Materials for high temperature power generation and process plant applications

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    The Very High Temperature Reactor: A Technical Summary  67%

    outlet temperatures. The high outlet temperature of the VHTR affords high efficiency (> 50%) electrical generation and the use of nuclear power for potential process heat applications, specifically carbon-free hydrogen production using nuclear heat. 1.2 PURPOSE This report provides a technical description of the VHTR and a summary of the design and

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    High Temperature Gas Reactors   67%

    This report pertains to the class of modular reactors with a nominal power rating per unit up to 600 MWe. HTGRs are categorized as Generation IV reactors, characterized by very high temperature operation, and capable of electric power generation, as well as process heat. This last aspect is particular important for

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    Tritium Barrier Materials and Separation Systems for the NGNP  65%

    Tritium Barrier Materials and Separation Systems for the NGNP Steven R. Sherman Thad M. Adams ... tritium capture systems, the use of getters is recommended, and high-temperature hydride forming materials such as Ti, Zr, and Y are suggested. ... and become incorporated into the plant’s process chemicals or products, and incorporation of ...

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    High-Temperature Phase Change Materials (PCM) Candidates ...  61%

    High-Temperature Phase Change Materials (PCM) Candidates for Thermal Energy Storage (TES) Applications ... for the Next Generation Nuclear Plant (NGNP) and the Nuclear Hydrogen Initiative (NHI) ... The high-temperature container materials that are able to resist the aggressive

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    Material Aspects in Metal Additive Manufacturing  58%

    Materials of interest for AM In Switzerland, there is a specific need for AM of the following materials Advanced high-temperature alloys (γ’-hardening Ni-based alloys, Co-based alloys, TiAl) for power generation and aerospace applications Tool steels, HSS, metal-superabrasives composites for …

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  • Overcoming Barriers for Using PM/HIP Technology to ...

    • Materials and processes used to manufacture pressure-retention or high-temperature power plant components are generally subject to (in the U.S.) the ASME Boiler and Pressure Vessel Code, which currently does not allow the use of PM produced components for the desired applications. • For iron-base steel alloy systems, the


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    Materials science is vital to nuclear power research N  56%

    Materials science is vital to nuclear power research N ... safe, efficient operation. New advanced materials may make plant construction more economical. Materials research is featured in all of the major research thrusts within the US Department of ... salt, and lead) systems. The Advanced Reactor Technologies (ART) high temperature materials ...

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    Fundamentals of Nuclear Power - Purdue University  53%

    nuclear power generation, which is based on small modular reactors, and a brief description of the theoretical reactors that are expected to be built in the future. Section four discusses the costs of building a nuclear power plant and the economic competitiveness of nuclear power …

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    Power Plant Materials - Encyclopedia of Life Support Systems  44%

    The most common materials found in critical power plant applications are the metals, the properties of which are determined by the size, composition and distribution of the crystal grains making up the microstructure. For plain carbon steel, the microstructure is fashioned by adjusting the carbon content, heat treating and mechanical working.

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    THERMAL POWER PLANTS - ADVANCED APPLICATIONS  26%

    2. Process description of a coal-fired power plant A coal-fired power plant burns coal to produce electricity. In a typical coal-fired plant, there are pulverisers to mill the coal to a fine powder for burning in a combustion chamber of the boiler. The heat produced from the burning of the coal generates steam at high temperature and pressure.

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