Review of the current industrial products for remote handling in fusion reactor

Abstract

With advancements in technology, fusion energy emerges as a sustainable solution to mitigate carbon dioxide emissions and address the challenges of climate change. Recent years have witnessed the construction of numerous fusion reactors aimed at harnessing this promising energy source to its fullest potential. To ensure the safe and efficient operation of fusion reactors, remote-controlled industrial robots and machines play a vital role in conducting daily maintenance tasks within the complex and hazardous reactor environment.

However, selecting the most suitable industrial products for fusion reactor maintenance poses a challenge due to the unique requirements and environmental considerations. This thesis focuses on providing an overview of the DEMO fusion reactor, including its environmental conditions, structural aspects, and essential maintenance tasks. By thoroughly analyzing the specific maintenance needs of fusion reactors and evaluating the latest industrial products available, the aim is to identify and implement optimized solutions to enhance the efficiency of fusion energy production processes. The outcomes of this research endeavor will not only facilitate the selection of appropriate machinery tailored to the demands of fusion reactor maintenance but also contribute to the advancement of nuclear fusion technology as a whole.

Ultimately, this study has the potential to accelerate progress in fusion energy research, thereby supporting global initiatives aimed at combating climate change and fostering sustainable development.