Engineering and assistance to project owner
- Calculations and numerical simulations
- Studies of general installations
- Maintenance engineering
- Regulatory compliance engineering and risk control
- Project planning and management
- 3D Telemetry

The assurance of regulatory compliance and respect for constraints at every stage
The Ortec group handles all types of industrial problems through its experience and know-how. Our calculations and numerical models ensure implementation proceeds without a hitch, meeting all the defined requirements.
Ortec group employees can assist you with the completion of your projects while incorporating all the defined requirements:
- Respect of schedules
- Compliance with local regulations (French, European and US standards and industry-specific standards)
- Compliance with customer specifications
- ISO 9001 quality assurance
- Special Approvals
Our services :
From the initial design to the sizing of the project and the equipment checks, Ortec provides reliable calculations and numerical simulations for:
- Dimensioning studies
- Design verification
- Specialized calculations
Sectors of activity:
- Aeronautics
- Defense
- Energy
- Oil and Gas
- Industry
- Nuclear
- Petrochemicals
- Space
- Transports
Standards and codes used:
- RCC-M & RCC-MR
- ASME
- FEM
- EUROCODES
- CODAP
- CODETI
- CODRES
- ADR
- NF-EN 13400
- NF, NF-EN, NF-ISO
- CM
- PS 92
- NV ...
Tools used:
- ANSYS
- IDEAS
- LS-DYNA
- ASTER
- ABAQUS
- PIPESTRESS
- CAESAR
- EFFEL
- ROBOT
- RSTAB
- PDMS
- AUTOCAD
Focus
The EPR, the latest generation reactor
The EPR is a third generation pressurized water reactor designed to improve the safety and economic viability of nuclear power plants. Looking at the units currently in operation in France, it is apparent that the EPR is more complex (it has more safety circuits), more powerful (1600 MW compared with 1450 MW, the rating of the previous reactors built in France), can supply 22% more electricity compared with a traditional reactor from the same quantity of nuclear fuel, cuts the volume of radioactive waste generated through more complete uranium combustion by 15 to 30%.