In the need of a reliable and source of energy, nuclear fusion is becoming more and more attractive with its promise of being substantially unlimited and carbon-free while overcoming the safety concerns linked with the more traditional fission. In the EU DEMO, ITER’s successor which will prove the feasibility of future fusion power plants with the aim of producing electricity, one of the major challenges that must be overcome is the power and particles exhaust. In fact, due to its large size, the fluxes of energy and mass coming from the core plasma and auxiliary heating must be handed carefully to ensure a proper lifetime of the plasma facing components while guaranteeing a high availability of the plant.