Weekly Commodity Pulse: Copper, Oil, and Lithium in a Turbulent Week

This week, commodity markets delivered a masterclass in how geopolitics, industrial policy, and energy transition forces can converge all at once — and send shockwaves across copper, oil, and lithium simultaneously.

In this episode of The Commodity Brief Podcast, we unpack the three biggest commodity stories of the week and show you how they're all connected by the same macro thread.

The Strait of Hormuz closure triggered by the US-Iran conflict didn't just spike oil prices — it disrupted copper supply chains, pushed sulfuric acid costs to record highs, and rattled the entire base metals complex. Meanwhile, lithium continued its turbulent run as CATL's Jianxiawo mine suspension and Zimbabwe's export ban kept supply tight, even as China's energy storage boom drove demand higher.

We break it all down in plain, accessible language — no jargon, just the context you need to understand what happened and what it means for your portfolio.

What we cover:

• How the Strait of Hormuz closure is impacting copper supply and prices
• Oil's volatile week and what the Iran conflict means for energy markets
• Lithium's supply squeeze — CATL, Zimbabwe, and what comes next
• The macro thread connecting all three commodities
• What this turbulent week means for commodity investors

The Commodity Brief Podcast — Weekly intelligence on alternative assets and commodities.

Transcript

SPEAKER_02 0:12

In uh February of 2026, a maritime conflict in the Middle East quietly caused a critical copper shortage on the western coast of South America.

SPEAKER_00 0:21

Yeah, which sounds completely absurd when you first hear it.

SPEAKER_02 0:25

Right. I mean, if you're looking at your screen today, you know, trying to make sense of your portfolio, reading the morning headlines, that sentence probably feels like it breaks the fundamental laws of cause and effect.

SPEAKER_01 0:35

Oh, absolutely.

SPEAKER_02 0:36

Because we're taught to look at financial markets like this clean linear machine, right? Like Company A sells more widgets, so um company A's stock goes up.

SPEAKER_00 0:45

Aaron Powell Exactly, the textbook version of economics.

SPEAKER_02 0:47

Trevor Burrus, Jr. Yeah. But the reality of the global commodities market we're living in right now is just vastly different. So today we're exploring how a single blocked shipping lane is like violently rewriting the entire global green energy transition. Welcome to the deep dive.

SPEAKER_00 1:03

Aaron Powell It's really a phenomenal starting point because it forces us to look past the surface level tickers. What we are doing today is piecing together this massive, highly fragmented puzzle.

SPEAKER_02 1:15

And we have a lot of material to get through today.

SPEAKER_00 1:17

We do. We're pulling from a pretty heavy stack of fresh intelligence. So we have a recent weekly commodity brief, and we're also bringing in two extensive market reviews from the investing news network, specifically their Q2 2026 report on copper and their Q1 report on lithium.

SPEAKER_02 1:34

Right.

SPEAKER_00 1:34

And we are anchoring all of this with a really comprehensive global research outlook on copper from JP Morgan.

SPEAKER_02 1:42

Aaron Powell Okay, so let's unpack this. Because if you are an investor or you know, honestly just someone trying to buy an electric vehicle or follow the global economy, the data coming in this week looks like pure chaos.

SPEAKER_00 1:52

Aaron Powell Oh, it looks like absolute nonsense on paper.

SPEAKER_02 1:55

Yeah. We have copper prices retreating from literal all-time record highs. And then we have lithium, which is a market that has been uh dead quiet, suddenly surging 95% in a matter of weeks.

SPEAKER_00 2:07

Just a massive spike. Trevor Burrus, Jr.

SPEAKER_02 2:08

Right. And underneath it all, crude oil is swinging wildly day by day. So on paper, it looks like three different markets completely decoupled from reality. But our mission today is to show you the hidden thread here.

SPEAKER_00 2:18

Aaron Powell Yeah, there's very clear logic to it if you know where to look.

SPEAKER_02 2:21

Aaron Powell Exactly. We're going to connect a delayed mining project in China, an abrupt export ban out of Zimbabwe, and that closed shipping lane in the Middle East, and we're going to reveal how they are all actually the exact same story.

SPEAKER_00 2:34

Aaron Powell And that unified story, I mean, it's really the collision of three massive forces. You have the global ambition for a green energy transition, you know, the physical wiring needed for AI data centers, new power grids, and EV fleets.

SPEAKER_02 2:47

Right, the stuff everyone is talking about.

SPEAKER_00 2:48

Aaron Powell Exactly. But then you have the harsh, immovable reality of geopolitics. And acting as the gravitational center for all of it, you have China's aggressive, highly coordinated industrial policy.

SPEAKER_02 3:00

Aaron Powell Which we're going to get into in deep detail later.

SPEAKER_00 3:02

Aaron Powell You really can't understand copper or lithium today without understanding how they are trapped between those three forces.

SPEAKER_02 3:08

Aaron Powell So let's start with the immediate geopolitical flashpoint, because uh to understand the metals of the future, we paradoxically have to start with the fossil fuels of the present.

SPEAKER_00 3:18

Aaron Powell Yeah, you always have to start with energy.

SPEAKER_02 3:20

Right. The catalyst rewiring these green supply chains right now is the escalation of the US-Israel war with Iran, which really reached a boiling point on February 28, 2026. Aaron Powell Right.

SPEAKER_00 3:32

And the physical consequence of that escalation was the effective closure of the Strait of Hormuz.

SPEAKER_02 3:37

Which is just a massive choke point.

SPEAKER_00 3:39

It is. For context, the Strait of Hormuz is this 21-mile-wide channel between Oman and Iran. It is, without a doubt, the most sensitive maritime choke point on the planet.

SPEAKER_02 3:50

Yeah, I mean, historically, roughly 20% of the world's global oil consumption passes through that narrow strip of water.

SPEAKER_00 3:56

Exactly. But the sources highlight a specific devastating event beyond just the shipping lanes getting blocked. And that's the direct attacks on Qatar's Raslafon liquefied natural gas or LNG plant.

