3.2. Sonoelectrosynthetic applications
Sonoelectrochemistry has also been used in synthetic routes, especially in organic synthesis. Compton et al [52]
have presented an overview of sonoelectrosynthetic work carried out by different research groups between 1985 and
1999, with 20 references. Organic electrochemical reduction has been revised by Durant et al [53]. After that,
synthesis has kept going active not only in aqueous media [54] but also in aprotic solvents [55] or liquid ammonia
[56] and even with liquid electrodes [57]. Inorganic synthesis has been also developed with sonoelectrochemistry.
CuBr has been obtained by sonoelectrochemistry [58], mediated synthesis [59] and also tetramethyladipic acid by a
sonoelectrochemical Fenton process [60].