Long-term safety and performance assessment of nuclear waste disposal site and facilities
Embark on a comprehensive study of nuclear waste disposal site and facility safety and performance assessment with our nuanced approach. We cover every phase, from construction to closure, and account for the long-term evolution of the site, incorporating large-scale geological processes such as earthquakes and microseismicity.
Our assessment includes fully coupled thermal, hydrogeological, geomechanical, and geochemical processes.
Our numerical modeling services prioritize regulatory requirements for safety and performance assessment, employing rigorous strategies for software validation and verification.
Tailored for both high-level nuclear waste disposal and low/intermediate-level nuclear waste disposal, our services ensure a meticulous and reliable evaluation of every aspect of the facility's lifecycle
DECOVALEX (DEvelopment of COupled models and their VALidation against Experiments) stands as an ambitious international research initiative, dynamically advancing the understanding of coupled thermo-hydro-mechanical-chemical (THMC) processes within geological systems. Within this collaborative effort, DynaFrax proudly leads a dedicated task, bringing its expertise to the forefront of the project.
As DECOVALEX transitions into its next phase, D2027, DynaFrax assumes a dual role, serving as both a Funding Organization and a Research Organization. This evolution underscores DynaFrax's commitment to not only contribute financial support but also actively engage in the ongoing research, ensuring the project's success and its valuable impact on the predictive modeling of geological processes for applications such as nuclear waste disposal, CO2 sequestration, and geothermal energy extraction. Join us as we spearhead innovation in understanding and managing complex subsurface environments.