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Power Transportation

Will the World's Lithium Suppliers Slow Production of Electric Vehicles? (wsj.com) 184

Slashdot reader atcclears quotes the Wall Street Journal: Hailed as the Saudi Arabia of lithium, this California-sized chunk of terrain [in Salar de Atacama, Chile] accounts for some 55% of the world's known deposits of the metal, a key component in electric-vehicle batteries. As the Chinese EV giant BYD Co. recently learned, tapping into that resource can be a challenge.

Earlier this year, after BYD won a government contract to mine lithium, indigenous residents took to the streets, demanding the tender be canceled over concerns about the impact on local water supplies. In June, the Chilean Supreme Court threw out the award, saying the government failed to consult with indigenous people first.... Similar setbacks are occurring around the so-called Lithium Triangle, which overlaps parts of Chile, Bolivia and Argentina. Production has suffered at the hands of leftist governments angling for greater control over the mineral and a bigger share of profits, as well as from environmental concerns and greater activism by local Andean communities who fear being left out while outsiders get rich.

At a time of exploding demand that has sent lithium prices up 750% since the start of 2021, industry analysts worry that South America could become a major bottleneck for growth in electric vehicles. "All the major car makers are completely on board with electric vehicles now," said Brian Jaskula, a lithium expert at the U.S. Geological Survey. "But the lithium may just not be enough."

Meanwhile, a chemical engineering professor at Indiana's Purdue University has spent years looking for an alternative to lithium batteries, and their researchers are now testing sodium carbonate and the possibility of sodium ion batteries.
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Will the World's Lithium Suppliers Slow Production of Electric Vehicles?

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  • by guruevi ( 827432 ) on Sunday August 21, 2022 @07:49AM (#62808157)

    Lithium prices have been going up and up for over a decade. Itâ(TM)s nearly 5x more expensive over the last few years which is what is driving the price of EV out of the range of feasible.

    Total global reserves are estimated at just 14-20M tons, total annual supply is 800k tons. We have 15-20 years of lithium left or the equivalent of about 2 billion EVs, so EV will permanently be a rich person class symbol unless we find deposits in asteroids or so, in comparison, we have 300 years of oil left and thousands of years worth of nuclear fissionable product.

    • Lithium prices have been going up and up for over a decade. Itâ(TM)s nearly 5x more expensive over the last few years which is what is driving the price of EV out of the range of feasible.

      You should see grocery prices.

    • by timeOday ( 582209 ) on Sunday August 21, 2022 @09:48AM (#62808301)

      Total global reserves are estimated at just 14-20M tons

      "Reserves" is just a line drawn at a rather arbitrary level of cost of extraction. The world's oceans contain an estimated 180 billion tons of lithium. [science.org] Right now extraction from seawater is not cost-competitive with land-based lithium. But the premise that 14 Mtons and then we hit a brick wall is not true.

    • by skam240 ( 789197 )

      Your post makes me think of all the predictions we used to hear about the world running out of oil

    • There is lots of Lithium in California. The sea and the Salton Sea.
    • Just like peak oil in the 70s. The global reserves are based on known and financially viable sources that companies have a claim to. Nothing more. Lithium is the 33rd most abundant element on the planet, there are many sources of it, the only thing missing is demand.

      • by q_e_t ( 5104099 )

        Just like peak oil in the 70s.

        Hubbert's prediction was about the lower 48 states in the USA, and was actually correct.

        • It was nothing of the sort. Those states stake claim to their offshore oil as well and surprise surprise proven reserves in those states have increased as well.

      • Just like peak oil in the 70s. The global reserves are based on known and financially viable sources that companies have a claim to. Nothing more.

        Yes. 50 years ago we had 50 years of reserves. Today we still have 50 years of reserves. It is entirely likely that 50 years from now we will still have 50 years of reserves.

    • Lithium prices have been going up and up for over a decade. Itâ(TM)s nearly 5x more expensive over the last few years which is what is driving the price of EV out of the range of feasible.

      Total global reserves are estimated at just 14-20M tons, total annual supply is 800k tons. We have 15-20 years of lithium left or the equivalent of about 2 billion EVs,

      You don't know what "reserve" estimates mean or why they are formulated.

      "Reserves" are proven deposits that can be profitably extracted at current market prices and are used to make near-term purchasing, marketing and mining decisions. They are not estimates of how much an extractable resource exists, not even how much of an extractable resource is known to exist.

      Currently identified worldwide resources, as cited in the USGS 2022 lithium publication, is 89 million tons and it points out this figure is rapid

    • Or there could be a near limitless supply of lithium in brine and seawater.

      https://www.ibatterymetals.com... [ibatterymetals.com]

      https://cen.acs.org/materials/... [acs.org]

      Energy intensive? Yes. But if you have lots of cheap and renewable electricity, which is the goal for an EV market, this becomes less of an issue.

    • by tlhIngan ( 30335 )

      Lithium prices have been going up and up for over a decade. ItÃ(TM)s nearly 5x more expensive over the last few years which is what is driving the price of EV out of the range of feasible.

      Yeah, they've gone up so much that Lithium battery prices have went from $1000/kWh in 2010, to $140/kWh in 2022. Or some sources say $100/kWh. Yes, in 2022 the price went up a little bit, but over the decade it's increased a whopping -85% over the 10 years.

