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Products-BWX Technologies' Nuclear Security

Enhancing Nuclear Security with BWX Technologies' Hot Cell Facility

Innovative Hot Cell Facility for Nuclear Security

BWXT's hot cell facility is a cutting-edge solution designed to cater to the intricate needs of nuclear security. Comprising four independent betagamma type hot cells interconnected by transfer ports and a common isolation room, this facility offers unparalleled flexibility. The hot cells can undergo interior modifications swiftly and cost-effectively to accommodate various tasks efficiently. The largest cell is linked to a water-filled transfer canal leading to a storage pool equipped with a 25-ton bridge crane for seamless cask handling.

Specialized Research and Testing Capabilities

Since its inception in 1985, BWXT's hot cell facility has been pivotal in conducting crucial investigations related to commercial light water reactor fuel rods. The facility also facilitates examinations of advanced spacer grid designs, failed in-core instrument detectors, failed fuel rods, and high flux irradiation exposure testing of electrical components for nuclear reactors. With a focus on extended burn-up studies and innovative research, this facility stands as a cornerstone for nuclear security advancements.

Detailed Cell Descriptions and Equipment Availability

Each hot cell within the facility offers specific capabilities tailored to varied requirements. Cell 1, the largest, accommodates full-length commercial LWR fuel assemblies and rods and is rated for 300,000 Ci of Co-60. Cell 2 is primarily utilized for metallography purposes and can handle up to 6,000 Ci of Co-60. Cell 3 and Cell 4 cater to different capacities and requirements with varying dimensions and radiation tolerance levels. The facility is well-equipped with advanced tools such as fuel rod gamma scan stations, ITI periscopes, metallographic sample preparation equipment, and more.

Re-Encapsulation Capabilities for Enhanced Safety

BWXT's hot cell facility extends its services to a shielded clean facility dedicated to re-encapsulating uncontaminated radioactive specimens like Cs-137 and AmBe neutron sources. The facility ensures meticulous processing of these sources to maintain safety standards while enhancing their usability in the field. With hundreds of gamma and neutron sources already re-encapsulated, this facility showcases expertise in managing a variety of radioactive materials. Services include milling, TIG welding, liquid penetrant inspection, decontamination, and more to ensure the highest level of safety and quality.

Comprehensive Services for Remote Operations

The isotope re-encapsulation facility offers a range of remote operations to cater to diverse needs. From milling and TIG welding to video inspection and dimensional verification, the facility ensures thorough and precise handling of radioactive materials. Decontamination and hydrostatic pressure testing are crucial services provided to maintain the safety and integrity of re-encapsulated radioactive sources. With a focus on quality assurance and advanced technology, BWXT's hot cell facility stands as a beacon of excellence in nuclear security.

Revolutionizing Nuclear Security with BWX Technologies Sludge Lancing Services

Introduction to BWX Technologies Sludge Lancing Services

BWX Technologies, Inc. (BWXT) has established itself as a leader in the nuclear industry with its innovative sludge lancing services for steam generators. Over the past two decades, BWXT has executed 70 individual deployments in 380 Steam Generators, showcasing its expertise and commitment to quality service.

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Enhancing Nuclear Security through BWX Technologies' Engineering Services

Engineering Services Overview

BWXT Technologies, Inc. has been at the forefront of engineering critical components for commercial nuclear power plants for over five decades. While renowned for their Replacement Steam Generator designs, BWXT's engineering prowess extends to a range of ASME Sec. III and Sec. VIII components, encompassing safety-related Heat Exchangers, feedwater heaters, pressurizers, and Reactor Vessels.

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Enhancing Nuclear Security with BWX Technologies' Automated Software Test Equipment and Datalogger

A Need for Innovation

In the realm of nuclear security and I&C system development, innovation is crucial to reduce risks, enhance product quality, and achieve cost savings while adhering to project schedules. BWXT Nuclear Energy Canada Inc. (BWXT) recognized this necessity and responded with an innovative solution - the Automated Software Test Equipment and Datalogger (ASTE/d). This powerful tool serves as a cornerstone in I&C system projects, offering automated testing, logging, and analysis capabilities.

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BWXT Technologies' Nuclear Security FAQs: Comprehensive Information on BWXT Operations and Solutions

BWXT Locations and Workforce

BWXT, with its corporate headquarters in Lynchburg, Virginia, has various locations across the United States, Canada, and the UK. As of April 2023, the company boasts approximately 7,000 employees. This widespread presence allows BWXT to cater to a diverse range of clients and projects.

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Enhancing Nuclear Security with BWX Technologies' Eddy Current Inspection Services

Understanding Eddy Current Inspection

Eddy current inspection is a sophisticated testing method that revolves around measuring the effects of induced eddy currents on the primary electromagnetic field. This process involves the use of an alternating current to create the necessary electromagnetic induction, generating eddy currents within the material under test. One of the key advantages of eddy current testing is its versatility, as it can be applied to materials that conduct electricity, including both magnetic and non-magnetic substances. This makes it a valuable tool for assessing the condition of various metals typically encountered in power station maintenance and assessment tasks.

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