The IAC MOD ‘C’ is a sophisticated integrated Anti-Submarine Warfare (ASW) system designed for all surface ships of the Indian Navy. This advanced fire control system computes ASW fire control solutions and enables the deployment of various ship-borne ASW weapons, making it versatile for any class of combat ship. It seamlessly interfaces with different types of torpedoes and rocket launchers, enhancing operational flexibility. Additionally, the IAC MOD ‘C’ includes a countermeasure capability against torpedoes through its decoy launching system, ensuring comprehensive defense against underwater threats.
The Gap Measuring Device Mk III by BEL is a state-of-the-art laser range finder designed specifically for accurately measuring the gap between riverbanks or canal widths. With an impressive accuracy of ±0.5 meters up to 50 meters and ±1 meter for distances beyond 50 meters, it can measure gaps up to 1.5 kilometers with a minimum distance capability of 10 meters. This user-friendly device features built-in software for gap calculation, a third-generation thermal imaging system for night operations, remote readout and trigger capabilities, and a built-in sighting telescope with 6X magnification, making it an essential tool for precise measurements in various environmental conditions.
The Composite Design Shelter System by BEL is engineered to provide robust protection for electronic equipment and systems against extreme weather conditions and Electromagnetic Interference (EMI). Utilizing cutting-edge manufacturing techniques, this shelter system is tailored to meet the high mobility and rapid deployment needs of modern militaries globally. Its design ensures durability and reliability in various operational environments, making it an essential asset for defense applications. Related products include the Trusted Lan Interface Unit (TLIU- MK-II), Tele Loud Speaking System (TLS), Integrated Command Control and Communication System for Artillery Tracked (i3CAT), and Control and Display Unit (CDU) Mk I.
The Dhanush Electronic Suite/Electrical is an advanced upgrade for the Dhanush FH-155mm gun, enhancing its capabilities as a long-range field howitzer with a reach of up to 38 kilometers. This product features state-of-the-art electrical subunits and cables designed for driving, loading, and laying systems, ensuring optimal performance. Key highlights include an advanced gun sighting system for direct firing, auto laying functionality integrated with INS/FCS, and a shell velocity measurement system utilizing MVR for precise ballistic calculations. Additionally, it incorporates a digital intercom system to facilitate seamless communication among crew members and the Battle Command Post (BCP). This suite is complemented by related products such as the Trusted LAN Interface Unit (TLIU-MK-II) and the Tele Loud Speaking System (TLS), forming a comprehensive command control and communication system for artillery operations.
The BEL Expandable Shelter is a versatile and innovative solution designed for various operational needs, offering a significant increase in usable space by joining two shelters to create an expansive working area. Engineered for ease of transport, these shelters are carried by dedicated Prime mover vehicles and are available in configurations suitable for both plain and desert terrains. They can function effectively in single or joined modes, featuring an in-built facility for seamless loading and unloading from truck platforms. Ideal for command and control centers, field offices, and field hospitals, the BEL Expandable Shelter ensures quick deployment and adaptability in diverse environments.
BWX Technologies, Inc. (BWXT) offers comprehensive fuel handling solutions for Canada Deuterium Uranium (CANDU®) nuclear reactor operators, leveraging decades of experience as the original designer and manufacturer of CANDU® fuel handling systems. Our expertise spans the entire lifecycle of fuel handling, including system design, manufacturing, delivery, installation, and commissioning. We pride ourselves on our legacy of excellence in fuel services at major facilities like Bruce Power and Darlington Generating Stations, and we provide responsive on-site engineering support tailored to our customers' needs. Additionally, BWXT specializes in remote and on-line fuel handling systems, as well as maintenance and recovery tooling, ensuring our technology remains at the forefront of industry advancements while delivering reliable performance.
BWX Technologies, Inc. (BWXT) has pioneered the Tritium Separation Centre (TSC) to address the challenges posed by accumulating tritium in aging CANDU® reactors. Tritium, a radioactive isotope of hydrogen, can elevate personnel exposure and environmental emissions. The TSC is a versatile facility that can be constructed on-site at any CANDU® plant, allowing for efficient processing of tritiated heavy water. This process involves transferring heavy water from the reactor to the TSC, where tritium is separated and safely stored in a high-security underground vault, while the purified heavy water is returned for reuse. Utilizing advanced isotope separation techniques, including gaseous and thermal diffusion, the TSC not only mitigates tritium levels but also enhances reactor capacity factors, demonstrating BWXT's commitment to innovation and safety in nuclear energy management.
BWX Technologies, Inc. (BWXT) is a leading full-spectrum supplier specializing in nuclear and critical component engineering, offering comprehensive services that encompass design, manufacturing, inspection, assembly, and testing. With a skilled team of engineers, BWXT excels in prototype design and seamless manufacturing integration. Their engineering expertise spans applied mechanics, fluid mechanics, heat transfer processes, metallurgy, materials engineering, welding and robotics engineering, and advanced CAD/CAM systems. Additionally, BWXT is committed to research and development initiatives aimed at enhancing product performance, utilizing innovative tools such as PRO-E process modeling and PRO-MFG CNC program generation for custom tool design.