      Lithium ion batteries are so cheap they're disposable, and the

  • by drinkypoo ( 153816 ) <drink@hyperlogos.org> on Sunday August 21, 2022 @08:08AM (#62808181) Homepage Journal

    There are responsible producers of lithium in Chile. BYD never should have been given a contract to begin with, instead the permit should have been denied and BYD should have been connected with the local companies. These protests by The People of Chile reflect this. Lithium can be extracted from salyars very cleanly, safely, and with low energy investiture, but you can't trust BYD [senecaesg.com] to do any of that. And in fact, the grant was held up for a time over the environmental concerns [senecaesg.com]. It's also of critical importance to note that while you can use salt water brine to extract lithium, the extraction rate is lower, so critical supplies of fresh water are often used [nrdc.org].

  • by thegarbz ( 1787294 ) on Sunday August 21, 2022 @08:16AM (#62808193)

    When you look up lithium mining online you'll invariably come across Friends of the Earth and their big campaign against lithium mines because lithium mining is devastating to the environment.

    Phew we dodged a bullet there. Better stop this EV crap then, we all know there's no environmental impact to oil mining. Thanks "Friends" of the Earth.

    • Re: (Score:2, Troll)

      When you look up lithium mining online you'll invariably come across Friends of the Earth and their big campaign against lithium mines because lithium mining is devastating to the environment.

      Yes, people protest lithium mines. They protest nuclear power. They protest hydroelectric power. They protest wind power. They protest tidal power. They protest oil and gas. They protest biofuels. They protest pipelines and transmission lines to move energy around.

      It is amazing we have progressed as far as a civilization as we have. I generally just ignore all the protesters. Almost universally they have nothing useful to offer humanity.

  • If alternate sources of obtaining become viable, such as electrochemical intercalation, extraction will not be the limiting factor. The US also has some significant deposits that could be mined but opposition to mining prevents that from occurring.
  • Despite Chile having most of the lithium, they extract very little of the lithium we use. Most lithium we use is extracted from Australia which has an obscene amount. Since the value has increased, mining around the world will be expanding their operations. Chile can hold out as long as they wish.

    • As noted, Chile literally has the majority of the world's lithium. It's also in salyars where it's convenient to extract it by brining. Australian lithium comes from open pit mines, which increases the ecological impact (over what is necessary, anyway, not what BYD is doing.)

  • I don't know, everything in the article sounds reasonable. The landowners and those affected by the mining operations should get both a say in mining practices and a large cut of the profits. These are their natural resources and their health risks after all. They ought to negotiate terms that make the resource extraction worthwhile to everyone involved and if companies find that too onerous then the lithium should be left alone.

    Theres no problem here, just things working the way things ought to work. Nobod

    • by dfghjk ( 711126 )

      And yet you use the term "landowners", you clearly think someone has a "natural right". Wouldn't landowners have a "natural right to a resource on their own terms just because it is there"? Who determines the "landowners" anyway?

      • Who determines the "landowners" anyway?

        The democratically elected Chilean govt. Also, the Chilean courts mediate between interested citizens & parties. Chilean citizens have rights. Apparently, this is a democracy functioning as it should.

      • > Who determines the "landowners" anyway?

        I don't know. But for argument, I guess the larger the group of people who live and have been living on the land are those that are more the "landowners" compared to smaller groups of people who have less been living on the land.

  • There is no supply shortage, just more speculators driving price. Californiaâ(TM)s Salton Sea, one of the worldâ(TM)s largest inland seas, could deliver 10 times the current U.S. lithium demand using geothermal power extracted from just the Salton Sea geothermal area alone. An emerging geothermal technology the National Renewable Energy Laboratory (NREL) is researching is direct lithium extraction (DLE), which extracts lithium from underground brine.
    • Came to say this. We just need to tap the Salton Sea, which is already a giant disaster.

    • It's in California. There's going to be 100x the road blocks and greens there to keep progress from moving forward. Good luck.
  • by 140Mandak262Jamuna ( 970587 ) on Sunday August 21, 2022 @11:26AM (#62808409) Journal

    "All the major car makers are completely on board with electric vehicles now," said Brian Jaskula, a lithium expert at the U.S. Geological Survey. "But the lithium may just not be enough."

    The first oil well was stuck at Pottsville PA or some such place back in 1860 or so. At that time Saudi Arabia did not even exist. Some nomadic bedouins roamed the deserts in camels in the Arabian peninsula. King Saud had not even been born. Did anyone imagine the amount of oil that was going to be discovered?

    And Oil was created by a biological process, under certain circumstances. Before the evolution of microbes that could rot the soft bodied marine animals. Coal was formed before the emergence of microbes that could rot wood. Lithium on the other hand is a simple inorganic element, abundant, can not be created or destroyed, mostly found as water soluble salts. They are abundant in sea water, but right now people find it cheaper to extract it from salt flats. No one will be able to claim monopoly of the supply of lithium as is the case with oil.

    Just wait we will find cheaper and cheaper ways to get it. Every metal used to be expensive before a wide spread use was found. As soon as it is needed we will find ways to get it. Aluminum used to be so expensive, only the Emperor Napoleon could afford Aluminum cutlery. Titanium, tungsten, iron, copper, all of them were super expensive at some point in history.

  • Fuck off with paywalled sources. Can't read it, then the issue doesn't exist. Fake news. Or provide readable documentation.

  • Step one: build the battery system so it can be recycled. Idiots.
  • Consider that the typical US commuter drives about 16miles (26km) each way (https://itstillruns.com/far-americans-drive-work-average-7446397.html). In Canada it's around 12km (7.5mi). (https://www.researchgate.net/figure/Average-commuting-distance-in-Canada-and-Ontario-12_tbl2_265050835).

    Hybrid vehicles have ranges from 30-60km (18.5 - 36mi). They require less lithium because they have smaller batteries, and they provide flexibility to use gasoline for long distances (which people don't travel nearly as oft

  • It has been a few years without a coup in southern America. Mineral shortage looks like a good reason for resuming bad habits.

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