SAFETY
Putting our expertise in Nuclear Safety, Operational Safety and Integrated Logistics Support at the service of your projects.
We support you in your projects from design to dismantling of systems and facilities. We guarantee the achievement and maintenance of safety and supportrequirements and performances.
Our offer
We offer a wide range of solutions adapted to your needs with customised support for your projects.
Nuclear Safety :
Our teams of experts assess the Nuclear Safety of your INB and INBS facilities. Through consulting or technical support, we deploy our skills and experience to understand your needs and to address them in the following areas
- Deterministic safety : Analysis and drafting of safety documents for ASN and ASND facilities and safety authorities: safety baseline, design basis, risk analysis, risk of aggression, request for modifications, authorisation process, updating of RGE, STE, CIA documents, safety classification, etc.
- Probabilistic Safety : Probabilistic Safety Studies: PSA level 1, PSA level 2, EDI, reliability data, Functional analysis of systems and fault tree modelling, links with FOH teams...
- Severe accidents : Accidental scenario studies and modelling (tool: ASTEC, etc.).
- Periodic review : Management and steering, compliance, reassessment, ASN/IRSN relationship, INB decree.
- Radiation protection : ALARA (As Low As Reasonably Achievable) methodology. Preparation and radiological monitoring. Scientific calculation and simulation: calculation of the dose rate at workstations and on transport packaging (tools: Micro Shield, Mercury)
- Neutronics and criticality - Nuclear Materials Management - Containment Study
- Crisis management
Operational Safety and Integrated Logistics Support :
In the field of Dependability and Integrated Logistic Support (ILSS), we offer our analysis, predictive assessment and optimization capabilities of the FMDS attributes: Reliability, Maintainability, Availability, Security, while adapting them to the new challenges of digital transformation, new technologies and normative evolution.
- Dysfunctional analysis of systems: Support and/or management of FMDS studies (reliability, maintainability, operational availability, safety).
- Functional Safety : Deploy a preventive approach to risks in order to correctly identify, evaluate, quantify, prioritize, control and manage systems' feared events. Specify and demonstrate ASIL, SIL, PL & DAL objectives in compliance with IEC 61508, ISO 13849 and related standards.
- Integrated Logistics Support and Asset Management: Integration of the MCO (Maintenance in Operational Condition) issue into all phases of the system life cycle at the lowest cost. Optimization of the "performance / total cost of ownership" ratio. We develop logistical support analyses (LSA), model and evaluate life cycle cost forecasts (LCC).
With regard to the control of your systems' operational safety, we bring you our expertise in order to design the support system in a coherent manner and simultaneously with the design of the main system. The Integrated Logistic Support and Asset Management approaches aim at finding the best compromise between the global cost of ownership and the system performance (and in particular the operational availability).
our added value
- Mastery of the nuclear context, regulatory and normative requirements of nuclear safety: INB decree, TSN law, etc.
- Multiple and complementary skills: Reliability, Security, Integrated Logistics Support and Asset Management, Sustainability,
- Functional safety management and standards application for all industrial sectors:
Railway: CENELEC 50126, 50128, 50129 and STRMTG guides,
Aerospace: ARP4754A, ARP4761, DO-178, DO-254, 14CFR25.981, 14CFR25.954, AC25.981-1D,
Automotive: Determination of Safety Concepts according to ISO 26262, safety analyses and safety cases
Other industries: IEC 61511, IEC61508, Safety study ISO 13849 - Machine Directive - Support forSLI standards: S3000L, DEF-STAN-00-60, MIL-STD-1388.
- Mastery of SoF and safety analysis tools: Functional analysis (external and internal), Preliminary Risk Analysis (PRA) / HAZOP, FMEA, Fault trees, Probabilistic Safety Assessment (PSA), Petri nets, consequence trees, sensitivity studies.
- Capitalization and sharing of multi-sectorknowledge within a pole of experts in SDF, Nuclear Safety and SLI.
- Innovation capabilities: internal R&D projects and in partnership with our customers.
- National and international coverage: Lyon, Paris, Marseille, Saint Geniès de Comolas, Bordeaux, Grenoble, Nantes, Strasbourg, Montreal and Brussels...
Our offer
We offer a wide range of solutions adapted to your needs with customised support for your projects.
Nuclear Safety
-
Deterministic safety : Analysis and drafting of safety documents for ASN and ASND facilities and safety authorities: safety baseline, design basis, risk analysis, risks of attack, modification requests, authorisation process, RGE, STE, CIA, safety classification document updates, etc.
-
Probabilistic safety : Probabilistic Safety Studies: PSA level 1, PSA level 2, EDI, reliability data, Functional analysis of systems and fault tree modelling, link with FOH teams...
-
Severe accidents : studies of accidental scenarios and modelling (tool: ASTEC, etc.).
-
Periodic review : management and steering, compliance, reassessment, ASN/IRSN relationship, INB decree.
