Ultra-Reliable Lifting Systems for High-Risk, High-Precision Environments

In industria nuclear, securitas negotiabile non est, et precision paramount est. Cranes used in nuclear power generation and fuel handling must meet the highest regulatory, operational, and engineering standards.   such as nuclear fuel handling, reactor maintenance, decontamination, and spent fuel storage.

  qui compliant with nuclear codes, designed for zero-failure tolerance, and built for long service life in radiation-prone and highly secure environments.

Nuclear Fuel Handling Cranes

Engineatus proprecision alta vertical et horizontal movementum  de congregationibus refrigeris et consumptis in petroleo depositoribus aut fabricationibus ardentibus. Equipped withredundant features of safety, real-time load monitoring, and anti-sway control.

Reactor Hall Cranes

Used during scheduled outages forremoval and installation of reactor components, including reactor pressure vessels and steam generators. High-capacity cranes with synchronized double hoists and absolute positioning systems.

Spent Fuel Storage Cranes

High-stability gantry or bridge cranes used to transfer and securing heavy shielding casks and canisters in long-term storage zones.

Maintenance Cranes

Light-duty hoists for daily operation in turbine halls, labs, and control areas – often fitted with stainless steel wire ropes and radiation-tolerant components.

Key Features & Compliance

• Redundant Braking & Systemas duodes

• Nuclear-Grade Control Panels with Fail-Safe Design

• Radiation-Resistant Materials & Coatings

• Earthquake-Resistant Structure Design

• Conformity with Nuclear Regulatory Standards (ASME NOG, RCC-M, KTA, GB/T 18856, etc.)

• Remote Control or Fully Automatic Options (when access is restricted)

Comparison with Industry Leaders

Project Highlight – Spent Fuel Facility, East Asia

Challenge: The client required aprecision fuel handling crane  cum360° control, redundant safety, et seismic resistant steel frameworkus inter fabricationem absorbentem petrographicam sicca deposita.

Solution nostra:

• Delivery the equipment which is a critical system used for the storage and transfer of nuclear fuel rods. The loader features full-vehicle servo control, with the elevation and travel mechanisms equipped for high-precision positioning. Precisio positionis ±1,5 mm in aeroplano horizontalo et ±1 mm in alto vertice est. Sistema operationem automaticam permanet, cum adresse automatica et cargam/discargam per 260 punctos praepositum.

• Both the trolley and hoisting systems are built with redundant configurations—each equipped with a primary and backup motor capable of independent operation—ensuring uninterrupted performance. Optiones manus kontrolis etiam disponibile sunt, pertinentes plenam functionem etiam in event of a complete power outage.

• Radioaktiv effusio prevent, the loader is equipped with an integrated radiation-shield chamber, enabling sealed and secure transfer of nuclear materials.

• Client feedback: “Exceptional control precision and fault tolerance. Installation team was well-trained and quick.”

Application Mapa

End-to-End Services for Nuclear Projects

• Discipuli Feasibility & Safety Compliance Review

• Nuclear-Grade Design + Structural Calculations

• Material Traceability & Radiation Testing

• Factory Acceptance Testing (FAT) & Load Simulation

• On-Site Supervision & Installatio

• Long-term Inspection, Upgrade, and Maintenance Contracts

Eramus aedificatione cum nullo tolerantia errore

Nuclear lifting systems requireextreme reliability, engineering depth, and flawless execution. Partner with us for a fully integrated solution — from nuclear cranes to seismic steel structures — built to the world's highest standards.