[en] Finite elements offer some interesting possibilities in modelling tokamak edge and divertor plasmas. In particular, they can readily be applied to discretise transport equations on an unstructured triangular mesh which, in turn, is well suited to solve problems in complex geometries. This has recently stimulated a number of projects aimed at developing new plasma edge and divertor models based on this type of approach. In this paper, we present simulation results obtained with the latest version of TOPO, which accounts for impurities via multiple fluid species, as well as for selected drift effects. The code is applied to the new TdeV divertor geometry with particular emphasis on results which can be directly compared with experiment. (orig.)