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Copper is considered to be among the most important structural elements, just below iron and aluminum. Usually, the properties of this metal improve when combined with other elements (Kear et al., 2004b); the 90% Cu-10% Ni alloy has excellent physical, chemical and mechanical properties that allow it to adapt to different operating conditions (Kutz, 2002; Othmer, 2004). This metal is relatively inexpensive, as a structural element it is aesthetically attractive. It shows good thermal conductivity and a lower electrical resistivity than that observed both in the 70% Cu-30% Ni alloy and in steel; these characteristics make the 90% Cu-10% Ni alloy an efficient and competitive structural element in heat transfer processes (Copper-Nickel Alloys in Marine Environment). In the last few decades, while trying to establish the dissolution mechanism in the presence of chlorides (Cl ̄), this alloy has been the subject of numerous studies (Lee & Nobe, 1984; Crundwell, 1991; Milosev & Metikos, 1997; Kear et al., 2004b), usually at low concentrations and operating conditions close to those in the environment. However, its behavior in the presence of other agents such as bromides (Br ̄), has received little attention (Itzhak & Greenberg, 1999; Muñoz-Portero et al., 2005), especially under operating conditions similar to those found in a heat pump that uses the H2O-LiBr pair as a working fluid, which is very attractive because of its thermodynamic properties, however, it is very aggressive to the structural elements of the equipment (Muñoz-Portero et al., 2006).

Mass Transfer in the Electro-Dissolution of 90% Copper-10% Nickel Alloy in a Solution of Lithium Bromide