissions from landfill.
I've started to see a degree of synergy in landfills. Carbon is extracted from the ground in solid or liquid forms (mined coal/oil). Burning it into CO2 causes climate change. But landfills bury carbon back in the ground from whence it came, at least out of the atmosphere. Turning trash into invisible CO2 might look good but is doesn't help the climate. We might not like the sight of trash piles but we need to have a serious talk about whether burying is actually worse than releasing yet more carbon into the atmosphere. Nothing ever really goes away.
Just skip the burning step. Get electricity from sun/wind/nuclear and "sequester" the trash. New branding for landfills: "Early-cycle carbon sequestration and storage facilities". They could sell carbon credits for every ton of carbon they inter in their below-ground solid carbon storage facilities.
The point is very well taken from other comments, though, that pollutants other than CO2 are probably also a significant concern even if CCS is, in isolation, up to the task.
I'm also skeptic about the rarer pollutants. How much mercury and lead are they throwing at the environment? (Surely, it's controlled, but how well is it controlled?) What else is on that trash? (That certainly isn't controlled.)
Proper trash recycling will probably use a burning stage once we get it. And I'm all for experiments on it. But I really don't think we currently have the tech to do it right, and the CO2 problem is a huge one right now.
Keep in mind that the burning often replace other forms of burning to generate power/heat. Until all power/heat generation is clean this will not matter.
For any country that has a coal or gas plant this will not increase emissions but will make dealing with hazardous material easier.
That would be alarming news in a country that doesn't burn oil or coal like a dioxin junkie.
https://en.wikipedia.org/wiki/Waste_hierarchy#/media/File:Wa...
They roll out large sheets of plastic and weld them together. Some states (NY) require dual liners (bags in a bag) and piping to collect the liquid that comes out at the bottom "(leachate). When they put the plastic top on holes are made to allow waste gas to escape. Landfills tend to be dry and nothing rots in them.
I think they work well, but its better to reduce the waste going into them. I'm assuming many places in the world aren't handling the trash like this leading to issues with groundwater contamination and other problems.
Isn't the main problem that landfills aren't sustainable? Burning is bad for CO2 in the atomsphere, but it frees up de-bonds matter so they can be taken up again.
I'm not sure how the leachate was treated. At the end of the day the cap was supposed to keep the water out, so when closed there wouldn't be much more leachate.
That's exactly it. It's the whole reason why there was a huge recycling push in the 80s/90s.
>GONZALEZ: There were all these stats coming out at the time that showed that the number of landfills in America was plummeting. Landfills were closing, and people kept citing these stats in stories about the garbage barge.
>KINNAMAN: And so people put it all together, and in their minds, the conclusion was that the United States is running out of landfill space. The United States was full - that we couldn't store any more.
This sentence is alarming and should lead to a lot more investigation than what the article gives them:
> “Our recent report found high levels of persistent organic pollutants like dioxins or furans around waste incinerators in three countries.”
Because dioxin is nowhere near as innocuous as CO2: that’s what Russia used to disfigure the former President of Ukraine, Victor Yushchenko. I feel like “Oh, yeah, we are releasing a lot of arsenic in the air” wouldn’t be dismissed as casually.
Three incinerators out of...? And why a potential violation of EU regulation would mean that incineration as a hole is bad?
There are plenty of incredibly clean incinerators, with emissions of dioxins and furans so low that you need to accumulate them over multiple days to be able to even detect them sometimes. If you use that recovered energy for heating, you probably avoid emitting other pollutants (even dioxins and furans).
The alternative is landfill disposal of non-inert waste, which is way worse than any kind of incineration, and it is very hard and complex to manage properly. There are plenty of landfill disasters.
EU waste legislation is based on false premises, according to your comment. There have been plenty of disasters related to landfill disposal. Complexity is also there, as a lot of chemistry happens and toxic subproducts can be generated, even if the waste is not toxic in the first place, just because of interactions with the ground. The sheets used to cover the ground are easy to scratch, costly to replace, and accidental damage is often ignored. Monitoring lasts for decades or more, with greenhouse emissions. The stability of the terrain under and over landfill could also change, as there are processes that run for a long time.
I would highly suggest attending a university course on waste management if your country allows you to do that for free and without registration.
I'm sitting on an electric suburban train. I don't know where the energy comes from, but there's a lot less needed than any car.
Here in America 99% of the time your options are car, or nothing. Public transport either doesn't exist or doesn't go where you need it to if it's even on time. Cycling is dangerous and mostly used as exercise, and walking the distance is just too far.
Would I love to cycle to work? Absolutely. Am I willing to risk my life every day to do so? I don't think so.
The choices you call on as obvious, are just not depending on location. Tell someone in Texas to try cycling, taking the bus, or walking to work and see what their reaction is. Tell someone in Japan and the reaction is much different.
I'm just outside of Washington DC (Northern VA, inside the 'beltway') - a locale that ostensibly has some of the best public transit the US has to offer. My neighborhood is highly walkable - any sort of quotidian essential (grocery, pharmacy, doctors, dentists, dining, library, etc.) is accessible within a ~20 minute walk of my home. But without a car, access to locales outside typical walking range is severely limited by public transit service frequency and coverage.
The shortest public transit route to my suburban office ~8 miles north? 80 minutes one way, including 30 walking minutes, half of which do not include any paved sidewalks. There are no sane or safe bike routes to this location. It is only a ~15 minute commute by car.
My commute to a typical downtown DC office location (Penn Quarter) by public transit alone? 75 minutes one way, again with 30 of it walking. That can be cut to ~50 minutes (inclusive 10 walking) if I drive to the nearest DC Metro station and take the train in, but then I have to rely on a car anyway, and I might as well just do the whole ~35ish minute drive into the city. Taking a bike to the train station would eliminate any time savings, and require dangerous riding on high-ish speed local roads and crossing a busy highway.
The situation isn't going to change without investing incredible sums in infrastructure (which probably won't yield improvement for close to a decade, realistically) and massive changes in local zoning and development policy to promote dense development near suburban transportation hubs (never going to happen with NIMBY attitudes and warring municipal interests).
I don't blame people for driving, when the alternatives suck. We need to push to make those alternatives better. It's a chicken and egg problem.
The tires are just as bad on electric cars. The humongous batteries are expensive to produce and hard to efficiently recycle. The energy used to charge an electric car still has to be created somehow, which in practice often includes... combustion.
What makes you think anyone who suggests this is a good idea is under the impression that incineration makes things go away?
In many cases it is, because proper incineration leads to chemical degradation of waste to simpler compounds. There are still some ash and flue gases that needs to be properly handled.
It should be possible for every consumer to easily clean and sort their waste into a relatively small number of bins, or for a recycling sorting center to easily sort mixed-stream waste into the appropriate homogeneous categories. Everything that can’t be easily sorted should be required to be biodegradable.
Only .4% is landfill gas.
https://ec.europa.eu/eurostat/statistics-explained/index.php...
Can someone explain why how that fits together?
Edit: seems to really depend on what kind of waste you are looking at. Sweden's landfill rate for waste excluding major mineral waste is still 8%: https://ec.europa.eu/eurostat/databrowser/view/t2020_rt110/d...
the 1% target is reached only for waste collected by the municipality: https://www.eea.europa.eu/data-and-maps/daviz/municipal-wast...
https://en.wikipedia.org/wiki/Plasma_gasification
I talked to the local waste trucking company about it and was told that to build a plasma gasification plant would require handling the trash from several New England states to make it economical. Otherwise they wouldn't have enough trash to keep it fed.
I feel like I’m being gaslit