What is ECGO Technology

TABLE 32.2. The List and Properties of the Polycyclic Aromatic Hydrocarbons (PAHs) Analyzed 

ECGO is an emerging European technology developed by Dr. Falk Doering for sediment treatment that has been tested in Austria, France, Germany, and Denmark. 

there exist two paths by which current may pass the interface between the solid particle and the electrolyte the faradaic and nonfaradaic paths. Current passage in the faradaic path is the result of electrochemical reactions (redox reactions) and the diffusion of charge toward or off the Helmholtz double layer and aqueous solution interface, that is, Warburg impedance. In the nonfaradaic case, charged particles do not cross the interface. Instead, the current is carried by 

The above nomenclature can, without any difhculty, be made compatible with the electrochemical terminology. The hygroscopic water corresponds to the IHL the solvation water to the term OHL, and the captive water to the term diffuse layer. In addition, the colloid structure provides for an interface between the OHL and the diffuse layer, called outer Helmholtz plane (OHP), the precondition for any and all electrochemical reactions. The electrical potential between the OHL and the diffuse layer is known as zeta potential, or electrokinetic potential. 

In developing ECGO, five distinctions are observed from IP  

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