SPEAKER_02 4:09

Yeah, I was reading through the commodity brief on this, and um the stale of Raslafon is just difficult to wrap your head around. Like this isn't just a regional energy facility.

SPEAKER_00 4:17

No, not at all.

SPEAKER_02 4:18

This single plant supplies nearly 20% of the entire world's LNG.

SPEAKER_00 4:22

It is a monolithic piece of global infrastructure. I mean, Qatar Energy has assessed the damage, and they are openly stating it will take three to five years just to repair the facility.

SPEAKER_02 4:33

Three to five years.

SPEAKER_00 4:34

Yeah. And when you knock out a fifth of the world's LNG supply for half a decade, you aren't just causing a temporary price bike at the pump, you are carving a structural hole into the foundation of the global economy.

SPEAKER_02 4:47

Which brings us to the macroeconomic data from JP Morgan. And uh, this is where the math gets incredibly sobering.

SPEAKER_00 4:54

Very sobering.

SPEAKER_02 4:55

Because oil and gas, they act as the baseline operating cost for human civilization, right? JP Morgan calculates that every 10% increase in oil prices, triggered by a supply shock, actively drags global GDP down by 0.16%.

SPEAKER_00 5:09

Think about the mechanics of that drag, though. Higher energy costs mean it costs more to manufacture a steel beam, you know.

SPEAKER_02 5:16

Right. Or it costs more to ship a container of grain across the ocean.

SPEAKER_00 5:20

Exactly. It costs more to keep the lights on and an Amazon warehouse. It functions as an unavoidable universal tax on every single transaction on Earth.

SPEAKER_02 5:28

And if you're taxing the global economy, growth just slows down. Which severely threatens copper. Trevor Burrus, Jr.

SPEAKER_00 5:35

Right, because copper is the metal of growth.

SPEAKER_02 5:37

Exactly. The JP Morgan Outlook models a scenario where if Brent crude oil, which is the global benchmark, if it hovers around $110 per barrel, the resulting economic slowdown could slash global copper demand growth for 2026 by 1.4 percentage points.

SPEAKER_00 5:57

Which is a huge hit.

SPEAKER_02 5:58

It is, because if the world is spending all its capital just to buy expensive energy, it literally doesn't have the capital left to build new skyscrapers or upgrade power grids.

SPEAKER_00 6:06

Yeah, and that is the traditional macroeconomic relationship. But here is where the narrative fractures into something much, much more complex.

SPEAKER_02 6:13

Aaron Powell Okay. How so?

SPEAKER_00 6:14

Aaron Powell Well, the closure of the Strait of Hormuz and the attack on Roslofon didn't just threaten copper demand by slowing down the economy, it directly bottlenecked physical copper production in a completely unexpected way.

SPEAKER_02 6:25

Aaron Powell Right, sulfuric acid. When I first read this in the INN report, I genuinely had to read it twice. Because, like, how does a natural gas facility in Qatar taking missile fire stop a mining company in Chile from producing copper? Trevor Burrus, Jr.

SPEAKER_00 6:39

It's wild, right? But we have to look at the chemistry of modern mining. We aren't in the 1800s where miners are, you know, chipping out pure chunks of shiny copper from a cave wall.

SPEAKER_02 6:50

Aaron Ross Powell No guys with pickaxes just finding pure metal.

SPEAKER_00 6:53

Exactly. In major producing regions like Chile or the Democratic Republic of Congo, the DRC, the ore coming out of the ground has a very, very low percentage of actual copper.

SPEAKER_02 7:03

Right.

SPEAKER_00 7:03

So to extract it, the industry relies on this massive industrial-scale chemical process called solvent extraction and electrowinning.

SPEAKER_02 7:12

Break that down for us because I think a lot of people picture mining as just digging dirt. What does that process actually look like on the ground?

SPEAKER_00 7:18

Okay, so imagine a massive, shallow swimming pool filled with crushed rock. That's the ore. To get the copper out of that roche, you have to soak it in a highly corrosive chemical bath.

SPEAKER_02 7:28

Like literally giving the rocks a bath.

SPEAKER_00 7:30

Yes. You literally irrigate thousands of tons of rock with massive volumes of sulfuric acid. The acid leaches the copper minerals out of the solid stone, dissolving them into a liquid solution.

SPEAKER_02 7:43

It's essentially a chemical lock and key. The rock is useless dirt until the sulfuric acid unlocks the copper molecules and turns them into a liquid.

SPEAKER_00 7:52

That's a great way to put it.

SPEAKER_02 7:53

And once you have that copper-rich liquid, that's when the uh electrowinning part comes in.

SPEAKER_00 7:57

Correct. You run a massive electrical current through that liquid solution and the pure copper plates onto these massive steel sheets. It's almost like a magnetic sponge pulling the metal out of the water.

SPEAKER_02 8:08

Oh wow. Okay.

SPEAKER_00 8:09

The entire system lives or dies on having a continuous oceanic supply of sulfuric acid.

SPEAKER_02 8:15

Aaron Powell, which brings us back to Qatar in the Middle East. Why was the copper industry relying on an LNG plant for acid? That seems like a weird supply chain link.

SPEAKER_00 8:24

It's because of how natural gas is processed. Raw natural gas often contains hydrogen sulfide, which is highly toxic. So to make the gas usable and transportable as LNG, you have to sweeten it, meaning you strip the sulfur out. And Roslofan was so massive that stripping the sulfur out of its gas produced over 10,000 metric tons of pure sulfur every single day as a byproduct.

SPEAKER_02 8:47

Wait, 10,000 tons a day?

SPEAKER_00 8:49

Every single day.

SPEAKER_02 8:50

So the Middle East energy sector is basically this unintended supplier of the basic chemical ingredient needed for South American copper mining.

SPEAKER_00 8:58

Yes, entirely by accident.

SPEAKER_02 8:59

So when Rosalfund goes offline and the Strait of Hormuz closes, that daily 10,000 tons of sulfur just vanishes.

