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Nuclear's Small Revolution
    • Nuclear's Small Revolution
    W202A, Second Level -
    Small Modular Reactors have emerged as an attractive component of energy transition due to several attractive advantages. At the same time they face a lot of uncertainty: market forecasts vary conside ...
    • Nuclear's Small Revolution
    W202A, Second Level -
    New advanced nuclear systems are designed to operate conditions that are routinely seen in the conventional steam power industry but that are atypical for nuclear designers, operators and regulators f ...
    • Nuclear's Small Revolution
    W202A, Second Level -
    To reduce cost, improve schedule and mitigate error, new nuclear facility designs must minimize requirements and demands placed on essential systems, structures, and components.   To accomplish this m ...
    • Nuclear's Small Revolution
    W202A, Second Level -
    The U.S. Department of Energy Microreactor Program was established in 2019 to support research and development (R&D) of technologies related to the demonstration and deployment of low-power, transport ...
    • Nuclear's Small Revolution
    W202A, Second Level -
    Microgrids have been effective in creating aggregations of distributed energy resources—generation, storage and loads—for resiliency, in the form of energy security. The success of microgrids in bring ...
    • Nuclear's Small Revolution
    W202A, Second Level -
    Many Generation-IV reactor vendors have proposed the use of high-assay low-enriched uranium (HALEU) in their designs, including almost all the companies funded by the U.S. Department of Energy’s Advan ...
    • Nuclear's Small Revolution
    W202A, Second Level -
    In this presentation, we will address the recent advances in the pursuit of commercial fusion and the challenges and benefits of transitioning from fossil fuel-based power generation to boron fusion generation. The shift towards fusion energy offers numerous advantages, including zero carbon emissions, zero pollution, negligible fuel costs, the ability to locate in densely populated areas and the potential for tremendous future value from carbon credits. As power utility operators, it is crucial to understand the potential benefits and obstacles of this transition, in order to make informed decisions and pave the way for a cleaner, more sustainable energy future.
    • Nuclear's Small Revolution
    W202A, Second Level -
    The ability to extend calibration intervals for nuclear plant instrumentation has multiple benefits for improving productivity and reducing operating costs at plants. Benefits include fewer calibratio ...
Nuclear's Small Revolution
    • Nuclear's Small Revolution
    W202A, Second Level -
    Small Modular Reactors (SMRs) have dominated headlines in recent years as the technology moves toward viability as a carbon-free energy source. As utilities search for solutions to replace coal, are S ...
    • Nuclear's Small Revolution
    W202A, Second Level -
    This presentation will provide an overview of small modular reactors (SMR) for a non-nuclear power audience.  Topics will include an overview of different SMR and advanced reactor technologies and lea ...
    • Nuclear's Small Revolution
    W202A, Second Level -
    • Nuclear's Small Revolution
    W202A, Second Level -
    Enabling customer specific solutions in the evolving needs and trends in the SMR market. Key takeaways: Designing and developing specifications as your SMR design evolves and matures over the lifetime ...

    Sponsored by:

    Baker Hughes

    • Nuclear's Small Revolution
    W202A, Second Level -
    Recent innovations in advanced nuclear are opening opportunities for nuclear to provide customers with safe, reliable carbon free energy closer to where it is needed.   Small modular reactors (SMRs) a ...
    • Nuclear's Small Revolution
    W202A, Second Level -
    The Carbon Free Power Project (CFPP) will be the first NuScale Power small modular reactor (SMR) plant to begin operation in the U.S., located near Idaho Falls, Idaho, at the DOE’s Idaho National Labo ...