[en] Large fractures intersecting canisters have potential to reactivate due to nearby earthquakes and thereby jeopardising the canister/buffer integrity. The use of full perimeter intersection (FPI) as a proxy for fracture size has been explored within SKB since late 2004. A methodology to use FPI as a deposition hole rejection criterion was first reported in and the concept has successively matured ever since. As a response to feedback obtained from various instances of our organisation and external reviewers, additional analyses and benchmarks were reported in 2007. An analytical solution to the canister/fracture intersection probability was introduced, which enabled us to benchmark various aspects of the FPI simulations. The methodology was first applied within the framework of SR-CAN to compute the number of potentially critical canister positions and soon after, based on preliminary DFN models, as one of many prerequisites for repository design. The methodology and simulation logic has evolved substantially ever since it was originally reported in 2006 and the present report is intended to entirely replace previous reports on this subject, to thereby provide the interested reader with an description of the modelling procedure, prerequisites and limitations. As a consequence thereof, major portions of previous reports are repeated herein, though we occasionally refer to these reports for comparative purposes. Furthermore, as the final versions of the site descriptive models have been reported we find it convenient to, within this report, also apply the methodology using the most actual site specific fracture data