Hydrogen and CO2 Emissions Calculator
With the rise in global interest in the use of hydrogen as a zero-carbon fuel, there are still many questions surrounding the real-world numbers around its implementation. What will you need in terms of infrastructure? How will it impact your power plant's CO2 emissions? We've made it easy for you.
GE Vernova's decarbonization calculator will help you:
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Understand the fuel flow rate required for a gas turbine to operate on hydrogen
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Discover the water and electricity infrastructure needed to make hydrogen
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Get the numbers around the potential savings you could realize from using hydrogen in your gas turbine
Want to get started? Give us a few pieces of information to see more information around your potential hydrogen project.
Calculate your potential savings
Your gas turbine's expected annual operating hours:
What's the volume percent of hydrogen you want to run through?
GE's decarbonization calculator will help you:
-
Understand the fuel flow rate required for a gas turbine to operate on hydrogen
-
Discover the water and electricity infrastructure needed to make hydrogen
-
Get the numbers around the potential savings you could realize from using hydrogen in your gas turbine
Want to get started? Give us a few pieces of information to see more information around your potential hydrogen project.
GE Gas Power
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Your hydrogen and CO2 emissions results
These results are based on your estimate of 3,370 annual operating hours at 40% hydrogen on a 7HA.03 turbine configured as a 2x1 combined cycle plant and a current CO2 tax of $1.25 per ton. Try different settings.
- Infrastructure Requirements
- CO2 Savings
- Summary
Choose your process:
Electrical output required
MW
You will need the equivalent of x 1.5 MW wind turbines to create the required energy for your hydrogen infrastructure.
Water required per day
gal
You will consume the equivalent of Olympic-sized pools of water every day as part of your hydrogen infrastructure plan.
Hydrogen flow required per day
ft3
Amount of hydrogen created
Methane required per hour
kg
Amount of methane required at 70°F and 1 atm of pressure.
Water flow required per day
gal
You will consume the equivalent of Olympic-sized pools of water every day as part of your hydrogen infrastructure plan.
Hydrogen flow required per day
ft3
Amount of hydrogen created
You will emit
CO2 reduction
less CO2
Based on your inputs and compared to using 100% natural gas in your gas turbine, by our calculations, you can expect to see a reduction in CO2 emissions.
You can realize up to $ in potential CO2 tax savings
This is an important calculation in terms of getting the bigger picture around your energy spend-as you weigh the pros and cons of using a higher cost fuel, numbers like tax savings need to figure prominently into your economic analysis.*
Your infrastructure requirements
Electrolysis
gal
Water per day
MW
Electrical output required
Steam methane reforming
gal
Water per day
kg
Methane per hour
Estimated hydrogen flow rate
Daily flow rate
Hourly flow rate
Potential CO2 tax savings*
Estimated savings in USD
$
(Based on /ton CO2 tariff paid)
CO2 emissions reduction
(Based on your inputs your emissions will be g/kWh)
*GE Vernova and its affiliates do not provide tax, legal or accounting advice, and the information provided herein is not intended to provide, and should not be relied on for, tax, legal or accounting advice. You should consult your own tax, legal and accounting advisors before engaging in any transaction.