SPEAKER_00 9:06

And the market reaction was violent. The investing news network report tracks the massive price spikes. Sulfuric acid hit all-time highs of $820 per metric ton in the Middle East.

SPEAKER_02 9:16

That's huge.

SPEAKER_00 9:17

But look at regions that are entirely reliant on importing it by ship, like Brazil. The price spiked to an unbelievable $1,200 per metric ton.

SPEAKER_02 9:25

Wow. That is the definition of supply chain contagion. But it gets worse, right? Because when a critical component hits $1,200 a ton, major state actors start panicking. And China made a move that just poured gasoline on the fire.

SPEAKER_00 9:40

Yeah, in May, the Chinese government enacted a complete halt on all domestic sulfur exports.

SPEAKER_02 9:45

I want to pause on the rationale there because we're just reporting what the sources say. And China didn't do this to intentionally choke the copper market.

SPEAKER_00 9:52

No, no, they didn't.

SPEAKER_02 9:53

The INN report notes they did it to protect their own agricultural sector, because sulfur is a fundamental ingredient in making phosphate fertilizers, right?

SPEAKER_00 10:02

Exactly. China basically looked at the global shortage, looked at the skyrocketing prices, and decided that ensuring cheap fertilizer for their own domestic food supply was, you know, infinitely more important than supplying the global metals market.

SPEAKER_02 10:17

Which makes sense from their perspective. It is ruthless, pragmatic resource management.

SPEAKER_00 10:22

Very pragmatic.

SPEAKER_02 10:23

But by trapping their sulfur domestically, China effectively exported the inflation and the supply chain pain to the rest of the world.

SPEAKER_00 10:30

Yeah, that's exactly what happened.

SPEAKER_02 10:31

So you have a geopolitical conflict over oil and gas in the Middle East, which triggers a chemical shortage, which triggers a Chinese export ban, which ultimately bottlenecks copper production thousands of miles away in the Andes Mountains.

SPEAKER_00 10:46

It's all connected.

SPEAKER_02 10:47

It's incredible. Well, let's transition from the chemical constraints into the physical reality of topper mines themselves. Because as the sources detail, even if they had all the sulfuric acid in the world, the global mining infrastructure was already buckling under its own weight long before the Strait of Hormuz closed.

SPEAKER_00 11:05

Yeah, the second quarter of 2026 was defined by extreme price whiplash. Copper opened the quarter near year-to-date lows. Market sentiment was really sluggish.

SPEAKER_02 11:14

People were pretty bearish.

SPEAKER_00 11:16

Very. But then it ignited into a historic run. On May 13th, copper skyrocketed to an all-time high of $6.72 per pound on the ComX Exchange.

SPEAKER_02 11:26

That's a record.

SPEAKER_00 11:26

Yeah. And over on the London Metal Exchange, the LME, it reached $14,196 per metric ton.

SPEAKER_02 11:33

It has since pulled back to around $6.13 a pound, as those macro fears we discussed earlier kind of took hold. But um I'm looking at these charts, and there is a glaring contradiction I need you to reconcile for me.

SPEAKER_00 11:45

Sure.

SPEAKER_02 11:46

If the macro environment is so fragile, right, if JP Morgan is warning about oil spikes killing GDP and killing copper demand, why on earth did the price hit an all-time high in the middle of May?

SPEAKER_00 11:59

That's the big question. And it's because the market suddenly realized that the physical supply of copper was collapsing faster than the macro demand could possibly fall.

SPEAKER_02 12:08

Wow. Okay.

SPEAKER_00 12:09

We experienced three overlapping, really catastrophic disruptions at some of the most critical copper mines on the planet. The physical reality of pulling ore out of the earth proved vastly more difficult than the financial models projected.

SPEAKER_02 12:21

Walk us through those three disruptions because I think they highlight how intensely vulnerable this global supply chain is to local geology. First up is Freeport McMoran's Grassberg mine in Indonesia.

SPEAKER_00 12:32

Right, Grassburg is an absolute behemoth. It's the second largest copper mine in the world. But they suffered a fatal munslide, which exacerbated massive, ongoing complications with wet ore.

SPEAKER_02 13:05

Let's define wet ore for a layman. Like, why does water shut down a massive mine?

SPEAKER_00 13:11

So when you are processing tens of thousands of tons of rock a day, the rock needs to be relatively dry to go through the massive crushers and conveyor belts.

SPEAKER_02 13:19

That makes sense.

SPEAKER_00 13:20

Wet ore essentially turns into a heavy, glue-like concrete. It clogs the crushing machinery, it sticks to the screens, and fundamentally it poses a massive liquefaction hazard in the tailings dams.

SPEAKER_01 13:31

Liquefaction meaning the waste material can act like quicksand and just collapse?

SPEAKER_00 13:35

Exactly. It's incredibly dangerous. Because of this, Freeport had to drastically throttle their operations. They're only targeting 60% capacity for this entire year, and they've pushed the timeline for reaching full production capacity all the way back to 2028.

SPEAKER_02 13:49

So you have massive tonnage just removed from Indonesia. The second disruption is in the DRC, right? At the Kamoa Kakula complex.

SPEAKER_00 13:57

Yeah, Kamoa Kukula was supposed to be one of the great growth stories for global copper supply, but they were forced to issue a severe downgrade to their production guidance. They cut it by 22.5%.

SPEAKER_02 14:09

That's huge.

SPEAKER_00 14:11

It is. They are now only projecting 290,000 to 330,000 metric tons for the year.

SPEAKER_02 14:17

A 22.5% miss on a mine of that scale is a massive shock to the global balance sheet.

SPEAKER_00 14:23

Absolutely.

SPEAKER_02 14:24

But the third disruption is perhaps the most structurally terrifying, I think, because it involves the world's top copper producing nation, which is Chile.

SPEAKER_00 14:33

Right. Chile's national production was initially forecasted to grow by 3.7% this year. Instead, they are now projecting a 2% outright decline.

SPEAKER_02 14:41

Wow, going backward.

