Sep 12, 2026 · 1h 15m
Listen from 46:17
Listen at 46:17
Copper demand races ahead of the mines needed to supply it
Robert Friedland on the World's Monumental Shortage of Copper
The gap between electrification ambitions and copper supply reflects a broader collision between technology, industrial capacity, geopolitics, and environmental constraints.
- 1Data centers, electric vehicles, and reindustrialization are driving copper demand faster than new mines can be developed.
- 2Declining ore grades, limited recycling, permitting delays, and equipment shortages make supply expansion slow, costly, and technically difficult.
- 3Mineral access has become a national-security concern as the United States, China, and other powers navigate fragmented supply chains.
Don't miss
Friedland details the engineering and infrastructure obstacles involved in developing Oyu Tolgoi, including water constraints and massive electrical machinery.
The brief
Copper prices are rallying as data centers, electric vehicles, electrification, and reindustrialization raise demand, but mining investment moves slowly and recycling cannot close the gap.
Robert Friedland, Ivanhoe Mines’ founder and executive co-chairman, traces copper’s strategic importance from his unusual mining career to a world of fragmented supply chains.
The central constraint is physical: declining ore grades, difficult permits, scarce equipment, and enormous construction requirements make new production far harder than demand forecasts imply.
Friedland’s account of building Oyu Tolgoi in Mongolia shows how water, electricity, machinery, and ore-processing challenges turn a mine into a vast engineering project.
The conversation ends with no easy policy fix: tariffs, automation, and technology may help, but they cannot erase geology, permitting, energy, or waste-management realities.
What was said on this episode
19 statements · 6 positive · 11 negative · 1 mixed · 1 neutral
Copper is central to modern high technology.
“copper is central to everything we do, this super high technology”
Listen at 8:03
Demand for certain critical metals will grow without bound.
“demand for certain critical medals is... going to infinity”
Listen at 12:40
Maintaining 3% GDP growth requires mining 10,000 years’ copper output within 18 years.
“we need to mine that same amount of copper that we mined in the last 10,000 years, in the next 18 years.”
Listen at 17:48
La Escondida’s copper ore grade will fall to 0.4% within two years.
“within two years, the grade is going to drop to 0.4 of 1%.”
Listen at 26:23
Global copper production is declining despite higher prices.
“our global production of copper this year is down, even though prices are up.”
Listen at 28:23
AI’s electricity demand will grow without bound.
“the electrical demand for AI literally goes to infinity.”
Listen at 31:26
Low-cost drones can disable Leopard and Abrams tanks.
“the Leopard tanks and the Abrams tanks we were giving to Ukraine are parked and no longer used because a $12 drone can find them from the heat signature, from the tailpipe, and just kill them.”
Listen at 32:38
Existing mining technology cannot responsibly supply energy-transition copper.
“We cannot, as an industry, find and responsibly mine the copper that we need for an energy transition with yesterday's technology. It's just impossible.”
Listen at 36:33
Sulfuric acid prices rose above $1,000 per ton over eight months.
“we've seen prices in the last eight months go from $150 a ton to well over $1,000 a ton for sulfuric acid.”
Listen at 37:32
Resolution Copper has faced a 35-year permitting effort.
“The Resolution Copper Project in Arizona has been trying to get a permit for 35 years.”
Listen at 41:25
Innovation may help overcome the mining supply crisis.
“we do think it is. with great difficulty possible to innovate our way out of this mess.”
Listen at 42:54
Chinese AI is currently nearly as capable as American AI.
“Chinese AI is coming. It's as good as ours. It's 99% as good as ours”
Listen at 51:33
Microsoft could power its operations with nuclear plants.
“Microsoft could run all of their power off of nuclear power plants.”
Listen at 52:42
Gas turbines currently have a seven-year procurement wait.
“there's a seven-year wait to get a gas turbine to power a natural gas power plant.”
Listen at 52:59
Large mining motor ring gears now require eight-to-ten-year waits.
“Today it would be an eight- or ten-year wait, if ever.”
Listen at 56:48
Critical raw-material supply constraints will persist for 10–20 years.
“this is a subject. that is not going to go away for the next 10 or 20 years.”
Listen at 1:05:30
Tariffs could support U.S. copper self-sufficiency.
“if you want to mine in the United States, if you want to be self-sufficient, tariffs are a great idea.”
Listen at 1:06:03
A 30% tariff would raise $6 copper to $7.80.
“if copper is six bucks, you put on a 30% tariff, 30% of six bucks is $1.80. You'd have $7.80 copper.”
Listen at 1:06:09
Copper tariffs would increase domestic inflation and interest rates.
“it'll create domestic inflation. Rates will otherwise go up.”
Listen at 1:06:31
Statements are attributed to the speaker as said on the episode and reflect their view at the time, not PodLume's. They are not advice.