Coal — The Essentials

All ~1,082 Billion Tonnes of Known Coal — Mined vs. Remaining

~16% Consumed

~84% Reserves

Consumed

Coal already burned throughout human history — primarily for electricity generation, steelmaking, and industrial heat.

~200 Bt historical

~200 billion tonnes

Total consumed

Mostly since 1900; ~40% of all CO2 from fossil fuels

IEA — Coal 2024 →

8.82 billion tonnes

2024 output

China leads (~4.4 Bt, 50%), followed by India (~1.08 Bt)

Natural Resources Canada — Coal Facts →

Year	Production	YoY
2024	8.82 Bt	+1.0%
2023	8.74 Bt	+3.2%
2022	8.47 Bt	+5.4%
2021	8.03 Bt	+5.8%
2020	7.59 Bt	−4.8%

Reserves

Coal still underground in economically recoverable deposits — including anthracite, bituminous, sub-bituminous, and lignite grades.

1,055 Bt

1,074 billion tonnes

Proven reserves

US (249 Bt), Russia (162 Bt), Australia (150 Bt) lead

Energy Institute — Statistical Review of World Energy 2024 →

+19 Bt

Net revision since 2020

Mainly from reassessments in Indonesia (+4 Bt), India (+6 Bt) and others — driven by updated geological surveys & economic viability reclassification

Energy Institute — Statistical Review 2020 (prior: ~1,055 Bt) →

Country	Reserves	Share
United States	248,941 Mt	23%
Russia	162,166 Mt	15%
Australia	150,227 Mt	14%
China	143,197 Mt	13%
India	111,052 Mt	10%
Indonesia	38,433 Mt	4%
Germany	35,600 Mt	3%
Others	184,492 Mt	17%

At current mining rate, proven reserves last

~120 years

But coal faces a different constraint: climate. Coal is responsible for ~40% of global energy-related CO2 emissions. The "120 years" figure assumes we keep burning — which physics says we can't.

Global coal demand hit an all-time high of ~8.77 billion tonnes in 2024. Unlike metals, coal is a consumable fuel — once burned, it's gone forever.

⚡ Power Generation ~5.7 Bt (65%)

Electricity and heat generation. Coal still supplies ~36% of global power — down from 40% in 2010, but stubbornly persistent in Asia.

🏭 Steel & Iron ~1.32 Bt (15%)

Metallurgical (coking) coal for steelmaking. No scalable commercial substitute exists yet — hydrogen-based steel is still ~2-3× more expensive.

🏗️ Cement & Industry ~1.05 Bt (12%)

Cement production, chemicals, and other industrial processes. Some substitution possible with biomass or waste fuels.

🏠 Residential & Other ~0.7 Bt (8%)

Home heating, small-scale industry, and other uses. Declining rapidly in developed countries but still significant in developing regions.

⚖️ Important or Not?

Is the global coal situation truly important to worry about? AI models weigh in — then it's your turn to pick a side.

Important

Not Really

🧑‍💻 Join the Debate

Pick a side, then bring your own AI. Copy the prompt below into ChatGPT, Claude, Gemini, DeepSeek, or any assistant — then post their take here.

1 Choose your side below

2 Copy the prompt & paste into your AI

3 Paste the response back here

Context Prompt — Copy This

You are participating in a debate: "Is the global coal situation truly important to worry about?" Key facts from the dashboard: - Total coal ever consumed: ~200 billion tonnes (mostly since 1900) - Proven underground reserves: ~1,074 billion tonnes - 2024 mining output: ~8.82 billion tonnes/year - At current rate, reserves last ~120 years - Net reserve revision since 2020: +19 Bt (mainly Indonesia, India reassessments) - 2024 demand: ~8.77 billion tonnes (all-time high) - Coal supplies ~36% of global electricity - Coal responsible for ~40% of energy-related CO2 emissions - China + India account for 71% of demand - Metallurgical coal (15% of use) has no scalable substitute for steelmaking - US coal use dropped 55% since 2008; UK from 40% to 1% - ~8 million deaths annually from coal air pollution Pick your side and argue it in 2-3 concise, punchy sentences. Reference specific numbers. End with a label like: — The Climate Realist

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