GTD's Cryogenic and Vacuum I&C Expertise Listed on F4E Technology Marketplace

The listing covers GTD SIR's work on two major ITER subsystems: the Front End Cryogenic Distribution System (FECDS) and the Torus and Cryostat Cryopumping System (TCCS). Both required the design ofcomplex control infrastructures integrating hardware, software, safety inter locks, and nuclear safety functions, culminating in the manufacturing andvalidation of a First-of-a-Kind (FOAK) control system, from design through to full deployment. (GTD's Marketplace Page)

From ITER to Industry: A Proven I&C Capability

The workproduced a well-defined set of engineering capabilities: integrated I&C architectures combining control cabinets, acquisition electronics, and PLC-based systems; process control software and state machines aligned with ITER's CODAC environment and the Plant Control Design Handbook (PCDH); interlock and safety architectures with FMECA risk analysis; and hardware qualification covering EMC, radiation, seismic, and nuclear safety standards.

These capabilities extend well beyond fusion. Particle accelerators, cryogenic plants, hydrogen infrastructures, andlarge-scale scientific facilities share many of the same control and safety demands, making GTD SIR anatural partner for organisations developing infrastructure at this level of technical demand.