Yes, recycling batteries is an issue. Conditions in rare earth mines are an issue.
But when you want to "consider hidden costs" of EVs you should do the same for ICE cars. And there are lots of these, including building, maintaining and recycling supertankers, refineries, pipelines, oil wells on land and in the sea, causing oil spill every decade, keeping oil tyrannies in charge, fueling resource wars in 3rd world countries.
But it's status quo so it doesn't count.
Transporting 70kg of meat in a 2 tons metal box, which is sitting unused 95% of its life, using 10 sq meters of public space. ~25% of the materials used on a car aren't recyclable and end up in a landfill. With an average lifespan of 12 years and 1.4 billion vehicles on earth that's a lot of waste.
And that's not even talking about the current trend of ditching nuclear for intermittent energy sources while at the same time increasing our reliance on electricity
(My biggest issue with the electric vehicle enthusiasts I have known is that they seem to assume that EV's have zero hidden external costs. It's as if all the extra electricity needed was going to come from magic elves at the North Pole, via wires in hyperspace that no NIMBY could see or object to. (Let alone fail at scale, say, after a hurricane.) And Santa was going to bring EV's for all the human who aren't well-to-do home owners like them. Plus practical charging options, etc. for those folks - including the "living in their car" homeless working poor.)
Unfortunately I can't remember where I found that information.
"Stranded in Yemen’s war zone, a decaying supertanker has more than a million barrels of oil aboard. If—or when—it explodes or sinks, thousands may die."
Summary - The unmaintained, rusting tanker is at the entrance to the Red Sea (and thus the Suez Canal). The side in the Yemeni civil war which controls it is enjoying considerable benefits from the ongoing threat of a huge oil spill. Diplomatic efforts at a resolution have gone nowhere.
Note - In the context (derelict tanker, crude oil), the term "explode" refers only to the explosion of some flammable vapors at the top of the oil tanks. That would (very likely) still be enough to start breaking up the ship, thus spilling ~all the crude oil.
EDIT: I’ve finished it (long article). All I can take away from that is that the current situation and short and long term outlooks are all extremely bleak.
It didn't? As the article describes, people have been aware of the problem for years already.
It was also discussed here last year
https://news.ycombinator.com/item?id=25486995
Here is another report from 2018
https://ceobs.org/is-an-ageing-oil-tanker-threatening-an-env...
https://www.wsj.com/articles/decaying-yemen-oil-tanker-at-ri...
It’s been reported on for a while, I first noticed article about it last year.
https://www.google.com/maps/place/Yemen+Company+For+Flour+Mi...
I'm also reminded of the SS Richard Montgomery, which is another "if we leave this for a generation maybe it will go away" situation: https://en.wikipedia.org/wiki/SS_Richard_Montgomery
Potentially the crude has weathered off so much over the years that it's no longer degassing, and less scientifically I think if the tank vapours haven't found an ignition source yet, they probably won't.
However corrosion never sleeps. The cargo tanks don't leak straight into the sea; you have ballast tanks too. If I had to guess, the next threat might be a leak into the pump room resulting in fire.
But ships have a periodic inspection regime under that they call "class rules" - this ship hasn't been in class for 5 years.
That is an insane period of time to be carrying hydrocarbon while being out of class.
There are hundreds of threats to this tanker and it is difficult to predict how it could fail, including complete loss of the vessel.
The initial primary explosion could cause significant enough destruction to the ship that it acts like the “scatter charge” in a thermobaric weapon, spreading the undetonated oil sufficiently into the air that a larger percentage of the onboard oil is detonated as part of a “single event”…
However the more likely and no less disastrous outcome is the primary explosion of the fuel vapour damages the ship without sinking it (the explosion will be centred on the upper portion of the storage tanks) most likely blowing the top off of one (or more) of the storage tanks and potentially damaging the structural integrity of the ship without sinking it. An extremely likely outcome from this will be ignition of whatever remains of the oil in a burst storage tank, (which even if not “burst open” will likely have been structurally damaged so that fresh air can get in) leading to a fire onboard and due to the established lack of maintenance, that fire has a high likelihood of spreading through much of the ship (possibly aided by any oil movement induced by the primary explosion) which will heat up any undamaged storage vessels and turn them into (depending on the state of the pressure relief valve maintenance) potential pressure cookers full of fuel or sources of further burning fuel vapour…
So I don’t think they were trying to necessarily mislead as much as simplify the scenario for the audience. Most people don’t find it interesting to dissect cascading failures and map out the energetic potential effects. Most people would be fine saying “it blew up” even if it was technically two or three individual explosions interspersed between hours of being on fire before one final still in tact hot tank of oil went off like a pressure cooker turning into a fuel air explosion that shredded the ship into shrapnel.
So that scene in "The Equalizer" when Denzel Washington blows up that oil tanker would in reality become a massive oil spill, or fire?
That would have been a strange plot twist, the equalizer himself being the cause of a massive environmental disaster :-)
So this ship stores an amount that fuels about 1% of the world for a day.
How many such ships are there, and how many are in as bad a state as this one?
For anyone else whose mind jumped to the same conclusion as mine.
No thank you.
People don't even realize how potentially dangerous is gasoline station a few blocks away or fertilizers magazine just outside their town or department of chemistry on the nearby University.
For some reason those dangers are not (yet) that sexy to be described in the alarmistic article.
42 Terajoules per kiloton of oil * 300 = 12.6 Petajoules
12.6 Petajoules = 3 Megatons of TNT
PS: I lost my bet, i had a bet, that 5 months after we are out of Afghanistan, the warmongering would start again.
Damn it.
We embargoe a regime, its infrastructure is falling into disrepair, and now that disrepair is a reason to go in? Whats next?
Pothole repair jobs with bunker-busters in Iran? Infrastructure demolishion and rebuilding as a service via the Military Industrial Complex? A construction company called the MOAB-mob?
If the saudis mercenaries cant win and they don't get the genocide properly done, at least pay for better bad journalism to draw the US into another firefight/fist-aid mission.