Advanced protection in the field of nuclear applications with Inim Safety Systems
Cernavodă Nuclear Power Plant: Inim Tackles Complexity with Technical Expertise and In-Depth Knowledge of Applications
Ensuring fire safety in a context as sensitive as a nuclear power plant represents an engineering challenge of the highest level. It was an honour for Inim Electronics to be selected to contribute to the protection of the Cernavodă nuclear power plant in Romania – a strategic infrastructure of international importance. This case study analyses a project that best expresses the synergy between technological know-how, regulatory rigour and operational reliability, where Inim has provided a tailor-made solution for a strategic infrastructure at an international level.
Fire protection in a nuclear power plant is not just a safety measure: it is an essential requirement for the protection and integrity of the installation, the safety of personnel and the safeguarding of the environment.
The operational complexity, combined with the presence of sensitive materials, requires an extremely high level of fire prevention and detection. This is the context in which is collocated the project developed in Romania at the Cernavodă power plant, situated on the shores of the Black Sea, where Inim Fire & Safety solutions were adopted.
The project took shape thanks to close and continuous cooperation between the technical team of the nuclear power plant, Inim’s authorized distributor in Romania and Inim’s technical office.
The design phase and definition of the plant were developed over a period of several months, through coordinated and multidisciplinary work, with the aim of ensuring full compliance with the most rigorous safety standards and maximum reliability in terms of operational continuity.
Plant context and operational criticalities
Technologies Used and Customization
Certification, verification and documentation audits
The entire approval process required not only the handing over of the declaration of conformity and the CE and CPR certifications, but also precise traceability of tests. For each control panel a file was produced with evidence of the EMC measurements, tests in the climatic chamber and mechanical checks, in addition to the 48-hour burn-in required as a condition of acceptance before final delivery.
These were accompanied by further documentation activities required by nuclear site operating standards, including installation checklists, functional test reports on the complete network, individual calibration certificates and environmental compatibility declarations. Each document was processed according to the specific requirements of the purchaser and followed a shared validation process, simplifying the subsequent audit phase by the inspection body.
This approach ensured a level of transparency and control that has proven to be fundamental, especially in a context of high regulatory sensitivity and strong compliance constraints. The availability of a preconfigured and compliant documentation package also allowed us to speed up the system approval times and reduce the margins of uncertainty to a minimum.
International Collaboration and Advanced Logistics
Logistics management was challenging in many ways: all components were pre-configured at Inim, packaged in controlled conditions and shipped with traceability at the request of the client.
The collaboration with the local partner included technical training activities in the local language, direct support during installation and assistance in the commissioning and integrated testing phases. This structured and synergic approach allowed us to fully respect the project deadlines and guarantee high quality standards in every step of the process.
In particular, the support also included system simulation sessions at the premises of the distributor, to anticipate any critical issues and ensure perfect mastery of the systems by the technical staff. The Inim team have also prepared customized video tutorials and remote support tools that have made the postsales phases extremely fluid, also remotely.
From a logistical point of view, the possibility of managing loads progressively, with shipments planned according to installation batches, has allowed for high operational efficiency and a reduction in waste. This model, which can also be replicated in other highly complex contexts, demonstrates how integrated management of technology and logistics can represent a real competitive factor.
