The New Silk Road
Why I am watching Greenland
For centuries, explorers vanished into the frozen labyrinth of the Arctic searching for the Northwest Passage—a shortcut that would rewrite the rules of global trade. We used to call it a "fabled" route. Today, as the polar ice cap recedes at an unprecedented rate, that fable is turning into a cold, hard strategic reality.
If the North Pole becomes navigable during the summer months, the distance between the US East Coast and Japan could shrink by thousands of miles. But there is a silent titan sitting right at the gateway of this transformation: Greenland.
The Numbers: New York to Tokyo
When shipping from the US East Coast to Japan, the distance changes dramatically based on the path taken.
| Route | Distance (Nautical Miles) | Approx. Transit Time |
|---|---|---|
| Panama Canal (Standard) | ~9,700 nm | 25–28 days |
| Northwest Passage (Arctic) | ~7,000 nm | 18–20 days |
| Transpolar Sea Route (Over the Pole) | ~6,200 nm | 15–17 days |
The Saving: Switching to a Transpolar route would save approximately 3,500 nautical miles (over 4,000 standard miles) and cut roughly 10 to 12 days off a one-way trip.
To understand this concept it is critical to view the earth in polar projection, the standard Mercator projection is completely useless to understand this topic.
Please note: how distorted this map looks compared to the first map, which is in polar projection.
Polar projection maps are indispensable for Arctic analysis because they eliminate the distortion inherent in standard rectangular maps, which often depict the North Pole as an unreachable, stretched-out fringe at the top of the world. By centering the North Pole, these maps reveal the Arctic Ocean for what it truly is: a central, circular Mediterranean sea surrounded by the world's major powers. This perspective shifts our understanding of global trade from a horizontal "East-West" framework to a "Top-Down" strategic view, making it immediately clear how a melting ice cap creates direct, straight-line corridors between continents. From this vantage point, the proximity of the United States, Russia, and Europe becomes striking, and the role of Greenland as a massive, projecting pier into these new shipping lanes highlights its status as the "Gibraltar of the North." Although, I must say if you look at the map more carefully The Bering Strait, and Alaska looks like Gibraltar:) Greenland we might want to compare with also strait of Malacca and Singapore at the tip of tip (Nuuk?). It might seem far fetched today, but 10-50 years from now, it may not be as polar ice melts more and waterways become more navigable.
Why Greenland is the "Checkpost"
You might wonder why a massive, ice-covered island matters so much in this equation. In my view, Greenland is the Gibraltar of the North. Or perhaps Singapore of the North.
Deep-Water Ambitions: As the ice melts, Greenland’s fjords are revealing potential for deep-water ports that could serve as "gas stations" and repair hubs for Arctic convoys.
The Rare Earth Factor: It’s not just about the water. Underneath that ice lies one of the world's largest untapped deposits of rare earth minerals—essential for the very green technology we need to combat the warming that's opening the passage in the first place. Although I must stress, the cost to extract these resources will be astronomical. Without a significant government subsidy no publicly traded company will be interested in large scale mining operation in Greenland.
Surveillance and Security: Whoever holds influence in Greenland controls the "High North." It’s the ultimate lookout point for monitoring ship traffic moving between the Atlantic and the Arctic.
The "Great Game" of the 21st Century
I find it telling that global powers are suddenly "re-discovering" Greenland. We’ve seen increased diplomatic interest and even offers to purchase the territory in recent years. This isn't just real estate vanity; it’s a race for the most valuable trade real estate of the next century.
We are witnessing a shift where the "Middle of Nowhere" is becoming the "Center of Everything." The Northwest Passage isn't just a shortcut anymore; it's a catalyst for a new era of maritime power, with Greenland sitting right at the helm.
What about REE?
Yes, Greenland does have a lot of Rare Earth Elements. The primary reason for the REE surge is electrification. Specifically, four elements—Neodymium, Praseodymium, Dysprosium, and Terbium—are essential for making the world's most powerful permanent magnets.
Electric Vehicles (EVs):
An EV motor requires about 1–2 kilograms of rare earth magnets to be efficient and lightweight. Without them, EVs would have significantly shorter ranges and bulkier motors.
