A historian unpacks the origins of our plastic addiction
theguardian.com
theguardian.com
We don't have a nuclear waste problem because we have some cultural nuclear addiction, or chrome in the soil because we have a chrome addiction. What we have are weak governments where if their regulatory agencies weren't captured, they wouldn't exist at all; the only regulations that get passed are ones that force small operators out of the market, or allow massive companies to offload liability to subcontractors.
edit: How about stopping all of the sin taxes (which are done because they simultaneously bring in revenue and theoretically cut government health care costs), and introduce some environmental taxes. They'll get passed down to the consumer anyway, and they can make the choice with their wallet. Cutting sin taxes in proportion to environmental taxes would make it revenue neutral, but it certainly wouldn't be environmentally neutral.
First rule of engineering I learnt was: there are always trade-offs. You can't have it both ways. You're right, plastic is cheap, lightweight, resistant, etc. But shouldn't we have asked: "Ok, but what's the catch?"
Look at something like the handle on a paint roller. A wooden handle will probably last a lifetime, plastic handle - with carefully measured amount of plastic - can be designed to break the second time you use it: At which point we go to the shop and buy another cheap piece of crap that will do the same.
Honestly I think a cm more metal in the handle, and a few grams more plastic and they'd last a lifetime ... but what capitalist company wants to make goods that last a lifetime, that harms profits.
I think a good system of borrowing high end equipment within your local community would be far more environmentally friendly, but that doesn’t really fit the macho all American DIY persona very well.
Though they don't necessarily have high-end stuff; the one here has mostly middle-of-the-road items.
Actually a spatula is one of my growing list of "there's no way that wasn't designed to break". Wooden-handled spatula with silicon head, the spatula handle looked like it went in to the silicon and provided a strong head. But instead the silicon was designed to look as if the wood continued in to it, but instead there was a very narrow wooden extension a couple of millimetres thick. This was an expensive branded spatula from a specialist store.
The spatula snapped at the interface of the head and handle; you could make it much stronger _and_ use less material.
It wasn't this one, https://cdn.cutleryandmore.com/products/large/35515.jpg, but same exterior appearance where the handle appears to extend in to the silicone.
Hmm, same amount of material constructed in an equally difficult manner will last decades (until the silicone degrades) or last a couple of years if the wooden handle is designed with a super narrow breakable section conveniently hidden in the head ... I'm happy if the survive long enough to need scrubbing with bleach and putting in the microwave for a minute to kill any bacteria/mold on them.
I have paid for and thrown away several cheaper skillets during my lifetime.
You tell me the difference in cheap and planned obsolescence ?
I'm skeptical of this, at least to this extent. What company is going to invest the engineering resources to reliably design a particular failure mode in something as inconsequential and cheap as a paint roller?
It's probably far more mundane. Aim to reduce cost/increase profit > use less materials, or use cheaper materials, or use a cheaper-to-make design.
>but what capitalist company wants to make goods that last a lifetime
Serious question?
https://www.msn.com/en-us/money/30sand40s/32-brands-with-lif...
for example. But then The North Face is on there, and I'd never heard that offered a lifetime warranty (my jacket lost its waterproofness and needed replacing), and they also only give 1 year warranty on several items (half the statutory warranty in the EU).
IIRC Dr.Martens limit their free repairs to a particular sub group of their boots?
Could you give examples of companies with lifetime warranties that you consider successful examples of capitalism? I'd guess to qualify they'd at a minimum have public share ownership.
I don't agree with your criteria. And asking for "lifetime" warranties is not what you originally claimed.
But, looking around at some of the "highly durable" objects I have that were made by profit-seeking companies:
- books
- furniture (Møller teak chairs from the 60s)
- All-Clad pans, Le Creuset enamel dutch oven
- Wüsthof chef's knife
- Barbour waxed cotton jacket
- Iron Heart denim
- Good, repairable shoes (Crockett & Jones, Oakstreet Bootmakers)
[0]:"You never actually own a Patek Philippe – you merely look after it for the next generation."
Longevity is a luxury. It is not to be expected in ordinary goods; they are expected to last for a short time and then get junked, soon to be replaced with new items.
Another example is high-fashion, where things aren't necessarily made any better than low end goods, and it probably doesn't matter because rich people (women mainly, it seems) will wear an item once. So again longevity isn't really a factor as long as it appears to be well made.