SPEAKER_00 14:43

Yes. And the epicenter of that failure is El Teniente.

SPEAKER_02 14:46

El Teniente is the world's largest underground copper mine, isn't it? It's an engineering marvel.

SPEAKER_00 14:51

It is an absolute marvel, but it relies on a mining technique called block caving.

SPEAKER_02 14:54

Okay, what is block caving?

SPEAKER_00 14:56

In block caving, you essentially dig tunnels underneath a massive ore body, you trigger controlled explosions, and then you allow gravity to collapse the mountain down into your extraction funnels.

SPEAKER_02 15:07

So you're basically letting the mountain crush itself.

SPEAKER_00 15:09

Exactly. It requires incredibly precise management of geological stress. But in August 2025, a severe earthquake hit the region.

SPEAKER_02 15:18

When an earthquake hits a block cave mine, I imagine it completely shatters that carefully managed stress field.

SPEAKER_00 15:24

That's exactly what happens. The seismic event caused massive uncontrolled collapses within the mine's infrastructure. And you can't just send a crew down with hard hats and shovels to clear out a collapsed block cave.

SPEAKER_02 15:35

Right, it's millions of tons of rock.

SPEAKER_00 15:37

Yeah. You have to essentially redesign and rebuild the structural integrity of the mountain itself. The operational impact is severe. Production at El Teniente is hardcapped at 301,000 metric tons for 2026, and the executives have stated they are looking at a five-year recovery timeline to get back to previous operational baselines.

SPEAKER_02 15:56

Five years. So we have mudslides in Indonesia, logistical downgrades in the DRC, and seismic collapses in Kiley. The physical extraction of copper is just failing.

SPEAKER_00 16:07

It's a perfect storm on the supply side.

SPEAKER_02 16:10

But the May price spike wasn't just a supply side panic, right? There is an active demand story driving the narrative forward, completely independent of the broader macroeconomic slowdown.

SPEAKER_00 16:20

Yeah, exactly. Because even if traditional manufacturing slows down due to high oil prices, we are seeing this insatiable, highly inelastic demand from the technology sector.

SPEAKER_02 16:30

The AI boom.

SPEAKER_00 16:31

The AI data center boom is requiring an unprecedented build-out of physical infrastructure. AI processors require massive amounts of power, which generates massive amounts of heat.

SPEAKER_02 16:41

Right. They get incredibly hot.

SPEAKER_00 16:43

So to power and cool these facilities, you need incredibly thick, highly conductive bus bars and just miles of internal wiring. And beyond the data centers, you have national grid expansions required to handle the electrical load of a digitizing world.

SPEAKER_02 16:55

So that technological demand creates a really high floor for copper. And while Western markets were, you know, pacing back and forth, worrying about JP Morgan's GDP warnings, China was executing step two of their industrial playbook.

SPEAKER_00 17:10

Yeah, the JP Morgan data on China's behavior during this period is fascinating. They track a metric called apparent consumption.

SPEAKER_02 17:17

Okay, what does that mean?

SPEAKER_00 17:18

Apparent consumption is essentially domestic production plus imports minus exports. So it tells you how much metal is actually staying inside the country to be used or hoarded.

SPEAKER_01 17:28

Got it.

SPEAKER_00 17:29

In April, while prices were still relatively soft before the mass of May breakout, Chinese apparent consumption jumped nine percent year on year.

SPEAKER_02 17:37

So they were aggressively buying the dip, they looked at the collapsing supply in Chile and Indonesia, ignored all the macroeconomic noise in the West, and just vacuumed up the physical metal.

SPEAKER_00 17:47

And we know it was physical hoarding because JP Morgan noted their inventory d stocking rate, meaning the speed at which copper was being pulled out of warehouses, accelerated to 55,000 metric tons per week.

SPEAKER_02 17:59

Wow, 55,000 tons a week.

SPEAKER_00 18:01

The metal was literally vanishing from the open market into Chinese reserves.

SPEAKER_02 18:05

Which explains the price action. This level of tightness gives us a very clear technical picture. The JP Morgan Outlet provides a crucial metric for anyone trying to model this market. Right. They stated that even if the most bearish macro scenarios materialize like, if the Strait of Hormuz stays closed, if oil remains structurally high, and global growth stutters, copper has a massive medium-term support zone at $11,100 to $11,200 per metric ton.

SPEAKER_00 18:34

And that support level is a physical floor. It means that the overlapping mine failures and the baseline technological demand have created a market so tight that the price structurally cannot fall below that level without triggering immediate massive buying.

SPEAKER_02 18:48

It's just a coiled spring. And just to add one final layer of complexity to the copper narrative, we have to talk about the political fracturing of the market.

SPEAKER_00 18:55

Yes, the tariffs.

SPEAKER_02 18:57

The INN report briefly touches on the June 30th review of Section 232 tariffs by U.S. Secretary of Commerce Howard Lutnick. Now we're just laying out the policy here impartially, but this is a big deal.

SPEAKER_00 19:08

This is a critical development. Section 232 of the Trade Expansion Act allows the U.S. government to impose tariffs on imports if they are deemed a threat to national security. The Trump administration has utilized this to implement escalating 15% tariffs specifically targeting copper.

SPEAKER_02 19:26

I want to clarify the mechanism here for you, the listener. Because a 15% tariff isn't just about making foreign copper more expensive. It's a strategic move to manipulate domestic inventory.

SPEAKER_00 19:36

Precisely. The goal of the 232 tariffs is to ensure that copper mined or refined within the United States stays within the United States.

SPEAKER_02 19:44

Right.

SPEAKER_00 19:45

By making it economically punitive to import copper, the domestic price rises slightly, which incentivizes domestic producers to sell their metal to local warehouses rather than exporting it.

SPEAKER_02 19:56

So the U.S. is essentially declaring copper a critical strategic reserve and building a financial wall around its own supply.

SPEAKER_00 20:02

Exactly, which fundamentally breaks the concept of single, unified global price. If the U.S. is hoarding its own supply, the remaining pool of global copper becomes even smaller and more fiercely contested by China and Europe.

