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Stress Corrosion Cracking Testing

Stress Corrosion Cracking Testing for the Nuclear Industry

Lucideon is home to the largest and most sophisticated high temperature water corrosion facility in the world. Through its prior association with GE Global Research, the lab has amassed over 10,000,000 hours of Stress Corrosion Cracking (SCC) testing experience in a variety of environmental conditions, including BWR and PWR nuclear applications.


SCC is a form of material damage that causes the growth of cracks in harsh environments. Failures due to SCC can be unexpected and catastrophic; the precise cause of the failure being difficult to predict without extensive real-world testing. SCC testing is the best preventative measure to ensure long-term safety.

Housed in a dedicated facility are thirty-two computer-controlled servo loading systems, with capability up to 250kN. Each stand is equipped with a high-temperature autoclave with excellent temperature control, a closed loop water chemistry control system, and a high-resolution DCPD crack growth measurement system.

An extensive support infrastructure provides a stable and reliable testing environment, which is critical for SCC testing. Multiple power control and backup systems include a large central uninterruptible power supply (UPS) on all critical electrical systems, backed up by an emergency diesel generator with automatic transfer in the event of power failures.


Additional systems include a building-wide tempered water system to ensure thermal stability of the aqueous test environment, and centralised distribution of gases and ultra-high purity water to all systems.

With technical direction provided through the world-renowned expert in SCC Dr. Peter Andresen, and a combined experience of over 100 years' worth of SCC testing at Lucideon, we have established the “gold standard” for SCC testing across the world. Lucideon is also an approved member of the ICG-EAC group (

White Papers

Nuclear Power Station
Analysis of Detrimental Elements for Non-Metallic Materials Used in Nuclear Reactors

This white paper outlines analysis techniques for measuring concentrations of corrosion-assisting elements in nuclear reactors

Power Station
Encapsulation Using Adapted Geopolymer Formulations Based on Foundation Industry Wastes

Lucideon has developed geopolymer formulations for diverse applications and has built the understanding to control important characteristics

Encapsulation of Wastes Using Adapted Geopolymer Formulations

A geopolymer formulation characterized by a low initial viscosity, suitable to immobilise a wide range of waste types such as oils, chemicals and solid waste, is introduced and characterised