FWIW I inspected several rollers, not just the cheapest and they all appeared to have the flaw of very short metal "tang", and hollowed out plastic handle, just that bit too thin meaning it flexes too much. If the "tang" was a cm longer then they'd be fixable with a bit of old broom handle (drill hole, add epoxy, ...).
I'm not suggesting it's a conspiracy, just a natural part of the race to the bottom that Western Capitalism creates.
It's the same pressure that leads to reducing the food volume and keeping a packet the same size - "hey boss, we can reduce ingredient costs 2%".
So, "we want to reduce material volume", so the 'tang' is shortened until the thing just holds together, and the plastic is thinned so that as the plasticiser leeches out, and the extra pressure of the shortened tang acts on it, then it snaps. "If we reduce materials this much it'll break within 20 hours of use", which the boss thinks is perfect because they're optimising locally for profit and not globally for "keeping the planet livable".
The argument for some kind of business that provides this durable goods and tools swapping service is interesting. It might be worth tackling with a start up. But ultimately users would have to validate that idea. No idea if it's viable.
Would you not go to a tool library? You wouldn't need to talk to anyone, just like checking out a book, check out a tool, pay a hire/membership fee.
The impact of plastic bottles is probably lower than for alternatives like glass. Glass is heavier and causes more CO2 emissions because of the increased energy use for transporting them.
I'm curious about this, any chance you have references?
[1] https://www.palpa.fi/beverage-container-recycling/deposit-re...
This does not support the OP's case that "Glass is heavier and causes more CO2 emissions because of the increased energy use for transporting them."
There is going to be plenty of transport taking place during those 20 cycles of use and recycle. If the main energy cost of glass is in transport, as he asserted, that's only going to make it less competitive vs. plastic as the number of cycles increases.
As long as transport + washing cost of glass bottles are less than production + transport cost of plastic bottles there will be some number of reuses that make glass the winner.
In Switzerland 82% of PET is recycled. (Note that this number is the percentage that is really reused. Not the percentage that is collected.) The same number for glass is 96%. That means only 44% of glass gets recycled 20 times.
However, this is for reuse, not recycling. Not many glass bottles get reused, most get recycled. Recycling glass is less energy efficient than reusing.
In the UK we used to have electric milk floats with milkmen that would deliver milk in glass bottles. The dairy would be local. The cows would be local. Big cities had trains to get the milk in. Or the milk would travel in tankers.
The bottling plant would be for local distribution. The empties would be carried back on the milk float.
Moving on we now have dairies many, many miles away. They are not a common sight. The milk goes into single use plastic bottles and gets sent to supermarket depots. It then travels by road vast distances to supermarkets and convenience stores. People then drive to the supermarket and buy the milk.
I personally preferred the way milk was delivered. I liked the community value of having a milkman. I liked washing the bottles and putting them out for collection. The milk wasn't homogenised then, it had not the same shelf life.
I don't believe that having four pints (2 litres) of milk driven over two hundred miles of roads is that efficient. Particularly when I can see cows out the window. Then, since it is the EU, milk can be driven from Germany. Or in yogurt form over the Alps in a 1000 mile journey.
So at one level the CO2 emissions of glass are higher but driving milk hundreds of miles is where the CO2 problem really is.
From a capitalist perspective everything is now really efficient and the market is working. But when milk was government and cared for that way, there was a lot more employment going on. We could have kept it all local with solar and other renewables powering the milk floats instead of coal. But when those former dairies have been shuttered and sold for housing developments there is no goin back. We are stuck with mega dairies.
Water is even worse. There are lorries driving from the Alps with bottled water. This is plain absurd. There was a time when tap water was as good as it could get.
Beer is different, as are spirits and wines. Beer should be brewed locally and served in glasses that get washed in a public house. But widgets in cans and other tricks have made canned beer fine, what most people drink.
Anyway, saying that plastic is less CO2 than glass is just not fair to all the issues of globalised food.
VW blasting its dumb "Sounds of Silence" commercial multiple times an hour led me to watching most of the Stanley Cup final on a time delay. Haha VW that joke was funny the first time. Yeah it was a real misfortune for you that you cheated on emissions tests and killed lots of urban children with your noxious diesel fumes.
I think our mental model around the deployment of plastic is flawed. The logistical tail of plastics use falls upon an externalized public commons, while much of that logistical tail cost is embedded into alternatives like glass. No one accounts for the cost of disposal management of plastic syringes to the point that microplastics don't end up in our biosphere, while autoclaving glass syringes and recycling chipped glass syringes is tallied up against glass. An apples-to-apples cost comparison can be more closely approached if mostly-closed loop systems were built for all uses, and some kind of target virgin feedstock utilization percentage was set, and microplastics as an acceptable outcome was denied the plastics industry.
