Mekkatronix has worked on the design of Calogena’s Small Modular Reactor mechanical structures. The team was involved from the summary preliminary design project phase, ensuring the robustness of the pool-type reactor structures and by incorporating base nuclear installation (BNI) imperatives. It is set to continue to support the Calogena project over the next phases, in particular with the detailed preliminary design project phase. One of the major challenges has been the calculation and simulation of a thermosyphon-based passive cooling system, guaranteeing operations without active intervention in the event of a loss of electrical power. This project illustrates Mekkatronix’s expertise in advanced mechanical engineering and digital simulation dedicated to stringent regulatory requirements in the nuclear industry.
Seres Technologies
Design of complex systems (Mekkatronix)
In an industrial realm where precision and reliability are imperative, mechanical design and dimensioning plays a key role in developing solid, secure systems. Mekkatronix, Seres Technologies’ multi-trade engineering hub, uses advanced modelling and digital simulation tools to design innovative solutions that are compliant with the applicable regulatory benchmarks, bringing industrial efficiency, durability, traceability and optimisation within reach.
The stakes of design of complex systems
Design engineering is one of the vital steps in the development of safe, high-performance industrial solutions. That’s why Seres Technologies created Mekkatronix, a multi-trade engineering hub that works in exacting sectors such as nuclear, where benchmarks such as ISO 19443 ensure the traceability and precision of processes.
Each project must meet strict requirements in terms of strength and performance, requiring the incorporation of in-depth analyses such as FMECA, in order to anticipate risks and allow it to design reliable mechanical solutions. The optimisation of performance comes with the requirement of profitability and the meeting of deadlines, with industrial development cycles becoming increasingly constrained. In this context, Mekkatronix draws on its expertise in mechanical design and dimensioning to meet these challenges with innovative solutions tailored to the regulatory requirements and operational constraints of its customers.
The expertise of Seres technologies in the design of complex systems
Seres Technologies stands apart for its expertise in mechanical engineering applied to the nuclear, defence and naval industries. Mekkatronix is applied across the entire project life cycle, from feasibility to mechanisation, including advanced skills in terms of design, digital templates, mechanical dimensioning, tolerance, and multiphysical simulation.
Drawing on its advanced mastery of CAO/DAO tools, Mekkatronix teams perform the detailed modelling of complex mechanical systems and the necessary industrial equipment and tools, all while meeting regulatory requirements.
Additionally, Mekkatronix offers integrated solutions combining mechanics, electrical components, automation and software, strengthening its ability to meet the needs of industries operating at high levels of criticality. This commitment ensures the provision of high-performance, innovative solutions that are adapted to meet safety and industrial efficiency challenges.
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FAQs
What are the main mechanical design and calculation challenges industry faces today?
The short-cycle loop between CAO design and dimensioning is paramount in managing development costs and timeframes within a complex system. Multi-trade interaction is also required for integrated co-engineering, enabling it to respond to the high levels of requirements called for by future technologies.
How does Mekkatronix incorporate safety into its mechanical designs?
Interlinked with other Seres Technologies’ areas of expertise, Mekkatronix applies rigorous methodologies such as Failure Mode, Effects and Criticality Analysis (FMECA) and advanced digital simulation to guarantee system robustness. The synergy of the teams at the Mekkatronix design office sees safety requirements taken into account from the design phase, to ensure risks are anticipated and compliance with the applicable regulations.
How does mechanical design play a key role in energy transition?
Mekkatronix solutions help to optimise the structure of equipment based on new sources of energy, particularly for hydrogen and SMRs in nuclear power. By incorporating mechanical innovation and optimising system efficiency, mechanical engineering is helping to make these technologies more efficient and safer.
