© Hepenix

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The dose exposure of human personnel
during maintenance in the nuclear power
plant is one of the key factors to be
minimized. Based on its decades of experience in decontamination technologies HEPENIX has started a research and development project funded by the European Regional and Development Fund. 

 

DEKOROBOT is a family of flexible, modularly built automated machinery which is suitable for the decontamination of complex surfaces without any direct human intervention on site. 

The long-term operation of existing nuclear power plants needs the estimate of the remaining useful lifetime of NPP components. LTO requires reliable tools. The objective of NOMAD is the development, demonstration and validation of a non-destructive evaluation tool for the local and volumetric characterisation of the embrittlement in operational reactor pressure vessels.

HEPENIX takes part as an industry partner in this international R&D cooperation lead by Fraunhofer IZFP Institute.

https://www.nomad-horizon2020.eu/

Photo © Nomad

 

INTERNATIONAL COOPERATIONS

Beyond the impressive technical capability to successfully solve a widest range of industrial and research tasks, HEPENIX's dedicated focus on project and quality control has gained recognition from international partners. We are proud to take part in international cooperation works and we thank the national and international support received in these efforts.

 

Within the frameworks of Bosch-Rexroth supplier development program HEPENIX took part in a research and development project to enhance the company's industry 4.0 capabilities.

Further details here.

Photo © Bosch-Rexroth

 

In a mutually motivating EUREKA partnership, companies SITEC, Innok Robotics and ICM from Germany, together with HEPENIX from Hungary, work on the development of a Human-Robot Collaboration (HRC) Configurator that aims to facilitate the dynamic discovery of cobotization possibilities of the widest range of applications, from manual assembly stations through machine tending to ad-hoc collaboration scenarios with a preliminary assessment of remaining risks included.