-
Radiation protection: ALARA (As Low As Reasonably Achievable) methodology Preparation and radiological monitoring Scientific calculation and simulation: calculation of the dose rate at the workstations and on the transport packaging (tool: Micro Shield, Mercury)
- Neutronics and criticality - Nuclear Materials Management - Containment study
- Crisis management
Operational Safety and Integrated Logistics Support
In the field of Dependability and Integrated Logistic Support (ILSS), we offer our analysis, predictive assessment and optimization capabilities of the FMDS attributes: Reliability, Maintainability, Availability, Security, while adapting them to the new challenges of digital transformation, new technologies and normative evolution.
- Dysfunctional analysis of systems:
Support and/or management of FMDS studies (reliability, maintainability, operational availability, safety). - Functional Safety:
Faced with risks, deploy a preventive approach to correctly identify, evaluate, quantify, prioritize, control and manage feared events in systems. Specify and demonstrate SIL, PL & DAL objectives in compliance with IEC 61508, ISO 13849 and their variations. - Integrated Logistics Support and Asset Management: Integration of the MCO (Maintenance in Operational Condition) issue into all phases of the system life cycle at the lowest cost. Optimization of the "performance / total cost of ownership" ratio. We develop logistical support analyses (LSA), model and evaluate life cycle cost forecasts (LCC).
With regard to the control of your systems' operational safety, we bring you our expertise in order to design the support system in a coherent manner and simultaneously with the design of the main system. The Integrated Logistic Support and Asset Management approaches aim at finding the best compromise between the global cost of ownership and the system performance (and in particular the operational availability).
Our added value
-
Mastery of the nuclear context, of the regulatory and normative requirements of nuclear safety: INB decree, TSN law, etc.
-
Multiple and complementary skills: Reliability, Security, Integrated Logistics Support and Asset Management, Sustainability,
-
Mastery of the normative requirements of multi-sectoral functional safety IEC61508, IEC61511
Railway: CENELEC 50126, 50128, 50129 and STRMTG guides,
Aeronautics: ARP4754A, ARP4761, DO-178, DO-254, 14CFR25.981, 14CFR25.954, AC25.981-1D
Automotive: Determination of Safety Concepts according to ISO 26262,
Other industries: IEC 61511, IEC61508, Safety study ISO 13849 - Machine Directive -
Support forSLI standards: S3000L, DEF-STAN-00-60, MIL-STD-1388.
-
Mastery of SoF and safety analysis tools: Functional analysis (external and internal), Preliminary Risk Analysis (PRA) / HAZOP, FMEA, Fault trees, Probabilistic Safety Assessment (PSA), Petri nets, consequence trees, sensitivity studies.
-
Capitalization and sharing of multi-sectorknowledge within a pole of experts in SDF, Nuclear Safety and SLI.
-
Innovation capabilities: Internal R&D projects and in partnership with our customers.
-
National and international coverage: Lyon, Paris, Marseille, Bordeaux, Grenoble, Nantes, Strasbourg, Montreal and Brussels...
OUR DIFFERENT SECTORS OF ACTIVITY
Industry Sector
- Safety study ISO 13849 - Machine Directive
Automotive sector
- Electromobility: motor/inverter - battery pack - vehicule architecture
- H2 mobility: storage, fuel cell, H2 architecture
- Safety analyses (HARA-FMEA-FTA…)
- Safety requirements (FSC-TSC-SWSR...)
- Durability
Nuclear Sector
- Analyses and studies of operating safety
- Probabilistic Safety Assessment (PSA)
- Analysis of the life of the installations
- SLI Studies
Transportation Sector
- FMD Analysis and Studies
- Safety assessment (safety plan, DJS, DS)
- Software safety
- Application of CENELEC standards 50126, 50128, 50129, and STRMTG guides
- SLI and Asset Management studies
Space, Aeronautics and Defence Sector
- FMDS analysis and studies
- Testability studies
- Application of DO 178, DO 254
- Integrated Logistics Support and MCO Studies
- Application of ARP 4754 and ARP 4761
Employee testimonials
Julien R.
Passionate and involved in automotive design for 20 years, I discovered the profession of functional safety and its multiple facets through the various projects on which I worked or supervised teams. What I like about RAMS studies is that our work touches on all the disciplines of the engineering profession: system design, HW electronics, SW, mechanical sizing, ergonomics, etc. Depending on the subject, we do not call on the same skills; we are therefore continually enriched! At Seres Technologies, I immediately felt that dynamism and expertise were the levers used to stimulate development: it's extremely motivating!
Sylvain P.
As soon as I graduated, I turned to risk management by joining INSA CVL. In my 3rd year, I specialized in Safety of Operation in the transport sector and it is quite naturally that I did an internship on the realization of a risk analysis for a tramway operator. My career in the field of Operational Safety was thus launched. 12 years later and after 2 enriching experiences for Bombardier and Alstom, I decided to join SERES Technologies in order to participate in the development of the company in the field of Railway Safety. And one can say that it is really motivating. I found everything I was looking for: various and varied projects, dynamism, listening, good atmosphere, personal enrichment...
DISCOVER ANOTHER SERES BRAND EXPERTISE
In an industry that is constantly changing, where standards and regulations are constantly evolving and where constant monitoring is required, having up-to-date knowledge is a major challenge in terms of competitiveness and regulatory compliance.
