MWPowerPlantFacts

Data last collected:

EIA plant 54630

Gypsum · Eagle · CO

American Gypsum Cogeneration

Operated by Eagle Materials Co LLC

Annual generation23,217 MWhSum of represented EIA-923 rows
Fuel codesDFO, NGCodes retained from EIA records
Grid contextPublic Service Company of ColoradoBalancing authority or NERC region

Published location

Where is American Gypsum Cogeneration?

This locator uses the coordinates in the approved source record. It shows geographic context, not a site boundary, safety zone or property-risk area.

39.648565, -106.949394

Open the interactive map ↗
Capacity is not generation. Nameplate MW describes equipment; annual MWh describes recorded output. Proposed and retired units are not added to operating capacity.

Equipment mix

Operating capacity by technology

TechnologyNatural Gas Fired Combustion Turbine6.4 MW represented
TechnologyPetroleum Liquids3.2 MW represented

Grouped from this plant’s represented generator records. Use the CO plant index for regional peers.

See the evidence

Electricity output across the year

Monthly net generation shows the seasonal shape of this plant's represented output. A negative value is retained when the source reports net consumption.

12,016
21,917
32,025
42,149
52,110
61,920
71,807
82,053
91,723
101,895
111,859
121,743

MWh net generation · 2024 final edition · EIA 923 represented operating rows. 12 of 12 supplied rows shown; 0 missing values omitted. Months with no reported numeric value are omitted, not treated as zero.

Read the chart as a table
Electricity output across the year — MWh net generation
RecordMWh net generation
12,016
21,917
32,025
42,149
52,110
61,920
71,807
82,053
91,723
101,895
111,859
121,743

2024 monthly net generation

MonthNet generation
12,016 MWh
21,917 MWh
32,025 MWh
42,149 MWh
52,110 MWh
61,920 MWh
71,807 MWh
82,053 MWh
91,723 MWh
101,895 MWh
111,859 MWh
121,743 MWh

Operating generators

IDTechnologyFuelMWStatus
T-2Natural Gas Fired Combustion TurbineNG3.6OP
T-1Natural Gas Fired Combustion TurbineNG2.8OP
D-1Petroleum LiquidsDFO1.6SB
D-2Petroleum LiquidsDFO1.6SB

Continue exploring

Similar-capacity plants in the same state

Identity, technology and limitations
EIA plant ID
54630
Sector
Industrial CHP
Water source
Unavailable
Data edition
2024-final

Use this record

Questions this evidence can answer

01What exactly is this record?

Use the name, place, date and identifiers above to confirm that you have the right American Gypsum Cogeneration power plant: capacity and generation | PowerPlantFacts record.

02What does the evidence establish?

Read the reported values with their units, coverage dates and source notes. Keep observed facts separate from estimates or interpretation.

03What should I verify next?

Follow the primary-source links and check the limitations before using this evidence for a decision, comparison or citation.

A closer look at American Gypsum Cogeneration

Variation in the published months

Across 12 numeric monthly generation entries, 4 has the highest recorded value (2,149 MWh) and 9 the lowest (1,723 MWh). Their difference is 426 MWh. Missing months have not been treated as zero.

Reading the MW column

In the 4 numeric rows displayed in this table, MW ranges from 1.6 (D-1, D-2) to 3.6 (T-2). The difference is 2 in the column's stated units. This summary covers the displayed rows and retains the table's period and scope.

Generator capacity in different operating conditions

Generator IDTechnologyNameplate MWSummer MWWinter MWMinimum load MW
D-1Petroleum Liquids1.61.21.40.3
D-2Petroleum Liquids1.61.21.40.3
T-1Natural Gas Fired Combustion Turbine2.82.62.80.5
T-2Natural Gas Fired Combustion Turbine3.62.62.80.5

EIA-860 2024 final source. Ratings describe capacity, not actual generation or availability. Missing ratings are not zero.

Source: US Energy Information Administration Form EIA-860 2024 plant and operable-generator workbooks; archive 2024. US EIA-authored information is generally public domain; cite EIA, preserve third-party exceptions, changes and no-endorsement context. Source-specific derived data.

Power plant research

Before you decide, check these points against the current source.

Things to check