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Unlocking Hydrogen's Power Potential
    • Unlocking Hydrogen's Power Potential
    W203C, Second Level -
    Advanced large-scale electrolyzers offer the capability of using an existing plant’s curtailed or undervalued power to make hydrogen at highly attractive costs. In times of peak demand, stored hydroge ...
    • Unlocking Hydrogen's Power Potential
    W203C, Second Level -
    Electricity makes up roughly three-quarters of the total cost of producing hydrogen through electrolysis. The key to unlocking hydrogen’s power potential is to produce it as efficiently as possible wh ...
    • Unlocking Hydrogen's Power Potential
    W203C, Second Level -
    As utilities look to decarbonize their power generation assets, hydrogen is emerging as a potential pathway to achieve CO2 reduction targets. Many facilities are looking to implement pilot-testing pro ...
    • Unlocking Hydrogen's Power Potential
    W203C, Second Level -
    Partially funded by the U.S. Department of Energy’s (DOE) Office of Energy Efficiency and Renewable Energy (EERE), Caterpillar and District Energy St. Paul are demonstrating a 2 MW combined heat and p ...
    • Unlocking Hydrogen's Power Potential
    W203C, Second Level -
    In 2019, Duke Energy completed a 15 MW combined heat and power (CHP) plant at the Clemson University campus.  A follow-up project, known as H2-Orange, will evaluate multiple forms of hydrogen producti ...
    • Unlocking Hydrogen's Power Potential
    W203C, Second Level -
    Highly efficient combined heat and power (CHP) systems can contribute to reducing the carbon footprint in district energy applications. This presentation will provide an overview of different options ...
    • Unlocking Hydrogen's Power Potential
    W203C, Second Level -
    Rankine-cycle coal to natural gas conversions have been implemented in some locations throughout the world, but a conversion from coal to 100% hydrogen has never been done at a utility-scale power pla ...
Unlocking Hydrogen's Power Potential
    • Unlocking Hydrogen's Power Potential
    W203C, Second Level -
    • Unlocking Hydrogen's Power Potential
    W203C, Second Level -
    The search for zero-carbon fuels to replace existing fossil fuels has led many plant operators to examine hydrogen as an alternative gas turbine fuel. However, using hydrogen at scale has challenges: ...
    • Unlocking Hydrogen's Power Potential
    W203C, Second Level -
    Hydrogen, when used as a fuel in a gas turbine for power generation, generates no CO2 emissions and represents a grid-scale solution for seasonal energy storage that can be utilized to dispatch gas tu ...
    • Unlocking Hydrogen's Power Potential
    W203C, Second Level -
    Hydrogen has the potential of replacing natural gas as a partial or primary fuel for gas-fired power plants. But retrofitting hydrogen piping, storage and control systems may require changes to existi ...
    • Unlocking Hydrogen's Power Potential
    W203C, Second Level -
    As decarbonization takes precedence in power utilities’ strategic planning, leveraging clean hydrogen as a fuel in gas-fired power plants could allow for medium and long-term renewable energy storage. ...