SPEAKER_02 20:15

Aaron Powell That is Dr. Copper in 2026. A market paralyzed by chemical shortages, crippled by geological realities in the mines, bolstered by AI infrastructure, and fractured by resource nationalism.

SPEAKER_00 20:28

It's an incredibly dense landscape.

SPEAKER_02 20:30

It is. But let's shift our focus to a market moving at an even more violent velocity. Because if copper is a slow-moving tectonic shift, lithium in early 2026 was a volcanic eruption. Oh, without a doubt. The lithium market perfectly illustrates how a hyperconcentrated supply chain can be ignited by a single policy decision.

SPEAKER_00 20:50

Yeah, to understand the sheer scale of the lithium shock in Q1, we really have to look at where the market was coming from. For the last three years, lithium had been agonizingly depressed.

SPEAKER_01 20:59

Just flatlining.

SPEAKER_00 21:00

Worse than flatlining. Prices had fallen so low that they broke through the cost curve, meaning it cost more money to dig the rock out of the ground than you could actually sell it for.

SPEAKER_02 21:07

Ouch.

SPEAKER_00 21:08

The market was essentially dormant.

SPEAKER_02 21:10

And then the 95% rebound, the INN lithium report tracks battery-grade lithium carbonate surging from $13,433 per metric ton in December to $26,278 by late January. It's insane.

SPEAKER_00 21:24

In less than eight weeks, the price practically doubled. Spotamine, which is the hard rock form of raw lithium blasted back over the $2,000 per metric ton mark.

SPEAKER_02 21:36

To explain a price movement that violent, we have to look at the anatomy of a supply shock. During those three years of low prices, the industry completely stopped investing in the future.

SPEAKER_00 21:45

Right, because there was no money to be made.

SPEAKER_02 21:47

Exactly. The INN report highlights that feasibility studies for new lithium projects collapsed from dozens annually down to fewer than 10 in 2025. Exploration budgets were gutted.

SPEAKER_00 21:58

It makes me think of trying to build a modern city, but suddenly realizing that all the steel mills were demolished three years ago because steel was too cheap.

SPEAKER_02 22:07

That's a great way to think about it.

SPEAKER_00 22:09

And now everyone wants to build skyscrapers. The price of steel is rocketing, but you can't just snap your fingers and manifest a steel mill, you know. You have to survey the land, pour the foundation, build the blast furnaces. It takes years before a single steel beam is produced. That is the perfect analogy for the lithium mining cycle. The capital starvation of the previous three years meant there was zero slack in the system. The supply pipeline is completely hollowed out. Right. So when two distinct catalysts hit the Market simultaneously in early 2026, the price had no buffer. It just exploded.

SPEAKER_02 22:40

So let's break down those two catalysts because one is geological and the other is purely political. First, the geological issue in China regarding CATL.

SPEAKER_00 22:49

Okay, so CATL is the largest EV battery manufacturer on the planet. They have massive domestic mining operations in China, specifically targeting a mineral called lapidolite at their Jiang Xiawa mine. But lipidolite is highly problematic.

SPEAKER_02 23:04

Explain lipidolite to me because everything I read suggests it's the absolute bottom of the barrel when it comes to lithium sourcing.

SPEAKER_00 23:10

It really is. Lapidolite is a lithium-bearing mica mineral. Unlike spotamine, which is relatively clean or straightforward to process, lipidolite has a very low grade of lithium and is heavily contaminated with impurities.

SPEAKER_02 23:22

Okay, so how do you get the lithium out?

SPEAKER_00 23:24

To get the lithium out, you have to roast the rock at extreme temperatures, a process which releases highly toxic fluorine gas and generates mountains of toxic slag waste.

SPEAKER_02 23:35

Wow, that sounds awful.

SPEAKER_00 23:36

It is environmentally devastating and incredibly expensive to refine.

SPEAKER_02 23:39

So China has been relying on this low-grade, highly toxic rock just to keep their battery factories fed.

SPEAKER_00 23:45

Exactly. And in Q1, CATL faced severe delays and environmental pushback at the Jiang Xiao operation. The market realized that China's domestic supply of last resort was struggling to produce.

SPEAKER_02 23:58

Which brings us to the second, much more explosive catalyst, Zimbabwe. On February 25th, the Zimbabwean government abruptly suspended all exports of raw minerals and lithium concentrates.

SPEAKER_00 24:09

And this is a masterclass in resource nationalism. Again, looking at it objectively, Zimbabwe had previously stated their intention to ban raw exports by 2027. Their goal is entirely rational from their perspective.

SPEAKER_02 24:21

Right. They want to capture the value.

SPEAKER_00 24:22

Exactly. They don't want foreign companies just scooping up cheap dirt and taking the high-value refining jobs back to Asia. They want those multi-billion dollar chemical processing plants built inside Zimbabwe's borders.

SPEAKER_02 24:34

But they didn't wait until 2027. They pulled the ban forward unexpectedly to early 2026, throwing the global market into chaos. If you are a beginner investor listening to this, it might be easy to dismiss Zimbabwe as a marginal player, but the data tells a vastly different story.

SPEAKER_00 24:51

Zimbabwe is a lithium powerhouse. They hold roughly 7% of the total global supply and were projected to export 124,000 metric tons of spotamine concentrate in 2026.

SPEAKER_02 25:03

That's a lot of rock.

SPEAKER_00 25:04

But the most critical statistic is where that spotamine was going. Zimbabwe supplies 15% of China's total spotamine imports.

SPEAKER_02 25:11

So perfectly overlapping with the delays at CATL's domestic lipidolite mine, 15% of China's high grade raw feed is suddenly taken offline overnight. That is the exact recipe for a 95% price surge.

SPEAKER_00 25:23

And this brings up a massive point of confusion in the broader financial media that we really need to clarify for everyone. You will often read headlines claiming that the lithium market is in a state of oversupply. The INN report itself even references a nominal surplus for 2026.