Green Energy:
High-tech offshore wind turbines use hundreds of kilograms of these magnets per unit to generate electricity reliably in harsh conditions.
Defense & Aerospace:
REEs are "mission-critical" for guided missiles, jet engines, and sonar systems. A single F-35 fighter jet, for instance, contains over 400 kilograms of rare earth materials.
Miniaturization:
Your smartphone, laptop, and medical imaging devices (MRIs) rely on REEs to function at a small scale. Lanthanum, for example, makes up nearly 50% of high-end digital camera lenses.
So, you didn't like fossil fuels, and wanted Green Energy, eh? Well look what you have gotten yourself into! :) Go Green for Greenland!! By the way, these are all heavy earth moving mining operation. So who controls most of the world production? Yes, you guessed it! China.
As of 2026, the control of the supply chain looks like this:
| Stage of Production | Dominant Player | Estimated Market Share (2026) |
|---|---|---|
| Mining | China | ~60-70% |
| Separation & Refining | China | ~90-91% |
| Magnet Manufacturing | China | ~94% |
| Secondary Mining | United States | ~12% (via Mountain Pass, CA) |
| Emerging Reserves | Vietnam / Brazil | Large but mostly undeveloped |
The "Refining Gap": The biggest issue for Western countries isn't finding the rocks; it's the processing. Even if a mine opens in Greenland or Australia, the raw ore is often still shipped to China for chemical separation because the West lacks the high-capacity, environmentally approved processing plants to do it at scale.
So how much of REE is there in Greenland?
Greenland holds approximately 1.5 million metric tonnes of proven rare earth reserves, ranking it 8th globally. However, broader estimates of "resources" (minerals that are likely there but not yet fully proven for extraction) are as high as 38.5 million tonnes, which would place it among the top reserves in the world, potentially rivaling China.
The two most significant deposits are:
Tanbreez: Estimated to contain roughly 28.2 million tonnes of resources. It is particularly valuable because it has a high concentration (about 27%) of heavy rare earths (like dysprosium and terbium), which are rarer and more expensive than light rare earths.
Kvanefjeld: One of the world's largest undeveloped deposits, with over 11 million tonnes of resources. It has high ore grades (1.43%), but it is currently blocked by local law due to its high uranium content.
Is it possible to mine it?
The "Eudialyte" Problem: Many of Greenland’s rare earths are encased in a complex rock called eudialyte. While technology exists to process it, no company has yet proven they can do so profitably at scale. Most successful REE mines elsewhere deal with carbonatite or monazite, which are easier and cheaper to process.
Eudialyte
Eudialyte was first described in 1819 for an occurrence in nepheline syenite of the Ilimaussaq intrusive complex of southwest Greenland.
Environmental Technology: Separating rare earths requires harsh chemicals. In Greenland’s fragile Arctic ecosystem, the technology for "clean" processing is more expensive and complex to implement.
Is is commercially viable today?
NO!
Currently, no. No rare earth mine is operating in Greenland as of 2026. Several factors make the cost prohibitive:
| Challenge | Impact on Commercial Viability |
|---|---|
| Infrastructure | There are virtually no roads, railways, or large-scale power grids near deposits. Companies must build their own ports and power plants, adding billions to initial costs. |
| Climate | Mining and shipping are restricted to a 4–6 month window due to sea ice and extreme cold, which doubles the logistics costs. |
| Uranium Ban | In 2021, Greenland banned mining of deposits with uranium concentrations over 100 ppm. Since rare earths are often found alongside uranium, this law has effectively halted the Kvanefjeld project. |
| Market Dumping | China still controls roughly 60-90% of the market. Experts note that China can lower global prices at will, making high-cost Arctic projects go bankrupt before they even start. |
There you have it. You wanted Green, you have got it!
I also must tell you, there is no oil in Greenland (not significant anyways). Most of it is continental shield, that is why there are REEs present in igneous rocks. Offshore, there are sedimentary basins, and they have been investigated in the past. Lot of it is covered by shallow volcanics making imaging and exploration for oil challenging.