[1] https://www.standard.co.uk/futurelondon/theplasticfreeprojec...
Externalities, and zero-basis natural resource inputs, are not presently accounted for. Most economic theory fails to even consider them.
I replaced a damaged shingle on my roof with a piece of plastic, thinking the plastic was indestructible. Within about 3 months, the plastic had disintegrated under the onslaught of the sun.
Look what happens to plastic lawn furniture after a while.
Clearly, though, we are producing plastic much faster than it breaks down. Stuffing it into landfills ought to work.
You are assuming that the fabric of the plastic is consistent in all levels. In reality tho, most stuff demonstrate different characteristics in lower (molecular) levels.
Or maybe just no more plastics but cellulose based :)
Huh, this is kind of interesting. I was taught in school as a kid that plastic degrades under the influence of UV light, so would never have even considered doing this. I guess that this fact isn't the common knowledge I thought it was.
(I'm talking about unpainted plastic of course)
That might be bromine, which was used as a flame retardant back in the days (and probably still is, but I'm not sure).
A lot of retro gamers are dealing with this issue, giving their beloved Game Boys, C64s or whatever a yellowish look.
Some folks got together and created a mixture they call "Retr0bright" [1], which consists of hydroperoxide, Tetraacetylethylenediamine (TAED) as a catalyst, and finally uv light. It "reverses" the effect, though it might reappear after time.
Restoring molecules is not necessarily it, the TAED catalyst sounded plausible, but a lot of retrobrighting goes on with just the peroxide solution and sun.
But even then the peroxide was found to not be it. Indoors you don't get the same UVA/UVB as outdoors, so it initially seems counter intuitive to think that that yellowed computer case would go white again if put out in the sun. But it works. No voodoo chemicals needed.
It comes down to bones and how they always end up white, bleached from the sun. Try it.
Most plastic ends up in a landfill or deep in the water or burred under more plastic where it is not touched by the sun and does not degrade.
Plastic on the surface of the ocean breaks into smaller pieces which end up deeper in the sea, and does not degrade further. The ocean is filled with tiny plastic bits. [1]
[0] - https://www.rsc.org/Education/Teachers/Resources/Inspiration...
[1] - https://blogs.ei.columbia.edu/2011/01/26/our-oceans-a-plasti...
This is unsubstantiated sensational bs. Plastics do end up in landfill or incinerator, but the US does not have waterway pollution problem.
https://ourworldindata.org/plastic-pollution
Most American and European plastic waste finds its way into landfills.
"In the chart below we see the global distribution of mismanaged plastic waste aggregated by world region. The East Asia and Pacific region dominates global mismanaged plastic waste, accounting for 60 percent of the world total.
There is a wide gap between East Asia and the other regions — South Asia ranks second but contributes around 5 times less with 11 percent of the total. This is followed by Sub-Saharan Africa (9 percent); Middle East & North Africa (8.3 percent); Latin America (7.2 percent); Europe and Central Asia (3.6 percent) and North America (1 percent).
If we aim to address the ocean plastic problem, an understanding of this global picture is important. It highlights the fundamental role of waste management in preventing ocean pollution; whilst countries across North America and Europe generate significant quantities of plastic waste (particularly on a per capita basis), well-managed waste streams mean that very little of this is at risk of ocean pollution. "
Now that Asia has mainly stopped accepting recycling - much of which is too contaminated before it gets out of the bale or container to recycle so gets illegally dumped or burned - even more goes to Africa instead. Except all countries that have had some part in recycling and try and stop or restrict it find they have a major problem of illegal imports and illegal processing - which is easier to stop than the containers. See for instance the Philippines vs Canada recently.
so the West is exporting what seems to inevitably become an illegal industry to every country stupid enough to join in.
If we just banned export and dumped it all in landfill again the world would be better off.
If a country sends plastic waste to Asia and then it's mismanaged there, what country gets the blame for mismanagement in those statistics?
[1] Christian Schmidt, Tobias Krauth and Stephan Wagner (2017), Export of plastic debris by rivers into the Sea
Us: You need to clean up the Yangtze.
Them: Well what are you doing about your plastic waste
Us: We're shipping it to you!
