DECOVALEX is an international collaborative project aiming to develop models simulating coupled thermal–hydro–chemical–mechanical processes for use in performance and safety assessment of disposal systems for high-level radioactive waste. BASE actively contributes to Task F, which seeks to build confidence in performance assessment methodologies. This contribution describes recent BASE activities within Task F Salt of DECOVALEX-2023, including lessons learnt and possible future steps.
In this contribution, we offer a comparison of the US and German public participation approaches to nuclear waste management and disposal. Our comparative analysis broadly can offer valuable policy-relevant insights in light of the differences between the two cases. Our goal is to encourage reflection and mutual learning for policy makers in the two nations. We believe that comparing these two cases can inform cases beyond just these two.
DECOVALEX is an international collaborative project aiming to develop models simulating coupled thermal–hydro–chemical–mechanical processes for use in performance and safety assessment of disposal systems for high-level radioactive waste. BASE actively contributes to Task F, which seeks to build confidence in performance assessment methodologies. This contribution describes recent BASE activities within Task F Salt of DECOVALEX-2023, including lessons learnt and possible future steps.
This abstract describes the scope and the layout of workshop W08 on Uranium mining – lessons to learn for waste disposal in view of participation and safety.
This abstract describes the scope and the layout of workshop W08 on Uranium mining – lessons to...