Significant progress has been achieved on radionuclide transport in fractured rocks due to
worldwide urgent needs for geological disposal of high-level radioactive waste (HLW) …

Reactive transport (RT) couples bio-geo-chemical reactions and transport. RT is important to
understand numerous scientific questions and solve some engineering problems. RT is …

Driven by the global imperative for the geological disposal of high-level radioactive waste
(HLW), notable progress has been made in predicting radionuclide transport within fractured …

Understanding mineral precipitation induced porosity clogging and being able to quantify its
non‐linear feedback on transport properties is fundamental for predicting the long‐term …

The radionuclides sorption on fractured rocks is greatly influenced by the constituent
minerals and their spatial variations of the fracture matrix. The mineral heterogeneity …

Reactive transport modelling is a powerful tool to assess subsurface evolution in various
energy-related applications. Upscaling, ie, accounting for pore scale heterogeneities into …

This paper delves into the key factors governing contaminant retardation and the scaling of
retardation factor for contaminant transport in naturally fractured media. It employs a …

The German site selection procedure for a high-level nuclear waste repository is entering a
stage in which preliminary safety assessments have to be conducted and the release of …

In the present paper, we discuss various aspects of the SKB Task Force on Modeling of
Groundwater Flow and Transport of Solutes (TFGWFTS). The TFGWTS is a multi-lateral …

In fractured crystalline rocks, contaminants are transported through open fractures by fluid
flow and can access the connected pore space of the adjacent rock matrix by diffusion. The …