Mobile Shielding Barriers for Fusion Research
July 19, 2024
Read the full original article
Ultraray Group Inc. was approached by a fusion research company to undertake a challenging project involving the design, manufacture, assembly, and shipping of custom mobile lead barriers. The purpose of these barriers was to perform a nuclear shielding experiment, specifically neutron shielding. The client required barriers that could be easily nested together to create a movable shielding wall, allowing for flexibility and mobility.
Client’s Requirements:
The client needed a solution that would enable them to perform the neutron shielding experiment without constructing a permanent shielding room. They requested 16 custom mobile lead barriers that could be assembled and disassembled quickly, as well as transported to different locations with ease. To meet their specific needs, we proposed the design of barriers with heavy-duty casters for effortless movement.
Innovative Solution:
To produce these barriers, we adopted a novel approach. For the first time, we utilized a combination of 1/16th lead with 2 inches of high-density polyethylene (HDPE). This blend of materials provided effective neutron attenuation while reducing weight and enhancing portability. The custom design allowed the barriers to nest together securely, creating a robust shielding wall.
Challenges Faced:
This project presented several challenges that required careful planning and execution. Firstly, the lead barriers were entirely custom and had to be designed, manufactured, assembled, and shipped within a tight timeframe. Secondly, the barriers needed to be shipped fully assembled, necessitating the creation of custom-sized crates to ensure their safe transport. Lastly, the project’s timeline was constrained, requiring us to streamline the design and manufacturing processes.
Project Execution:
To tackle the challenges, we adopted an efficient and collaborative approach. Our team of experienced engineers and designers worked closely with the client to understand their requirements and specifications. With careful attention to detail, we swiftly designed the custom barriers, incorporating the unique nesting feature and heavy-duty casters. Once the design was finalized, our skilled manufacturing team utilized cutting-edge technology and precise techniques to manufacture the lead barriers. The assembly and quality control processes were executed meticulously to guarantee the barriers’ shielding integrity and functionality.
Timely Delivery:
Despite the tight timeframe, we were committed to delivering the project on schedule. Our project management team carefully coordinated the manufacturing, assembly, and shipping processes to ensure maximum efficiency. By maintaining open lines of communication with the client, we provided regular progress updates and promptly addressed any concerns or modifications. Through effective time management and coordination, we successfully shipped the fully assembled lead barriers within the specified timeframe.
Conclusion
This fusion research project posed significant challenges. By employing innovative techniques and collaborating closely with the client, our team achieved success in meeting their unique requirements. The project’s objectives were fulfilled, providing the client with a custom solution that allowed for flexible, nestable neutron shielding walls. Our ability to overcome the challenges and deliver the project on time demonstrated our expertise, commitment to quality, and effective project management.
Company: Ultraray Group Inc
Product: Modular & Mobile Shielding
Source:
Tags:
Health
Advanced X-Ray Shielding Solutions: Enhancing Safety in Medical and Industrial Environments (February 20, 2024), Unveiling the Innovative Smoke Guard M4000: Ultimate Protection for Wide Openings (December 21, 2023), MarShield’s Process for Creating Custom NDT Shielding Rooms That Ensure Safety in Industrial X-Ray Operations (September 14, 2023), Nuclear Radiation Shielding Products for Nuclear Energy (June 27, 2023), Resources to meet sustainability requirements (March 29, 2023), Highest-quality lead glass for the medical, industrial and nuclear industries (January 13, 2023), Sheet lead: a quick and cost-effective method to efficiently shield radiation (December 16, 2022), Gamma ray attenuation properties of common shielding materials (November 14, 2022), Designing Health Care Facilities for Optimal IEQ (October 10, 2022), Lead Lined Cabinet Design and Considerations (September 12, 2022)
Lead
Lead Ingot & Lead Pigs From Mars Metal (March 27, 2024), Advanced X-Ray Shielding Solutions: Enhancing Safety in Medical and Industrial Environments (February 20, 2024), Enhance Radiation Protection with MarShield's Lead Bricks (January 18, 2024), Get precision & durability with Mars Metal's CNC Machined Lead Parts (November 10, 2023), Nuclear Medicine Shielding: Creating a Safe Nuclear Medicine Lab for Protection from High-Energy Radionuclides (October 12, 2023), MarShield’s Process for Creating Custom NDT Shielding Rooms That Ensure Safety in Industrial X-Ray Operations (September 14, 2023), Understanding the Importance and Applications of Lead-Lined Drywall (August 17, 2023), Nuclear Radiation Shielding Products for Nuclear Energy (June 27, 2023), Lead lined cabinets for nuclear medicine and nuclear storage (May 2, 2023), Case Study: Tungsten Vial Shield with Auxilary Shield System (April 4, 2023)
Radiation
Advanced X-Ray Shielding Solutions: Enhancing Safety in Medical and Industrial Environments (February 20, 2024), Enhance Radiation Protection with MarShield's Lead Bricks (January 18, 2024), Nuclear Medicine Shielding: Creating a Safe Nuclear Medicine Lab for Protection from High-Energy Radionuclides (October 12, 2023), MarShield’s Process for Creating Custom NDT Shielding Rooms That Ensure Safety in Industrial X-Ray Operations (September 14, 2023), Understanding the Importance and Applications of Lead-Lined Drywall (August 17, 2023), Nuclear Radiation Shielding Products for Nuclear Energy (June 27, 2023), Lead lined cabinets for nuclear medicine and nuclear storage (May 2, 2023), Case Study: Tungsten Vial Shield with Auxilary Shield System (April 4, 2023), OPG Announces New Mini Reactor In Darlington, Ontario (January 25, 2023), Highest-quality lead glass for the medical, industrial and nuclear industries (January 13, 2023)
Safety
Sto Corp. Launching Sto Strike Defense to Defend Against Blunt Force Impacts (July 15, 2024), Why We Love SnowMax Fence-Style Snow Management (June 28, 2024), Commercial Pool Decks & Waterparks (June 26, 2024), Opening New Doors: Rethinking Fire Protection with AMBICO Oversized Entrances (June 18, 2024), BILCO Terrazzo Doors: An Exemplary Choice for Modern Construction (June 11, 2024), Interior and Exterior Bulletproof Windows: What’s the Difference? (May 24, 2024), New! Enhanced CPT210 End Kits (May 22, 2024), Enhancing Safety and Efficiency: Embracing Touchless Entrance Solutions (April 9, 2024), Introducing the Bil-Guard® 2.0 Roof Hatch Safety Railing System (March 14, 2024), Bulletproof Vs. Ballistic Glass: Deciphering the Distinctions (March 7, 2024)
Shielding
Advanced X-Ray Shielding Solutions: Enhancing Safety in Medical and Industrial Environments (February 20, 2024), Enhance Radiation Protection with MarShield's Lead Bricks (January 18, 2024), Nuclear Medicine Shielding: Creating a Safe Nuclear Medicine Lab for Protection from High-Energy Radionuclides (October 12, 2023), MarShield’s Process for Creating Custom NDT Shielding Rooms That Ensure Safety in Industrial X-Ray Operations (September 14, 2023), Understanding the Importance and Applications of Lead-Lined Drywall (August 17, 2023), Nuclear Radiation Shielding Products for Nuclear Energy (June 27, 2023), Lead lined cabinets for nuclear medicine and nuclear storage (May 2, 2023), Case Study: Tungsten Vial Shield with Auxilary Shield System (April 4, 2023), OPG Announces New Mini Reactor In Darlington, Ontario (January 25, 2023), Highest-quality lead glass for the medical, industrial and nuclear industries (January 13, 2023)