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BWXT Technologies Nuclear Security Solutions: Advancements and Milestones

BWXT Canada and Westinghouse Collaboration for Nuclear Projects

BWXT Canada, Ltd., a subsidiary of BWX Technologies, Inc., and Westinghouse Electric Company have signed a memorandum of understanding (MOU) to support nuclear new-build projects in Canada and globally. This agreement allows BWXT to manufacture crucial components for AP1000® and AP300™ reactors, including steam generators, reactor vessels, pressure vessels, and heat exchangers. By joining forces with Westinghouse, BWXT is poised to contribute significantly to the advancement and enhancement of nuclear technologies globally.

Cleanup Contract for Department of Energy's West Valley Demonstration Project

BWXT has been awarded a substantial contract from the U.S. Department of Energy for cleanup operations at the West Valley Demonstration Project in West Valley, New York. This contract underscores BWXT's commitment to environmental stewardship and responsible management of nuclear waste. The project showcases BWXT's expertise in handling complex nuclear operations efficiently and safely, ensuring compliance with rigorous regulatory standards for nuclear cleanup activities.

Acquisition of L3Harris' A.O.T. Business for Special Materials Portfolio Expansion

In a strategic move, BWXT has signed a purchase agreement to acquire L3Harris Technologies Inc.'s Aerojet Ordnance Tennessee, Inc. (A.O.T.) business. This acquisition aims to expand BWXT's special materials portfolio, enhancing its capabilities and offerings in the nuclear sector. By incorporating A.O.T.'s business, BWXT is poised to further strengthen its position as a leading provider of specialized materials and services for critical nuclear applications.

BWXT's Commitment to Community and Relief Efforts

BWXT has demonstrated its commitment to the community by announcing a significant contribution towards Hurricane Helene Relief. With a generous donation of $100,000, BWXT is ensuring support reaches those affected by natural disasters promptly. This initiative highlights BWXT's corporate social responsibility and dedication to supporting communities in times of need, showcasing the company's values and principles beyond its core business operations.


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Enhancing Nuclear Security: Assessment of In-Service Degradation by BWX Technologies

Overview of In-Service Degradation Assessment

In nuclear power plants, numerous components are prone to degradation during operation or due to abnormal operating conditions. These degradation processes need to be evaluated to ensure continued safe operation, determine necessary repairs before reentering service, or decide on component replacement. Ideally, anticipating in-service degradation through a component's assessment or a comprehensive Life Cycle Management plan allows for the development of generic dispositions or Flaw Handbooks in advance to provide justification during inspections. However, when unexpected degradation occurs, time becomes a critical factor, necessitating a rapid and robust technical justification. BWX Technologies possesses a range of proven capabilities to conduct assessments of various in-service degradations during outage scenarios, often with minimal impact on the overall outage window.

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Empowering Transparency in Coverage for Medical Plans with BWX Technologies

Introduction to Transparency in Coverage for Medical Plans

As part of their commitment to transparency, BWX Technologies provides access to machine-readable files in compliance with the federal Transparency in Coverage Rule. These files contain negotiated service rates and out-of-network allowed amounts between health plans and healthcare providers, enabling researchers, regulators, and application developers to easily analyze and access this critical data.

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Elastic-Plastic Analysis by BWXT Technologies: Enhancing Pressure Vessel Component Design

Efficient Design with Elastic-Plastic Analysis

BWXT Technologies showcases extensive experience in the inelastic design of pressure vessel components, utilizing Elastic-Plastic Analysis. This approach includes Limit Analysis design according to ASME Code Section III, NB-3228.1/Section VIII, Div. 2, 5.2.3, Plastic Analysis according to Section III, NB-3228.3/ Section VIII, Div. 2, 5.2.4, and other non-code design considerations. By isolating primary stresses, elastic-plastic analysis optimizes the available load carrying capacity of a structure without compromising safety against failure due to excessive deformation.

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Enhancing Nuclear Power Plant Safety with BWX Technologies' RELAP5 Analysis

Overview of RELAP5 Analysis

BWXT offers transient analysis of nuclear power plants utilizing the RELAP5TM/MOD3.3. This code has been meticulously validated and refined to deliver precise predictions of thermal hydraulic systems' normal operation and dynamic responses. RELAP5TM, developed by Idaho National Labs and endorsed by the Nuclear Regulatory Commission (NRC), focuses on the thermal-hydraulic analysis of transients and accidents in light-water nuclear power plants. It leverages a one-dimensional, two-fluid model comprising steam and water. With its extensive expertise, BWXT assists customers in anticipating thermal hydraulic performance and structural loads on components and internals using RELAP5TM.

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Revolutionizing Nuclear Security: BWX Technologies' PHWR Steam Generator Tube Inspection Solution

Innovative Solution for Steam Generator Inspections

BWXT has introduced a groundbreaking solution for steam generator inspections with the development of the PRIMA™ SG robotic manipulator. This state-of-the-art manipulator offers enhanced speed, accuracy, and durability, leading to significant reductions in both time and operator exposure during inspection campaigns. The PRIMA™ SG system was meticulously designed, assembled, and tested in-house by BWXT in collaboration with Intech, ensuring the highest quality and performance standards.

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