"Their fault, nothing to do with us"
This is blaming the recipient of the bullet for the shooting.
I've slowly ended up thinking that simply dumping it in landfill is less harmful, but not as good as producing less in the first place. Which is still a point in favour of your state's reluctance to recycle.
If we're talking specifically about plastic pollution in waterways, the USA is nowhere close to the top of the list for that particular problem.
In the USA, we have the means to recycle most plastics, but there needs to be political will to get it done. Merely relying on industries to make a profit off of plastic recycling is not nearly sufficient.
We need to enact more regulations to ensure that more products are make with recyclable materials, that the products themselves can easily be recycled, and provide incentives to actually do the recycling. We have a lot of work ahead of us, and in the current political climate, little political will to get it done. This is a big problem in the USA.
Or ordering from. Their pollution is funded by you.
Yes. Unless we do. Which we are. And it ends up in the water. And we remain responsible for the foreseeable consequences of our actions.
I assume this is still happening but there have been several exposés, leading some people to no longer bother recycling. As a reaction to that some city/area councils will fine you for not separating recyclables; our city vastly reduced the size of our bins (trash cans).
Most of our family waste seems to be unrecyclable plastic packaging.
It reminds me of eco-tourism. Its fun/satisfying to be part of 'recycling', so folks make up steps they can do to participate more, and end up torpedoing the whole point of it.
https://www.amazon.com/Plastic-China-Jiu-liang-Wang/dp/B06XT...
TL;DW: The producers find the cutest little girl in all of China, living in abject poverty amid toxic squalor.
The US exports by far the most. Much is poorly washed or sorted, regardless of which nation sent it, often so it's not suitable for recycling - plastic recycling is very easy to contaminate.
When countries push back and restrict imports they find they have an illegal industry that starts mislabelling containers, and illegal factories spring up.
Now it's "their fault".
Australia ships toxic waste to Denmark, is that problematic in it self? No! Because a danish company offers services for safe disposal. If that company just dumbed the barrels of toxins in the ocean, would Australia be responsible?
And here are statistics on the trash gathered[2]. 649,236 plastic bags, 880,646 plastic bottles, and plenty of other miscellaneous plastic pieces. All of this disrupts natural ecosystems, and is ingested by animals who then get sick, and later gets into us as microplastics when we ingest the animals. This is the reason nearly all of our food and beverages contain microplastics.
If this doesn't seem that bad, the above example is from a single stream into a single harbor in a single city. Now imagine the national scale.
But plastic isn't the only pollutant of US waterways. Bacterial matter, nutrient excess, and industrial toxins regularly find their way through the watershed into main waterways, affecting marine life as well as humans. Waterway pollution is a big issue in the US.
[1] https://www.youtube.com/watch?time_continue=19&v=GgnTBxSMo3g [2] http://blogs.ubalt.edu/ubmag/the-problem-of-plastics/
The other application was nitrocellulose as guncotton, which led to the development of smokeless gunpowder and the family of high explosives, such as TNT.
Christian Friedrich Schönbein also discovered ozone and the electrochemical effects leading to the fuel cell.
150th Anniversary: Death of Christian Friedrich Schönbein https://www.chemistryviews.org/details/ezine/11085246/150th_...
Two promising technologies:
https://en.wikipedia.org/wiki/Thermal_depolymerization
Heat and pressure turn plastic back into oil.
https://en.wikipedia.org/wiki/Molten_salt_oxidation
Oxidize plastic in a molten salt bath, exothermic reaction, produces synthesis gas. "... destroys all organic materials while simultaneously retaining inorganic and hazardous components in the melt."
Some short-term forms of plastic use are a very poor energy investment. That's a problem because energy is finite, waste is a long-term threat. This is in part a design problem, in part a problem of ignorance, in part a problem of ignoring/hiding externalities for lower costs and quick profits ... etc. etc.
It's unfortunate that plastic has often become the only available option. I'd be glad to pay more (money, time) for some containers that I don't -have- bring home and -have- to toss into the recycling bin knowing their fate.
It looks as though until enough people are willing to make that choice, this ongoing energy waste (being charged to the accounts of future generations) will never end.
I didn't know I have a plastic addiction. But industry and governments do, because of the easy money it generates. They are addicted to money, I can see that.
It's convenient to use plastics. Either lawmakers make it more inconvenient, or someone invent a comparable alternative that's biodegrading or unproblematic. Else, I think nothing will change.