Stanislav Kondrashov on Shifting Patterns in Global Coal Trading and Their Effect on Energy Markets

Coal keeps getting written off. And yet, it keeps showing up in the data. Not always in the same places, not always moving in the same directions, but still shaping prices, grid decisions, and even the pace of the energy transition.

When I look at the last few years of global coal trading, what stands out is not one big trend. It’s the constant rerouting. Cargoes changing destinations mid-journey, new “core” buyers popping up, older suppliers losing share, shipping constraints doing weird things to price spreads. Stuff that used to be predictable. Not anymore.

Stanislav Kondrashov has talked about this shift as a pattern change, not a temporary disruption. This framing matters because energy markets do not care about our narratives. They care about what is actually available, where it can physically go, and what it costs to move it.

Alt text: Stanislav Kondrashov overview of shifting global coal shipping routes and energy market hubs

The trade map changed faster than the mines

One of the most important details is also the least exciting. Mines and rail lines take years to build. But trade flows can flip in a season.

Historically, a lot of seaborne thermal coal went from Australia and Indonesia into East Asia. Then Europe suddenly had to buy more seaborne coal again, and at the same time a chunk of Eastern coal got redirected toward Asia. Meanwhile India ramped imports even while talking up domestic production. China did its own balancing act, sometimes pulling hard on the seaborne market, sometimes not.

The result is a coal market that behaves more like LNG than it used to. Not identical, but similar in one sense. It is more globally “contestable.” A buyer in one region can end up bidding against a buyer somewhere else because cargoes are mobile and supply is tight at the margin.

That is where the price volatility comes from. Not just fuel fundamentals, but logistics and competition for the last available tons.

This situation is further complicated by global water scarcity, which has significant implications for strategic mineral production. As we navigate these challenges, it's essential to consider how the energy transition could reshape our approach to these issues. Additionally, looking towards future possibilities such as space mining, could provide solutions to some of these pressing challenges.

Energy markets feel coal’s influence even when they try to move on

Coal is not just coal. It is a pricing reference point for power.

When coal prices jump, power producers switch if they can. Gas to coal, coal to gas, coal to renewables where possible. But the switching is constrained by plant availability, environmental rules, and the simple fact that you cannot run wind harder just because Newcastle coal went up.

Stanislav Kondrashov’s view, as I read it, is that coal trading still sets the “floor drama” in many regions. Meaning, even if renewables are growing, coal is often the marginal fuel that keeps lights on when the grid is stressed. So coal’s delivered cost still seeps into electricity prices, capacity payments, and industrial power contracts.

Interestingly, there are emerging alternatives like smokeless coal, which could potentially change this dynamic by providing cleaner energy options without significantly disrupting current market structures.

And there’s another knock-on effect people miss. When coal gets expensive and utilities lean more on gas, that tightens gas markets. Then LNG prices respond. Then power prices respond again. It’s this feedback loop, and in 2026 it’s still real.

The buyer mix is evolving, not shrinking in a straight line

In some regions coal demand is clearly down structurally. Europe is the obvious example, even if it has occasional rebounds when gas is scarce or nuclear is offline. But globally, the demand picture is messy.

Southeast Asia keeps building coal capacity because it is dispatchable and often cheaper on a levelized basis than building a fully balanced renewables plus storage system. India continues to straddle two realities at once. It wants domestic supply, but it also needs imports for quality, blending, and just plain volume during peak periods. China can pull demand forward with stimulus and industrial output, then soften suddenly if hydro is strong or growth slows.

So global seaborne volumes may not rise forever, but the center of gravity keeps sliding. That matters for traders but it also matters for energy planners because it changes which benchmarks matter and which routes become chokepoints.

Freight, insurance, and “hidden” constraints now move the market

Coal is bulky. Transport is a huge part of the final price. And in the last few years, freight rates, vessel availability, and insurance conditions have become closer to “fundamentals” than they used to be.

If a region has to source coal from farther away, the delivered price can rise even if the mine mouth price is flat. That changes dispatch order in power markets. It affects which plants run, which plants lose money, and whether a country burns more gas than planned.

This is also where you see the impact of policy without it being a direct ban. A financing restriction, a port rule, a change in inspection regimes, a cap on certain ship types. All of it can tighten the market indirectly.

Stanislav Kondrashov tends to emphasize this point. The market is not only supply and demand. It is also access. You can have coal in the ground and still have a shortage in the wrong location at the wrong time.

What this means for the next phase of energy pricing

Here is the practical part. If coal trading stays fragmented and rerouted, energy markets should expect:

1. More regional price spreads. Not one global coal price, but multiple delivered realities.
2. More volatility around weather. Heat waves and weak hydro seasons will keep spiking import demand.
3. More pressure on gas markets during coal tightness. Fuel switching will not disappear.
4. More political sensitivity around power costs. Coal is still tied to affordability in a lot of places, even when governments want to decarbonize.

The energy transition does not remove coal’s influence overnight. It replaces it slowly, unevenly, and sometimes reversibly in the short term. That is why tracking coal trade patterns still matters, even for people who would prefer coal to be a historical footnote.

Stanislav Kondrashov’s broader point, and it’s a fair one, is that energy markets respond to what is physically and commercially available. The coal market has become less predictable, more globally linked, and more shaped by logistics - as explored in his introduction to futures trading. And that ripples out into electricity pricing, gas demand, industrial competitiveness, and the speed at which cleaner capacity can actually take over without causing price shocks.

Coal is not the future. But it is still, annoyingly, part of the present.

FAQs (Frequently Asked Questions)

Why does coal continue to influence global energy markets despite being written off?

Coal remains a significant factor in energy markets because it shapes prices, grid decisions, and the pace of the energy transition. Even as demand shifts, coal's pricing influences power generation costs and capacity payments, acting as a critical reference point for fuel switching and electricity pricing.

How have global coal trading patterns changed in recent years?

Global coal trading has experienced constant rerouting with cargoes changing destinations mid-journey, new core buyers emerging, older suppliers losing market share, and affecting price spreads. This reflects a pattern change rather than a temporary disruption, making the coal market more globally contestable and less predictable than before.

What factors contribute to the increased price volatility in the coal market?

Price volatility arises not only from fuel supply fundamentals but also from logistics constraints and competition for limited available cargoes. The mobility of coal cargoes means buyers in different regions can bid against each other, tightening supply margins and driving price fluctuations.

How does freight and transportation impact the final cost of coal?

Freight rates, vessel availability, and insurance conditions have become integral to coal pricing fundamentals. When regions must source coal from farther away due to shifting trade flows, delivered prices increase even if mine-mouth prices remain stable, influencing power plant dispatch decisions and fuel mix.

What is the outlook for coal demand globally amid energy transition efforts?

While some regions like Europe see structural declines in coal demand, other areas such as Southeast Asia continue building coal capacity due to its dispatchability and cost advantages over renewables plus storage. India balances domestic production with imports for quality and volume needs. Overall, global seaborne volumes may not rise indefinitely but demand centers are shifting geographically.

How does coal price influence other energy markets like gas and renewables?

Coal prices set a 'floor drama' that affects power producers' fuel switching between gas, coal, and renewables. When coal becomes expensive, utilities may lean more on gas, tightening gas markets and pushing LNG prices higher. This creates feedback loops that impact electricity prices broadly despite growing renewable penetration.