Additional water treatment in the form of disinfection through ozonation and UV irradiation of culture and discharge water are used in many indoor RAS operated today (Goncalves and Gagnon,
2011; Summerfelt et al., 2009). Furthermore, adsorption methods for removal of therapeutants have also been used in such systems (Aitcheson et al., 2000). These compact, indoor systems potentially lend themselves for use of recently developed water treatment technology such as electrochemical and bio-electrochemical methods for removal of organic matter and inorganic nitrogen (Mook et al., 2012; Virdis et al., 2008).
Additional water treatment in the form of disinfection through ozonation and UV irradiation of culture and discharge water are used in many indoor RAS operated today (Goncalves and Gagnon,2011; Summerfelt et al., 2009). Furthermore, adsorption methods for removal of therapeutants have also been used in such systems (Aitcheson et al., 2000). These compact, indoor systems potentially lend themselves for use of recently developed water treatment technology such as electrochemical and bio-electrochemical methods for removal of organic matter and inorganic nitrogen (Mook et al., 2012; Virdis et al., 2008).
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