Rosatom completes control system delivery for Bangladesh's first nuclear power plant

The successful delivery and installation of the automated process control system for the first unit of the Rooppur Nuclear Power Plant represents a major milestone for Bangladesh's burgeoning nuclear energy program, as highlighted by Rosatom's announcement. For Rosatom Automated Control Systems (RASU), this achievement underscores their capability in providing sophisticated technological solutions for critical infrastructure projects, particularly in the nuclear sector.

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This is another milestone in Bangladesh’s first nuclear power project.

The integration of 22 subsystems for process control and radiation monitoring signifies the advanced nature of the VVER-1200 reactor technology being deployed. This system is designed to meticulously oversee equipment performance, electricity generation, and all technological processes during both the commissioning and operational phases. The implementation of compact, bench-type automated radiation monitoring systems, a first for this type of application, demonstrates Rosatom's commitment to innovation and efficiency in its project executions.

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Currently, all the automated process control equipment for the first power unit of the Rooppur NPP has been delivered and commissioned at the construction site.

As Bangladesh moves towards operationalizing its first nuclear power plant, a project built with Russian technology, the completion of this control system is a critical step. The Daily Star, reporting on this development, emphasizes the significance of this phase, especially following the commencement of fuel loading on April 28. This progress not only highlights the successful Russia-Bangladesh cooperation in energy but also positions Bangladesh as a nation advancing its energy security through modern, safe, and internationally compliant nuclear technology. The VVER-1200 reactors, adhering to Generation III+ standards, are a testament to the safety and reliability expected from this ambitious project.

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We have implemented several improvements as part of the project. For example, the automated radiation monitoring systems have been implemented in a compact, bench-type design, a first for this type.