SPEAKER_02 25:40

Aaron Powell I was going to challenge you on exactly that because like how does a market with a supposed surplus experience a 95% price spike? Does the data contradict itself?

SPEAKER_00 25:50

It doesn't contradict itself. It's measuring two totally different things. We have to clearly distinguish between a paper surplus in the chemical refining sector and a structural deficit at the mine level.

SPEAKER_02 26:01

Okay, separate those out for me. What is the paper surplus?

SPEAKER_00 26:04

The paper surplus refers to the refining capacity. Over the last few years, immense amounts of capital were poured into building chemical plants. These are the factories that take raw rock and turn it into battery-grade lithium carbonate.

SPEAKER_02 26:17

Okay.

SPEAKER_00 26:17

So on paper, if you add up the capacity of all those factories, there is more than enough capability to process the lithium the world needs.

SPEAKER_02 26:24

But factories can't process air.

SPEAKER_00 26:27

Exactly. The structural deficit is in the raw spotamine rock. We have too many chemical plants and not nearly enough mines actually pulling dirt out of the ground to feed them. The refineries are literally starving for raw material.

SPEAKER_02 26:41

Because of that three-year capital drought where no new mines were built?

SPEAKER_00 26:45

Precisely. And now the prices are skyrocketing, the market is desperately trying to incentivize what we call fourth quartile production.

SPEAKER_02 26:52

Aaron Powell Let's define that. Fourth quartile means the highest cost, lowest margin operations, right? The mines that only make sense to run when prices are astronomically high.

SPEAKER_00 27:02

Aaron Ross Powell Right. These are often lower grade operations in Australia or scattered across Africa that were put on care and maintenance, essentially mothballed during the downturn.

SPEAKER_02 27:11

But as we established with your steel mill analogy, you cannot just flip a switch to turn a mine back on.

SPEAKER_00 27:16

Right. It's a huge undertaking.

SPEAKER_02 27:17

So what are the actual mechanical hurdles to restarting a mothballed mine?

SPEAKER_00 27:21

Aaron Ross Powell Well, first you have to dewater the open pits, which takes months. You have to recertify all the heavy machinery and processing equipment, which has been degrading while sitting idle.

SPEAKER_01 27:31

That takes time.

SPEAKER_00 27:32

Then you have to rehire specialized labor pools that scatter during the layoffs. And critically, you have to secure fresh working capital from banks at current, much higher interest rates. The lead time to bring fourth quartile supply back online is a minimum of 12 to 18 months.

SPEAKER_02 27:49

So the chemical refineries are frantically bidding up the price of whatever raw spotamine is available today, driving that 95% surge because they know the cavalry isn't arriving for at least a year and a half.

SPEAKER_00 28:00

That is the structural reality of the lithium market.

SPEAKER_02 28:03

Man, we have laid out a tremendous amount of localized data here. The Strait of Horme's closing, natural gas processing, choking off sulfuric acid, copper mines collapsing from mudslides and earthquakes, the U.S. walling off its domestic copper, CATL struggling with toxic lipidolite, and Zimbabwe slamming the door on raw exports.

SPEAKER_00 28:22

It's a lot to process.

SPEAKER_02 28:23

It is. But let's pull the lens all the way back and look at the unified picture here. How does China sit at the center of this incredible web?

SPEAKER_00 28:31

If you look objectively at China's behavior across all three of these commodities, oil, copper, and lithium, you see a highly coordinated, multi-year industrial strategy executing flawlessly while the West just reacts to short-term headlines.

SPEAKER_02 28:46

Let's map out their playbooks step by step based on everything the sources have shown us today.

SPEAKER_00 28:50

Okay, phase one is immediate domestic protection. When the Middle East conflict disrupted the global sulfur supply, China didn't hesitate. They halted exports, prioritizing their own food security and fertilizer production, fully aware it would cripple copper refining in South America.

SPEAKER_02 29:07

And phase two is countercyclical hoarding.

SPEAKER_00 29:09

Yes.

SPEAKER_02 29:10

While Western analysts were reading JP Morgan reports about high oil prices dampening GDP and, you know, selling off copper, China stepped into the soft market and aggressively bought the dip. They utilized the macroeconomic fear to rebuild their physical inventories at a massive discount, pulling 55,000 tons a week out of warehouses.

SPEAKER_00 29:28

In phase three is long-term resource capture. During the three-year lithium crash, while restern exploration budgets dropped to near zero because the short-term economics looked poor, Chinese state-backed entities were quietly traveling across Africa and South America.

SPEAKER_01 29:45

Buying up assets.

SPEAKER_00 29:46

Exactly, purchasing equity stakes and securing off-take agreement for future lithium assets, they play a completely different time horizon.

SPEAKER_02 29:53

But this brings us to a massive economic paradox that I really need your help resolving. Because the JP Morgan research points out that high oil prices driven by the Middle East conflict act as a tax that drags down GDP. Right. If global GDP is slowing down and everyday consumers have less disposable income because gasoline is so expensive, doesn't that inherently destroy the narrative for the green transition? Like, how can someone afford a new electric vehicle if they are broke from paying at the pump?

SPEAKER_00 30:21

It is a logical assumption. But JP Morgan provides a brilliant counterintuitive insight here. They argue that persistently high energy and petrol costs might actually accelerate a structural boom in copper and EV demand outside of China.

SPEAKER_02 30:33

Explain the psychology behind that. Why would expensive oil make people buy more EVs if they have less money?

SPEAKER_00 30:40

It comes down to the elasticity of consumer pain. When gasoline prices spike temporarily, consumers just absorb the cost and complain.

SPEAKER_02 30:48

Right. They wait for it to go back down.

SPEAKER_00 30:50

But when gasoline prices stay stubbornly high for prolonged periods because of deep structural geopolitical conflict like the closure of the Strait of Hormuz, the consumer reaches a breaking point. They realize the era of cheap oil is permanently over.

SPEAKER_02 31:04

So it forces a behavioral shift.