BWX Technologies, Inc. (BWXT) is a leader in commercial nuclear services, boasting over 50 years of expertise in delivering innovative reactor solutions. Our comprehensive planning and execution capabilities ensure that projects are completed on time and within budget. We specialize in a range of reactor services, including fuel channel inspection, maintenance and replacement, feeder inspection and replacement, as well as the inspection and maintenance of reactor vessel closure heads. With cutting-edge inspection technologies and customized tooling, BWXT is fully equipped to tackle even the most complex reactor challenges, providing our clients with reliable and efficient services tailored to their unique needs.
BWX Technologies, Inc. (BWXT) specializes in providing comprehensive repair services for ASME Code pressure vessels, backed by a full suite of ASME and National Board certifications (N, NPT, NA, NS, and NR). With extensive engineering analysis expertise and a skilled workforce, BWXT excels in pressure boundary modifications and specialty machining. The company has developed portable tooling for precision tasks such as machining manway and hand hole cover surfaces, adding hand holes and instrument ports to steam generators, and removing stuck studs. Their advanced tooling features hardened slides and ball screws to minimize backlash, ensuring precise depth-of-cut adjustments down to 0.0005 inches for optimal surface finishes that enhance sealing performance.
The Maritime Electronic Warfare Systems Integrated Capability (MEWSIC) program is a pivotal initiative designed to bolster the Royal Navy's electronic warfare capabilities, ensuring operational superiority in an increasingly complex technological landscape. Awarded a 13-year contract valued at approximately £100 million by the UK's Defence Equipment and Support (DE&S) in 2021, MEWSIC Increment 1 focuses on the design, manufacture, delivery, commissioning, and ongoing support of advanced systems. In collaboration with partners Elbit Systems UK and QinetiQ, this program aims to enhance information dominance for the Royal Navy and its allies through the integration of a sophisticated sensor suite and command-and-control systems, thereby significantly contributing to national security.
The Core Reactor Toolset for Engineering Simulation (CORTES™) developed by BWX Technologies, Inc. is an advanced software suite designed to streamline the design and qualification of cutting-edge reactor technologies. By leveraging artificial intelligence, CORTES™ efficiently evaluates design requirements and accelerates the engineering workflow across diverse applications, including mobile microreactors, space nuclear propulsion, fission surface power, and fixed microreactors. This versatile tool enables engineers to conduct thorough uncertainty and sensitivity studies, facilitating informed design decisions while managing multiple variables simultaneously. With its ability to quickly adjust thermal, neutronic, and structural components, CORTES™ empowers engineers to optimize configurations early in the design process, ultimately driving innovation from pre-conceptual design to manufacturing.
BWX Technologies, Inc. (BWXT) has established itself as a leader in the nuclear steam generator market for over 60 years, demonstrating a commitment to innovation and quality in heavy nuclear component production since the 1960s. With a remarkable track record of supplying 315 nuclear steam generators, including the first six Replacement Once-Through Steam Generators (ROTSGs) in the U.S. in 2002, BWXT's steam generators are integral to the operation of electrical turbines in every nuclear power plant across Canada and many others worldwide. The company's state-of-the-art facility in Cambridge, Ontario, features the largest nuclear clean room for component assembly globally, ensuring the highest standards of safety and reliability. BWXT's steam generator designs are recognized for their unparalleled performance, boasting the lowest combined tube failure rate and optimal circulation rates in the industry, making them some of the most dependable solutions available.
BWX Technologies, Inc. specializes in the design and manufacturing of reactor vessel closure heads, which are critical components of nuclear reactors. The reactor vessel serves as the core housing for the coolant system, featuring a cylindrical shell with a spherical bottom head and a top ring flange to which the closure head is bolted. Constructed primarily from low-alloy steel, the vessel is internally clad with stainless steel to enhance corrosion resistance. With a height of nearly 41 feet (12.5 meters) and an internal diameter of 171 inches (4343 mm), the reactor vessel is robustly engineered, featuring a minimum shell wall thickness of 8.4 inches (213 mm) and an internal cladding thickness of 0.125 inches (3.18 mm). Additionally, reflective metal insulation is applied to the exterior surfaces to optimize thermal performance.
BWX Technologies, Inc. (BWXT) is a leader in the nuclear industry, specializing in the design and manufacture of high-quality heat exchangers that ensure efficient heat transfer in nuclear power plants. With over 305 original equipment manufacturer (OEM) and replacement nuclear steam generators, along with more than 100 other heat exchangers, BWXT has established a reputation for reliability and longevity in its products. Our heat exchangers play a crucial role in transferring heat from the reactor to the secondary steam generator, effectively redistributing condensate generated from turbine exhaust steam. Leveraging extensive experience across all phases of design, manufacturing, installation, commissioning, and servicing, BWXT continues to set the standard for excellence in nuclear heat transfer systems.
