SUMMARY
The UK is currently evaluating its options for managing plutonium stocks, with discussions centered around the implementation of GE-Hitachi Nuclear Energy's (GEH) Prism fast reactors versus the construction of a MOx plant. The University of Manchester is set to provide expertise to GEH in promoting fast reactor technology as a viable solution for plutonium disposal while generating power. Advocates for fast reactors argue that this approach not only addresses waste management but also contributes to energy production, while concerns about the long-term storage of plutonium and its potential future utility remain prevalent.
PREREQUISITES
- Understanding of fast reactor technology, specifically GEH Prism reactors.
- Knowledge of MOx fuel production processes and implications.
- Familiarity with nuclear waste management practices.
- Awareness of the role of academic institutions, like the University of Manchester, in nuclear energy research.
NEXT STEPS
- Research the operational principles and benefits of GEH Prism fast reactors.
- Investigate the environmental and economic impacts of MOx fuel plants.
- Explore current nuclear waste management strategies and their effectiveness.
- Examine the contributions of academic institutions in advancing nuclear technology.
USEFUL FOR
Nuclear engineers, energy policy makers, environmental scientists, and anyone involved in nuclear waste management and energy production strategies.