In-Station Transfer Skid

Safe Lifting and Transportation of Radioactive Materials

In nuclear power plants, the transportation of heavy, shielded flasks containing radioactive material is a critical task that demands both precision and safety. The confined spaces and the need for effective weight management make this a challenging operation, requiring specialized equipment to meet strict regulatory standards while ensuring the safety of both personnel and the facility. To address these challenges, a custom solution was developed to facilitate the safe, efficient movement of these materials within the plant, reducing risks and ensuring compliance with safety protocols.

Transporting heavy and shielded flasks containing radioactive material within nuclear power plants is a complex task. The narrow corridors and the need for overhead cranes present unique challenges in managing the weight and maneuverability of the flasks. Additionally, ensuring safe transportation while complying with strict safety standards is crucial, particularly when dealing with the risks associated with radioactive materials.

The Solution:

To address these challenges, the In-Station Transfer Skid (ISTS) was developed. This system is designed to transport and lift up to 20-ton flasks safely within the restricted spaces of a nuclear power plant. The ISTS features a versatile design with a maximum pull weight of 7,500 lbs on a 6% inclined ramp, a turning radius of up to 70 degrees, and can support a total weight of up to 47,000 lbs. It incorporates high-quality casters for smooth maneuverability and meets rigorous safety and lifting standards, including ASME B30.20 and ANSI/ASME BTH-1 guidelines.

The Benefit:

The ISTS ensures the safe and efficient transport of radioactive materials through tight spaces, minimizing risks and complying with safety regulations. Its custom design, refined through iterative reviews and continuous customer coordination, offers a reliable solution for the safe handling of large, heavy flasks within nuclear power plants. The system enhances operational efficiency by reducing handling time and ensuring compliance with safety standards, while its versatility makes it adaptable to various material handling applications within the facility.