SPEAKER_00 31:06

Exactly. Consumers stop looking at electric vehicles as a luxury environmental purchase and start viewing them as a vital economic necessity to escape the perpetual taxation of the fossil fuel market. High oil prices effectively serve as the greatest marketing campaign possible for EV adoption.

SPEAKER_02 31:22

And the data in the INN report perfectly validates that behavioral shift. Global EV sales didn't collapse. They actually rose 22% in 2025.

SPEAKER_00 31:31

That's a huge jump.

SPEAKER_02 31:33

And more critically, Chinese exports of EVs and hybrid vehicles jumped an astonishing 140% in March of 2026, reaching 350,000 units exported in a single month.

SPEAKER_00 31:45

The West and the emerging markets are aggressively buying Chinese EVs to escape the pain of high Middle Eastern oil. And to build those 350,000 exported vehicles, China needs massive amounts of copper wiring and massive amounts of lithium batteries.

SPEAKER_02 31:58

It's an incredible feedback loop. The geopolitical friction in the oil market is violently accelerating the demand for the exact same metals that are being bottlenecked by that exact same geopolitical friction.

SPEAKER_00 32:10

That is the defining dynamic of the 2026 commodity landscape.

SPEAKER_02 32:13

Okay, we have covered the globe, from Qatari gas facilities to Chilean underground mines to Chinese export docks, but we have to translate this macro intelligence down to the micro level for you. If you are a listener, maybe you're a beginner investor looking to add some commodity exposure to your IRA, or maybe you're just trying to manage your personal portfolio through this turbulence, how do you make this information actionable?

SPEAKER_00 32:34

The weekly Commodity Breeze dedicates a significant portion of its analysis to translating these macro trends into specific tactical approaches. Let's break down the playbook, starting with copper.

SPEAKER_02 32:45

What is the primary directive for someone looking at the copper market right now?

SPEAKER_00 32:49

The absolute biggest mistake a retail investor makes is fixating on the daily spot price. The spot price is noisy, it's heavily manipulated by algorithmic trading and headline algorithms.

SPEAKER_02 33:01

It just jumps around too much.

SPEAKER_00 33:03

Yeah. If you want to understand where copper is going, you have to look under the hood at the physical inventory signals.

SPEAKER_02 33:09

Aaron Powell Meaning track what is actually sitting in the warehouses.

SPEAKER_00 33:12

Correct. You need to monitor refining throughput and global des stocking data. When you see a data point like China pulling 55,000 metric tons of copper out of warehouses every single week, that is a hard physical signal.

SPEAKER_02 33:25

You can't fake that.

SPEAKER_00 33:26

No, you can't. It tells you that regardless of whether the Wall Street narrative is bullish or bearish that week, the underlying industrial demand is rapidly consuming the available supply.

SPEAKER_02 33:35

So ignore the daily ticker tape. Watch the physical metal movement. Now, what is the strategic role of oil in a portfolio right now, considering all the damage it's doing to global GDP?

SPEAKER_00 33:47

The brief is very clear on this. You don't necessarily hold oil exposure right now expecting massive long-term growth. You hold it as a defensive hedge.

SPEAKER_02 33:58

Because it drives inflation.

SPEAKER_00 33:59

Exactly. Oil is the engine of inflation. If the geopolitical situation deteriorates further and the Strait of Hormuz remains contested, inflation will surge, which will erode the value of your traditional stocks and bonds.

SPEAKER_02 34:12

So you use oil equities or volatility plays as a form of portfolio insurance? If the world gets more chaotic, your oil position offsets the damage to your broader investments.

SPEAKER_00 34:22

Exactly.

SPEAKER_02 34:23

Which brings us to the most volatile sector, lithium and EV equities. After seeing a 95% price spike driven by single point failures in China and Zimbabwe, how do you invest in this space without exposing yourself to catastrophic risk?

SPEAKER_00 34:37

The golden rule in the lithium sector today is radical diversification. The era of betting on a single junior mining company with one promising asset in a politically unstable jurisdiction is over.

SPEAKER_01 34:49

It's just too risky now.

SPEAKER_00 34:51

The risk of resource nationalism, like we saw in Zimbabwe, is simply too high.

SPEAKER_02 34:55

So you look for companies with a geographically dispersed portfolio of mines, but the INN report also emphasizes a specific business model, right? The integrated project.

SPEAKER_00 35:06

Yes, and this is where the smartest capital is flowing right now. An integrated project is a company that controls both the extraction of the raw lithium from the ground, AND, the chemical refinery, that processes it into battery-grade material.

SPEAKER_02 35:19

Okay, so they own the whole process.

SPEAKER_00 35:20

Right. And ideally both are located in the exact same geographic region.

SPEAKER_02 35:24

Give me an example of what that looks like in practice.

SPEAKER_00 35:27

The reports specifically highlight companies like Vulcan Energy or Sebine Stillwater's Caliber project in Europe. These companies are building end-to-end supply chains completely within European borders. They are mining the raw material and refining it locally.

SPEAKER_02 35:42

I see the value there instantly. If you are an integrated project in Europe, you don't care if the Strait of Hormuz is closed. You don't care if Zimbabwe bans exports.

SPEAKER_00 35:52

Not at all.

SPEAKER_02 35:53

You aren't reliant on putting your raw rock on a cargo ship and sending it to a refinery in China, exposing yourself to ocean freight costs, geopolitical trade wars, and tariff barriers.

SPEAKER_00 36:03

Exactly. You are buying revealance. In a fractured global market, localized, vertically integrated supply chains carry a massive premium.

SPEAKER_02 36:13

Let's touch on the broader macroeconomic strategy mentioned in the brief. There are two specific concepts I want to define for our listeners, starting with the impact of the US dollar.

SPEAKER_00 36:23

The relationship between commodities and the US dollar is fundamental. Globally, commodities like copper and oil are priced in US dollars. Right. When the dollar is exceptionally strong, meaning interest rates are high and global capital is flowing into the US, it makes those commodities vastly more expensive for a buyer in Europe or Asia using their local currency.

