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Nuclear Industry Consultancy Services

Lucideon's expertise spans the nuclear industry, from new materials development and selection, comprehensive testing and analysis, to additive manufacturing support and failure analysis. These can be applied to 10CFR50 Appendix B commercial-grade dedication support, detrimental materials analysis, new material, vendor, process and product qualifications, failure investigations, and waste management programs.

Lucideon is playing its part in the development of several promising technologies that could greatly impact the future of the nuclear industry. We are pioneering novel geopolymer encapsulants for those hard-to-treat problematic wastes (MALLETTM) and we are world leaders of Flash (Field Enhanced) Sintering, an improved sintering process for nuclear fuel kernels and pellets.



We understand the rigorous quality assurance requirements mandated by ISO 17025, Nadcap (aerospace and defence industry) and 10 CFR 50 Appendix B (nuclear utility industry) and we apply it to each and every job we perform, regardless of whether it requires conformance to any of these accreditations.

Materials and process consultancy

  • Thermal aging and endurance studies
    We analyse the behaviour of materials inadvertently exposed to safety-related environments in order to assess degradation potential and detrimental effects.
  • Corrosion assessments
    We can perform metallurgical evaluation of components to determine if the root cause of premature corrosion damage is due to material or manufacturing deficiencies, or to environmental factors.
  • Failure analysis
    We identify contaminants and unknown materials and determine the root causes of failures in motors, generators, and other electrical equipment.


Testing and characterisation

Commercial-grade verification testing

We will verify your material properties, such as chemical composition, physical dimensions, mechanical strength, bond strength, and electrical insulation properties, of off-the-shelf components such as bearings, tapes, resins, gaskets, cables, greases, and solder.

Contamination identification

Through chemical composition of materials, we can determine whether the issue is with component degradation or introduction of contaminants.

Material irradiation effect studies

We will evaluate, via controlled exposure and testing protocols, the degradation potential of material properties for components used in irradiated areas.

MALLETTM – A breakthrough solution for problematic wastes

MALLETTM:  MIDAR® - Augmented Lower-cost Lower-carbon Encapsulation Technique. The aim of MALLET is to provide a solution to a global challenge known as problematic nuclear wastes, which are those wastes for which safe, efficient, and cost-effective methods for processing are not readily available. We can tackle a range of problematic wastes that include contaminated Sludges, Oils, Zeolites and Graphite.

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

Case Studies

Safe Confinement at Chernobyl Nuclear Power Plant

Testing of unique cladding system and its components

NTS Case Study
Lucideon Provides Customised Materials Testing Project for NTS (Phase 1)

A customised materials testing project for Nuclear Transport Services (NTS), UK (Phase 1)

NTS Case Study
Lucideon Provides Customised Materials Testing Project for NTS (Phase 2)

A customised materials testing project for Nuclear Transport Services (NTS), UK (Phase 2)