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Spent Nuclear Fuel Reprocessing & Recycling
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Managing cost, availability and maintenance of facilities
Pilot the lifecycle of facilities by anticipating operation and maintenance to ensure performance and manage cost.
1
Challenges
Evaluate
and c
ontrol
from the study and design phases:
Facility availability
(Overall Equipment Effectiveness calculation)
Total Cost of Ownership
(acquisition costs and operational maintenance costs),
Industrial risks, maintenance support,
Maintenance of operational condition
(MOC) of equipment
Control analytic methodologies
to
support and maintain
e
quipment throughout their lifecycle
while achieving target competitiveness
2
Our Solution
Deploy a comprehensive methodology
combining
Reliability Engineering
(RE) for product design and
Integrated Logistics Support
(ILS) for maintenance
Benefit from expertise
across the
entire facility lifecycle
(design, maintenance policies, etc.)
Leverage our innovations and digital tools
simulating industrial facility operations to account for all constraints, degraded modes, random events (breakdowns, external events), and successive operational phases tailored to your needs
Quantify risks
(e.g., safety) to approach real risk levels and control them through targeted, appropriate investments
Benefit
from support in
maintaining in operational condition
your facilities
Production performance & cost optimization
Integrated RE and ILS as early as possible in studies
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Key Features
Optimisation of facility safety and performance
through combined expertise in RE and ILS, nuclear standards mastery and availability/cost balance
Associeted tools
(MTBF, FMEA, MTTR, fault trees, Petri nets, etc.)
Substantial databases and feedback
from experience
RE
and
ILS studies
in major Orano group projects: New Fission Product Concentration (NCPF) at the La Hague plant, Georges Besse II plant, Aval Du Futur
4
Alternatives & Options
Conduct Nuclear Safety Studies Answering the Authorities
4
Useful Links
Orano Projects activities