The group of Professor Schabel published a series of experimental works aiming to investigate the evaporation process in graphite-based anodes. In these studies, they demonstrated that: (i) high drying rate (HDR) leads to a gradient in binder distribution along the electrode thickness, lowering electrode capacity and adhesion to the current collector. A strong binder-carbon affinity was also observed, suggesting that HDR could lead to a gradient in terms of carbon distribution as well; (ii) additives migration is not a linear process, it exists a specific time range in which it occurs; (iii) slurry drying is composed of two drying regimes, first the slurry film shrinks until reaching the final electrode thickness and then the pores start emptying until complete solvent evaporation.