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Carbon capture and CO2 emissions calculator
Carbon capture can be applied to both new and existing gas power plants to decrease the emission of CO2 while providing reliable power to customers, working towards the clean energy transition.
This calculator can help you:
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Understand how much carbon-free power you can achieve per MWh depending on the desired CO2 capture rate
-
Discover how carbon capture compares to other methods of removing CO2 from the environment.
-
Get the numbers on the potential savings you can realize by exploring carbon capture solutions.
Calculate your carbon capture potential
1. Select combined cycle gas turbine model *
2. Percentage of desired CO2 Capture Rate:
3. Your gas turbine's expected annual operating hours:
4. Select your CO2 Tax Rate or your Plant Location:
*This calculation is based on a 2x1 turbine configuration
Carbon capture can be applied to both new and existing gas power plants to decrease the emission of CO2 while providing reliable power to customers, working towards the clean energy transition.
This calculator can help you:
-
Understand how much carbon-free power you can achieve per MWh depending on the desired CO2 capture rate
-
Discover how carbon capture compares to other methods of removing CO2 from the environment.
-
Get the numbers on the potential savings you can realize by exploring carbon capture solutions.
GE Gas Power
For more information, video, and helpful links, visit the original page at
Your carbon capture and CO2 emissions results
These results are based on your estimate of annual operating hours at a on a configured as a 2x1 combined cycle plant and a current CO2 tax of per metric tonne Try different settings.
Good news! You can achieve the following annually:
Carbon-free power generated
MWH
CO2 captured per year
MTpa
You can realize up to
in potential CO2 tax savings
This CO2 captured per year would be equivalent to:
-
Greenhouse gas emissions from gasoline-powered passenger vehicles driven for one year
-
Carbon sequestered by acres of U.S. forests in one year
-
Carbon sequestered by tree seedlings grown for 10 years
These results are based on your estimate of annual operating hours at a on a configured as a 2x1 combined cycle plant and a current CO2 tax of per metric tonne Try different settings.
Good news!
You can achieve
This equates to while removing compared to a conventional boiler.
For more information, video, and helpful links, visit the original page at
© 2024 General Electric
The information presented on or through this website and calculator is made available solely for general information purposes. GE does not warrant (i) the accuracy, completeness, or adequacy of any results, conclusions, or information provided by this website or calculator, (ii) that any specific operating or performance results will occur from any information provided by this website or calculator, or (iii) that any desired objective will result from this website or calculator. Any reliance you place on such information is strictly at your own risk. GE disclaims all liability and responsibility arising from any reliance placed on the results, conclusions, or information provided by this website or calculator by you, or by anyone who may be informed of any of its contents. Calculations are based on GE 2019 catalog performance data.
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