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Florida · Orlando Utilities Commission

Curtis H. Stanton Energy Center

Key facts

2Coal unitsof 382 tracked nationally
929 MWCapacity0.5% of the tracked fleet
39 yearsAge of oldest unitcame online in 1987
4 MtCO2 in 20250.5% of fleet-wide emissions
1,928 tSO2 in 2025
17.2 lbsMercury in 2025
3,540 GWh2025 net generation0.5% of tracked generation
$25.6M202c cost to ratepayers

In 2021, clean power produced energy 56.3% more cheaply

How this is calculated
Annual savings with clean power in 2021$77.4M≈56.3% cheaper than running this plant — estimated from its capacity at a 42% capacity factor.
Gap
$22.6/MWh
Difference
+56.3%
Cheapest clean power alternative
local solar

Units (2)

ExpandTypeStatusRetirement
1Dry bottom wall-fired boiler4651987 (39yrs)Operating11/30/2026 (was 12/2025)
2Dry bottom wall-fired boiler4651996 (30yrs)Operating—

Documents & sources

Health cost of the 202(c) orders

Every figure below is for one year of this plant running — not a total for its lifetime, and not tied to how long the 202(c) orders last. They are what one more year of operation costs the people living downwind of Curtis H. Stanton Energy Center.

$50.5M–$80.8M

Health damages

In 2023 dollars.


3–5 deathsPremature deaths
12 casesNew asthma cases
835 daysSchool days lost
215 daysWork days lost

Figures are rounded for readability; exact modelled values are shown below. See the full methodology here.

Source: EDF ran EPA’s CO-Benefits Risk Assessment (COBRA) screening model on this plant. COBRA is a screening tool, not a full air-quality model: it works at the county level and covers health impacts from fine particles and ozone only — it does not estimate health harms from mercury or other air toxics.

DOE Coal Plant Mandates

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