Coal Isn't Disappearing. Energy Policy Should Deal With That Reality.
-6%20(8).png)
For decades, Western policymakers have treated coal as a fuel on the way out. But global energy markets are telling a different story.
NCEA's brief, The Coal Reality That Western Policy Ignores, argues that coal remains central to electricity generation, heavy industry, food production, and energy security, especially in the developing world. The policy challenge is not pretending coal will disappear. It is finding practical ways to use it more efficiently and with fewer environmental impacts.
The Numbers Are Difficult to Ignore
Global coal consumption reached roughly 9 billion metric tons in 2025, up from just over 6 billion tons in 2008. Coal supplied more than one-third of global electricity generation. China commissioned approximately 80 gigawatts of new coal-fired capacity in 2025, while India is planning substantial growth in coal use and new coal plants over the next decade.
These trends are not simply the result of government favoritism. They reflect coal's practical advantages: it is widely available, relatively inexpensive, easy to stockpile, and capable of providing power when electricity demand rises or other resources are unavailable.
Coal Keeps the Grid Stable
That matters because electricity systems need more than generating capacity. They also need stability. Coal plants, and other thermal and nuclear facilities, use large rotating machines that provide inertia and help maintain grid frequency when supply or demand changes suddenly. Wind, solar, and batteries connect to the grid through inverters and do not provide those same physical characteristics in the same way.
Beyond the Power Sector
Coal also remains essential beyond the power sector. Metallurgical coal is used to make coke for steel production and to process other critical materials. Coal and coal-generated electricity support cement, metals, chemicals, manufacturing, and the production of silicon used in solar panels, semiconductors, and computer hardware.
Coal is also part of the global food system. The study estimates that coal supplies roughly 20% of the world's hydrogen used to produce ammonia, the foundation of nitrogen fertilizers. About half the world's population depends on fertilizer for food production, making the availability and cost of coal relevant far beyond the electric grid.
Weighing the Environmental Trade-offs
None of this means that coal has no environmental costs. Coal combustion produces carbon dioxide and other emissions; and mining and waste disposal create additional challenges. But the relevant comparison is not between coal and an impact-free alternative. Every energy system requires land, materials, mining, construction, transportation, and waste management.
Technology can reduce coal's local environmental footprint. The brief notes that modern emissions controls can reduce particulate matter by approximately 99%, sulfur oxides by 95%–99%, and nitrogen oxides by 80%–90% compared with older, uncontrolled coal plants. High-efficiency, low-emissions technologies can also produce more electricity from less fuel.
China's experience illustrates the point. Even as its coal consumption has increased, the country has reduced urban air pollution by replacing older coal plants, installing advanced pollution controls, and moving heavy industry away from population centers. Coal use and improved air quality are not mutually exclusive.
The Policy Lesson
The policy lesson is not that every coal plant should operate indefinitely or that environmental concerns should be dismissed. It is that premature bans and financing restrictions can create new vulnerabilities—higher electricity costs, weaker industrial capacity, greater dependence on imported fuels, and less reliable grids.
A sensible energy policy should evaluate fuels and technologies by what they can actually deliver, not by political labels. Coal's future share of the energy mix may change, but its continued importance in electricity, industry, trade, and food production cannot be legislated away.
The better approach is realism: preserve a diverse energy portfolio, invest in cleaner and more efficient coal technologies, and recognize that reliability and affordability are environmental and economic priorities too.
-3%20(1).png)
-2%20(5).png)
-2%20(1).png)
-6%20(9).png)
-2%20(11).png)
-2%20(12).png)
-2%20(13).png)
-2%20(3).png)
.avif)