SPEAKER_02 36:42

So a strong dollar acts as a wet blanket on commodity prices.

SPEAKER_00 36:46

Correct. It suppresses demand. So the commodity brief suggests that if you expect the dollar to remain strong, you should consider utilizing currency-hedged ETFs or investment vehicles to protect your commodity exposure from exchange rate fluctuations.

SPEAKER_02 37:00

And the final technical concept from the brief that we really need to demystify is the futures curve.

SPEAKER_00 37:05

Ah, yes.

SPEAKER_02 37:06

The report discusses monitoring whether the market is in Contango or backwardation. I know those sound like arcane financial jargon, but they are crucial psychological indicators. Let's define them.

SPEAKER_00 37:18

They are incredibly revealing metrics. Let's start with Contango. In a normal, healthy, well-supplied market, the price of a commodity for delivery six months from now should be higher than the price to buy it today.

SPEAKER_02 37:29

Because if I buy copper today to use in six months, I have to pay to rent a warehouse to store it, and I have to pay to insure it. The future price just bakes in those holding costs.

SPEAKER_00 37:38

Exactly. That is a market in Contango. It implies supply is comfortable. But right now, in specific pockets of these markets, we are seeing severe backwardation.

SPEAKER_02 37:48

Which is the exact opposite.

SPEAKER_00 37:49

Right. Backwardation occurs when the spot price, the cost to take delivery of the physical metal today, is actually higher than the future price.

SPEAKER_02 37:58

Walk me through the psychology of a buyer in a backwarded market. Why would a factory manager agree to pay a premium to buy copper today rather than buying it cheaper for future delivery?

SPEAKER_00 38:10

Because they are desperate. Backwardation means the factory manager is saying, I don't care about storage cost, and I don't care about the long-term price. My assembly line is going to shut down tomorrow if I don't get physical copper right now, and I'm willing to pay an irrational premium to secure it.

SPEAKER_02 38:25

It is the ultimate metric of physical scarcity. If a market is in deep backwardation, it tells you that the structural deficit is real and the supply chain is bleeding.

SPEAKER_00 38:34

Monitoring that futures curve tells you whether the market panic is temporary or structural.

SPEAKER_02 38:39

I want to take a moment to pull all of this together. The mission of this deep dive was to find the hidden thread connecting these chaotic headlines. And the picture that has emerged is just stunning. We are watching the global push for a green transition, the electric vehicles, the AI data centers, the modern grid collide violently with the immovable realities of geography and geopolitics.

SPEAKER_00 39:02

It really is a collision.

SPEAKER_02 39:03

Right. Because a missile strike in the Middle East spikes global oil prices, which threatens economic growth, but simultaneously starves the South American copper market of the basic sulfuric acid it needs to function.

SPEAKER_01 39:15

Yep.

SPEAKER_02 39:15

Meanwhile, the physical copper mines themselves are collapsing under the weight of mudslides and seismic instability, forcing a market defined by deep physical scarcity.

SPEAKER_00 39:24

And it's all happening at once.

SPEAKER_02 39:26

Exactly. Simultaneously, the lithium market experiences a violent 95% price shock, brutally demonstrating what happens when years of capital starvation meet a hyper-concentrated supply chain dependent on low-grade Chinese rock and unpredictable Zimbabwean export policies. And navigating flawlessly through all of this chaos is China, utilizing its massive industrial policy to hoard cheap copper, secure foreign lithium assets, and export record numbers of electric vehicles to a world desperate to escape the high cost of oil. Copper, oil, and lithium are not isolated sectors. They are inextricably linked organs within the exact same macroeconomic body.

SPEAKER_00 40:08

It is a phenomenal summary of the landscape. We truly are navigating muddy waters. But before we sign off, I want to leave you with one final provocative concept to mull over.

SPEAKER_02 40:18

Okay, let's hear it.

SPEAKER_00 40:19

It builds on a very brief tangent mentioned in the JP Morgan research regarding the future of supply.

SPEAKER_02 40:24

I think I know where you're going with this.

SPEAKER_00 40:25

If the Earth's crust is becoming too geologically difficult to mine, as we saw with the collapses in Chile and Indonesia, and if the geopolitical landscape is becoming too fractured with tariffs, export bans, and closed shipping lanes to reliably transport raw materials, what happens when the most economically viable source of critical metals is no longer in the ground?

SPEAKER_02 40:46

You're talking about the transition to urban mining.

SPEAKER_00 40:48

I am. The biggest, most profitable commodity giants of the 2030s might not be the traditional mining companies pulling lower and lower grades of ore out of politically unstable jurisdictions in Africa or South America.

SPEAKER_02 41:01

Right, the traditional players.

SPEAKER_00 41:02

Exactly. They might be advanced logistics and chemical engineering firms pulling pure copper and battery-grade lithium out of our own local junkyards.

SPEAKER_02 41:10

Harvesting the scrap heap.

SPEAKER_00 41:12

Exactly. When you recycle an old electric vehicle or a server rack from an obsolete data center, you are effectively mining an ultra-high grade deposit that is sitting right in your own backyard, completely immune to the Strait of Hormuz or Section 232 tariffs.

SPEAKER_02 41:28

That's a great point.

SPEAKER_00 41:29

If primary supply continues to strangle the market, advanced recycling technology won't just be an environmental initiative. It will become the undisputed center of gravity for global commodity production.

SPEAKER_02 41:40

Now that is a paradigm shift. We spend all our time analyzing how to dig a better hole in the earth, when the ultimate solution might just be figuring out how to chemically unlock the mountains of discarded technology we've already built. It completely rewrites the geopolitics of supply.

SPEAKER_00 41:56

It really does. It changes the entire game.

SPEAKER_02 41:59

Well, thank you so much for joining us on this deep dive into the commodity markets. The screen might look chaotic, but there is always a thread connecting the data. Keep questioning the headlines, keep looking under the hood for those physical inventory signals, and we will see you next time.