Chemical analysis laboratory to meet RCC-M requirements
Your needs: carry out chemical analysis to meet RCC-M requirements
What is the RCC-M code?
The RCC-M is the French code that defines the Rules for the Design and Construction of Mechanical Equipment for PWR nuclear islands. It is a set of French technical standards governing the design, manufacture and maintenance of mechanical components for pressurised water nuclear reactors (PWRs).
It is mainly used by the nuclear industry to guarantee the safety and reliability of equipment subjected to extreme conditions.
Why carry out chemical analysis to meet RCC-M requirements?
If you are responsible for manufacturing or modifying equipment intended for use in nuclear power plants in accordance with the RCC-M, you need to analyse the chloride, fluoride and sulphide content of your products in accordance with Appendix V of the RCC-M.
These corrosion precursors are strictly controlled for all materials entering nuclear power plants.
Analysis can be carried out by combustion or by leaching, using ion chromatography (CI/CLI).
The FILAB laboratory can help you with chemical analysis to meet RCC-M requirements
Why choose FILAB for your RCC-M chemical analysis?
FILAB’s expertise in the fields of energy production and of nuclear energy contribute towards the advancement of your industrial projects in terms of inspection, optimization and counseling services regarding your activities.
For many years now FILAB has been approved by EDF to perform the necessary analysis for “PMUC” product registration and “PMUC” inspections.
From the start of the designing process to the commissioning of your facilities, FILAB assists you in assessing compliance with international requirements by providing the following services :
ANALYSIS
Chemical analysis (heavy metals, additives, residuals solvents …)
EXPERTISE
Compatibility studies between certain fluids and materials
Deformulation services
Failure analysis : fissures, particulate contaminants, adhesive failures, corrosion, metallographic examination, weld analysis
Identification of unknown pollutants (deposits, particles)
R&D
Development and validation of new analytical techniques
Developing a new substance
R&D assistance (project management, choice of materials…)